M421519 五、新型說明： 、 【新型所屬之技術領域】 [0001] 本創作是有關於一種智慧型喚醒裝置，特別是有關於一 種利用使用者睡眠深度週期而喚醒之裝置。 【先前技術】 [0002] 現代人工作忙碌造成習慣性晚睡，前一晚設定的鬧鐘常 常莫名奇妙被自己給按掉而不自覺導致睡過頭，又或是 鬧鐘響鈴太久，而干擾到他人睡眠等事件層出不窮。 [0003] 目前，各種電子裝置大都提供喚醒功能，使用者可預先 設定一喚醒時間，當到達預定的時間，電子裝置發出喚 醒訊息，此時，使用者一般只禽按下電子裝置的任意按 鍵或某一固定按鍵即可關閉，但根據人的生理特性，人 的睡眠具有週期性，每晚均會經過複數次的深眠與淺眠 的替換，當電子裝置於深眠時，強行把使用者拉回清醒 狀態，這種時侯使用者的身體仍未能適當適應於清醒狀 態，因而使得使用者於起床發其嚇神及身體方面顯得 相當疲憊。反之，若電子裝置於使用者淺眠時進行喚醒 動作，相較於深眠時，則使用者更具有精神清晰與身體 敏捷之效果。 [0004] 然而，縱使是精巧如電子式鬧鐘或其他程式化控制之電 子裝置，仍然難以達到利用使用者睡眠週期之深淺而進 行喚醒使用者之功能，因此，以需求來說，設計一種智 慧型喚醒裝置，已成市場應用上之一個刻不容缓的議題 表單編號A0101 第3頁/共17頁 M421519 [0005] 綜觀前所述，本創作之創作人思索並設計一種智慧型喚 醒裝置，以期針對現有技術之缺失加以改善，進而增進 產業上之實施利用。 【新型内容】 [0006] 有鑑於上述習知技藝之問題，本創作之目的就是在提供 一種智慧型喚醒裝置，以改善現有電子裝置之喚醒功能 缺失。 [0007] 根據本創作之另一目的，提出一種智慧型喚醒裝置，其 包含：一偵測單元、一設定單元、一喚醒單元及一處理 模組。其中，偵測單元係偵測一使用者之動作。設定單 元係設定一第一預定時間。喚醒單元係發出一喚醒訊息 。處理模組係電性連接偵測單元、設定單元及喚醒單元 ;處理模組以第一預定時間為基準，往前擷取一預定區 間，當偵測單元於預定區間中偵測到使用者之動作時， 處理模組控制喚醒單元發出喚醒訊息。 [0008] 其中，設定單元設定第一預定時間後，處理模組控制偵 測單元測試是否正常偵測使用者之動作。 [0009] 其中，當偵測單元於預定區間中偵測到使用者之動作幅 度或頻率大於或等於一預設值時，處理模組控制喚醒單 元發出喚醒訊息。 [0010] 其中，設定單元更設定預設值之大小。 [0011] 其中，更包含一顯示單元，以顯示第一預定時間、預定 區間及預設值。 [0012] 其中，更包含至少一按鈕，以設定設定單元中第一預定 表單編號A0101 第4頁/共17頁 時間、預定區間及預設值。 [0013] 其中，喚醒訊息為聲音、光亮、震動或其組合。 [0014] 其中，更包含一電力單元，以提供智慧型喚醒裝置所需 之電力。 [0015] 其中，更包含一貪睡開關，使用者使用貪睡開關，以使 喚醒訊息暫停至一第二預定時間後，喚醒單元持續發出 喚醒訊息。 [0016] 其中，更包含一停止開關，使用者使用停止開關，以使 喚醒單元停止發出喚醒訊息。 [0017] 承上所述，依本創作之智慧型喚醒裝置，其可具有一或 多個下述優點： (1 )此智慧型喚醒裝置可於預定區間透過偵測單元偵測 使用者之動作，進而喚醒使用者之功能，藉此可提高使 用者之清醒品質。 (2) 此智慧型喚醒裝置可藉电抿據冬的生理特性做出的 喚醒，有助於生活品質的提升。 (3) 此智慧型喚醒裝置可藉由貪睡開關以供使用者視身 體狀況，進行貪睡功能，可提升使用者之身體清醒狀態 〇 【實施方式】 [0018] 以下將參照相關圖式，說明依本創作之智慧型喚醒裝置 之實施例，為使便於理解，下述實施例中之相同元件係 以相同之符號標示來說明。 [0019] 本創作之智慧型喚醒裝置1可以是時鐘、鬧鐘、電子鐘或 表單編號A0101 第5頁/共17頁 [0020]M421519 數位倒數树等各種具有定時功能的可収電子裝置 ’為便於更暸解本創作之技術特徵，底下是以電子鐘為 實施例，但並不以此為限。 請參閲第1圖’其係為本創作之智慧型喚醒裝置—實施例 之方塊圖》如圖所示，本創作之智慧型喚醒裝置丨，其包 含-偵測單元1卜一設定單元12、一喚醒單元13以及一 處理模組14。偵測單元丨丨可偵測一使用者2之動作21。偵 測單元11可為紅外線感測器（IR Sens〇r)、溫度感測 或心跳感測專’底下係以紅外線感測器（I r Sensor)作為實施例。設定單元丨2係設定一第一預定時 間1 21。喚醒單元13可發出一喚醒訊息j 3 j。 [0021] 處理模組14係電性連接偵測單元11、設定單元I〗及喚醒 單元13，其可為微處理機控制器（Micr〇pr〇cess〇r Control Unit)、中央處理器（Central Pr〇cessing U n i t ’ C P U )或微處理 ( M i c r ο - P r o c e s s i n g U π i t ) ，底下係以微處理機控制器為實施例。處理模組14可依 據第一預定時間121作為基準，往前擷取一預定區間122 以控制偵測單元11進行偵測，而處理模組14可即時分析 偵測單元11所偵測之使用者2之動作21。該動作21可為一 動作幅度或一動作頻率。同時，處理模組14可依據該動 作21與一預設值123進行分析，當偵測單元11於預定區間 122中偵測到使用者2之動作21大於或等於預設值123時 ，處理模組14則控制喚醒單元13發出喚醒訊息131。其中 該預設值123係為使用者2經由設定單元12設定之預設動 作幅度或預設動作頻率《其中該喚醒訊息131可為聲音、 表單编號A0101 第6頁/共17頁 光亮、震動或其組合 [0022] 再者，當使用者2經由設定單元12設定第一預定時間121 後，處理模組14可進一步進行控制偵測單元11測試是否 正常偵測使用者2之動作21 ;若無法正常偵測使用者2之 動作21，則處理模組14控制喚醒單元13發出喚醒訊息 131，以提醒使用者2。 [0023] 值得注意的是，於預定區間122中，處理模組14可控制各 該單元持續進行前面所敘述之使用者2之動作21偵測，直 至到該動作21大於或等於該預設值123時，才停止進行偵 測並控制喚醒單元13發出喚醒訊息131。另外，熟悉此項 技藝者當可任意結合上述之功能模組成一整合式模組， 或分拆成各個功能細部單元，端看設計上的方便而定。 [0024] 請參.閱第2圖，其係為本創作之智慧型喚醒裝置之一實施 例步驟圖。如圖所示，本創作之智慧型喚醒裝置，其包 含一偵測單元、一設定單元、一喚醒單元以及一處理模 ' 組。智慧型喚醒裝置包含"f列，腺": (541) 以一設定單元設定一第一預定時間； (542) 利用一偵測單元偵測一使用者之動作； (543) 透過一喚醒單元發出一喚醒訊息； (544) 利用一處理模組以該第一預定時間為基準，往前 擷取一預定區間；以及 (545) 當該偵測單元於該預定區間中偵測到該使用者之 動作時，藉由該處理模組控制該喚醒單元發出該喚醒訊 息。 [0025] 請一併參閱第3圖，其係為本創作之智慧型喚醒裝置之一 表單编號A0101 第7頁/共17頁 M421519 實施例流程圖。如圖所示，首先如流程S51所示，使用者 設定一第一預定時間及擺放位置。接著如流程S52處理模 組控制偵測單元測試是否正常偵測使用者之動作。接著 如流程S53所示，處理模組依據第一預定時間作為基準， 往前擷取一預定區間以控制偵測單元進行偵測。後如流 程S54所示，使用者之動作是否大於或等於預設值時，進 行流程S 5 5 ;反之，則重回流程S 5 4。 S55 :處理模組控制喚醒單元發出喚醒訊息。 [0026] 請參閱第4爵，其係為本創作之智慧型喚醒裝置之第一實 施例之示意圖。如圖所示，智慧型喚醒裝置1進一步可包 含一顯示單元15、至少一按鈕16及電力單元17。該顯示 單元15及該至少一按鈕16係電性連接設定單元12。其中 ，電力單元17係提供智慧型喚醒裝置1所需之電力，且電 力單元17可選自一電池、一充電式電池或一内建式微型 充電鋰電池，可供使用者2於電池電量過低或不足時，進 行替換。當使用者2欲進行智慧型喚醒裝置1設定時，可 透過該至少一按鈕16進行設定單元12之第一預定時間121 、預定區間122及預設值123之設定，且第一預定時間 121、預定區間122及預設值123藉由顯示單元15所顯示 ，以供使用者2進行確認。其中，該預定區間122及該預 設值123亦可為一原廠設定之適當固定值。 [0027] 當使用者2設定完成後，處理模組14可進一步進行控制偵 測單元11測試是否正常偵測使用者2之動作21 ;若無法正 常偵測使用者2之動作21，則處理模組14可控制喚醒單元 13發出喚醒訊息131，以提醒使用者2重新設定上述之相 表單編號A0101 第8頁/共17頁 關參數或智慧型喚醒裝置1之擺放位置，.以利於偵測單元 11進行偵測。例如，使用者2設定完成後，智慧型喚醒裝 置1會於3分鐘内進行測試是否可正常測試。其中使用者2 之動作可為動作幅度或動作頻率，於本實施例中係以動 作幅度作為示範。 [0028] 當測試完成後，處理模組14即可依據第一預定時間121作 為基準’往前擷取一預定區間122以控制偵測單元11進行 偵測。而於偵測中，處理模組14可即時分析偵測單元Η 所偵測之使用者2之動作21並與預設值123進行分析，當 偵測到使用者2之動作21大於或等於預設值123時，處理 模組14則控制喚醒單元13發出喚醒訊息131，後使用者2 藉由一停止開關19以使喚醒訊息131停止。例如，使用者 2設定第一預定時間121為八點三十分，則於八點時，處 理模組14控制偵測單元11進行偵測，若於八點至八點三 十分之間’偵測單元11偵測到使用者2之動作21，處理模 組14則控制喚醒單元13發出喚醒訊息131 (聲音）；再者 ，若於八點至八點三十分之間，偵測單元11無偵測到使 用者2之動作21，則各單元持續進行偵測直至八點三十分 ，處理模組14控制喚醒單元1 3發出唤醒訊息131 (聲音） 。其中該喚醒訊息131為聲音、光亮、震動或其組合，於 本實施例中係以聲音作為示範》 [0029] 請參閱第5圖，其係為本創作之智慧型喚醒裝置之第二實 施例之示意圖》如圖所示’當使用者2欲進行智慧型喚醒 裝置1設定時，可透過該至少一按鈕16進行設定單元12之 第一預定時間121、預定區間122及預設值123之設定， 表單編號A0101 第9頁/共17頁 M421519 且第一預定時間121、預定區間122及預設值123藉由顯 示單元15所顯示，以供使用者2進行確認。 [0030] 當使用者2設定完成後，處理模組14可進一步進行控制偵 測單元11測試是否正常偵測使用者2之動作21 ;若無法正 常偵測使用者2之動作21，則處理模組14控制喚醒單元1 3 發出喚醒訊息131，以提醒使用者2重新設定上述之相關 參數或智慧型唤醒裝置1之擺放位置，以利於偵測單元11 進行偵測。其中使用者2之動作21可為動作幅度或動作頻 率，於本實施例中係以動作頻率作為示範。 [0031] 當測試完成後，處理模組14即可依據第一預定時間1 21作 為基準，往前擷取一預定區間122以控制偵測單元11進行 偵測。而於偵測中，處理模組14可即時分析偵測單元11 所偵測之使用者2之動作21並與預設值123進行分析，當 偵測到使用者2之動作21大於或等於預設值123時，處理 模組14則控制喚醒單元13發出喚醒訊息131。其中該喚醒 訊息131為聲音、光亮、震動或其組合，於本實施例中係 以聲音及震動之組合作為示範。 [0032] 其中智慧型喚醒裝置1進一步可包含一貪睡開開18及一停 止開關19。該貪睡開關18及該停止開關19係電性連接處 理模組14。於本實施例中係將貪睡開關18與停止開關19 結合為一元件，其操作方式可為壓按一下時，為貪睡開 關18 ’若壓按複數下時，則為停止開關19，但僅為舉例 性示範，其可因應實際設計需求而變更。該貪睡開關18 可供使用者2視身體或精神狀況，使處理模組14控制喚醒 單元13暫停發出喚醒訊息131至一第二預定時間124後， 表單编號A0101 第10頁/共17頁 該喚醒單元13持續發出喚醒訊息131。而該停止開關19係 提供使用者2控制處理模紐14，進而使喚醒單元13停止發 出喚醒訊息131。例如壓按一下為貪睡開關18，則喚醒訊 息131停止5分鐘後’喚鲅單元13持續發出唤醒訊息131 ，此時’使用者2連續壓按複數下為停止開關19功能，故 應不以此為限。其中，第二預定時間124，可藉由至少一 按鈕16進行設定或為~出薇預設值。 [0033]智慧型喚醒裝置1更包含電力單元17，以提供智慧型喚醒 裝置1所需之電力，且電力單元17可選自一電池、一充電 式電池或-内建式微型充電鐘電池，可供使用者2於電池 電量過低或不足時，進行替換。 _於此實施射，除上述說明部份外，其餘部份均與第一 實施例類似，於此不再贅述。 _综上所述，大部份之使用者於睡眠中而有動作時，即可 視其處於淺眠之狀態，藉由本創作所提出之智慧型喚醒 裝置可於預定區間透過$M421519 V. New Description: [New Technology Field] [0001] This creation is about a smart wake-up device, especially for a device that wakes up using the user's sleep depth cycle. [Prior Art] [0002] Modern people are busy working to cause habitual late sleep. The alarm clock set the night before is often inexplicably pressed by oneself without consciously causing oversleeping, or the alarm bell rings for too long, and interferes with Events such as the sleep of others are endless. [0003] At present, most electronic devices provide a wake-up function, and the user can preset a wake-up time. When the predetermined time is reached, the electronic device sends a wake-up message. At this time, the user generally only presses any button of the electronic device or A fixed button can be turned off, but according to the physiological characteristics of the person, the person's sleep has a periodicity, and every night, after a few times of deep sleep and shallow sleep replacement, when the electronic device is in deep sleep, the user is forcibly Pulling back to the awake state, when the user's body is still not properly adapted to the awake state, the user is quite tired in getting up and getting nervous and physically. On the other hand, if the electronic device wakes up during the user's sleep, the user has a clearer mental and agile effect than when the user sleeps deeply. [0004] However, even if it is an electronic device such as an electronic alarm clock or other stylized control, it is still difficult to achieve the function of waking up the user by using the depth of the user's sleep cycle. Therefore, in terms of demand, a smart type is designed. Wake-up device has become an urgent issue in the market. Form No. A0101 Page 3 of 17 M421519 [0005] As mentioned above, the author of this creation thinks about and designs a smart wake-up device, aiming at the existing technology. The lack of it is improved to enhance the implementation and utilization of the industry. [New Content] [0006] In view of the above-mentioned problems of the prior art, the purpose of the present invention is to provide a smart wake-up device to improve the lack of wake-up function of the existing electronic device. According to another object of the present invention, a smart wake-up device is provided, comprising: a detecting unit, a setting unit, a wake-up unit and a processing module. The detecting unit detects the motion of a user. The setting unit is set for a first predetermined time. The wake-up unit sends a wake-up message. The processing module is electrically connected to the detecting unit, the setting unit and the waking unit; the processing module draws a predetermined interval forward based on the first predetermined time, and the detecting unit detects the user in the predetermined interval. During operation, the processing module controls the wake-up unit to issue a wake-up message. [0008] wherein, after the setting unit sets the first predetermined time, the processing module controls the detecting unit to test whether the user's action is normally detected. [0009] When the detecting unit detects that the motion amplitude or frequency of the user is greater than or equal to a preset value in the predetermined interval, the processing module controls the wake-up unit to issue a wake-up message. [0010] wherein the setting unit further sets the size of the preset value. [0011] wherein, a display unit is further included to display the first predetermined time, the predetermined interval, and the preset value. [0012] wherein, at least one button is further included to set a first predetermined form number A0101, a fourth page/total 17 page time, a predetermined interval, and a preset value in the setting unit. [0013] wherein the wake-up message is sound, light, vibration or a combination thereof. [0014] wherein, a power unit is further included to provide power required for the smart wake-up device. [0015] wherein, the user further uses a snooze switch, and the user uses the snooze switch to pause the wake-up message for a second predetermined time, and the wake-up unit continuously sends a wake-up message. [0016] wherein, a stop switch is further included, and the user uses the stop switch to stop the wake-up unit from issuing a wake-up message. [0017] As described above, the smart wake-up device according to the present invention may have one or more of the following advantages: (1) The smart wake-up device can detect the user's motion through the detecting unit in a predetermined interval. In order to wake up the user's function, the user's waking quality can be improved. (2) This intelligent wake-up device can be awakened by the physiological characteristics of the winter, which contributes to the improvement of the quality of life. (3) The smart wake-up device can perform the snooze function by the snooze switch for the user to view the physical condition, and can improve the user's physical awake state. [Embodiment] [0018] Reference will be made to the related drawings below. The embodiments of the smart wake-up device according to the present invention are described with the same reference numerals in the following embodiments for the sake of easy understanding. [0019] The smart wake-up device 1 of the present invention can be a clock, an alarm clock, an electronic clock or a form number A0101, page 5 / a total of 17 pages [0020] M421519 digital countdown tree and other various electronic devices with timing functions 'for convenience To understand more about the technical features of this creation, the electronic clock is used as an example, but it is not limited to this. Please refer to FIG. 1 , which is a smart wake-up device of the present invention - a block diagram of an embodiment. As shown in the figure, the smart wake-up device of the present invention includes a detecting unit 1 and a setting unit 12 A wake-up unit 13 and a processing module 14. The detecting unit 丨丨 can detect the action 21 of a user 2. The detecting unit 11 can be an infrared sensor (IR Sens〇r), a temperature sensing or a heartbeat sensing unit, and an infrared sensor (Ir Sensor) is used as an embodiment. The setting unit 丨 2 sets a first predetermined time 1 21 . The wakeup unit 13 can issue a wakeup message j 3 j. [0021] The processing module 14 is an electrical connection detecting unit 11, a setting unit I and a waking unit 13, which can be a microprocessor controller (Micr〇pr〇cess〇r Control Unit), a central processing unit (Central) Pr〇cessing U nit 'CPU ) or micro processing ( M icr ο - P rocessing U π it ), the microprocessor controller is taken as an embodiment. The processing module 14 can take a predetermined interval 122 to control the detecting unit 11 for detecting according to the first predetermined time 121, and the processing module 14 can immediately analyze the user detected by the detecting unit 11. Action 2 of 21. The action 21 can be an action amplitude or an action frequency. At the same time, the processing module 14 can perform analysis according to the action 21 and a preset value 123. When the detecting unit 11 detects that the action 21 of the user 2 is greater than or equal to the preset value 123 in the predetermined interval 122, the processing module Group 14 then controls wake-up unit 13 to issue wake-up message 131. The preset value 123 is a preset action amplitude or a preset action frequency set by the user 2 via the setting unit 12. The wake-up message 131 can be a sound, the form number A0101, page 6 / a total of 17 pages of light, vibration Or the combination of the user 2 [0022] further, after the user 2 sets the first predetermined time 121 via the setting unit 12, the processing module 14 may further perform the action of the control detecting unit 11 to detect whether the user 2 is normally detected 21; The action 21 of the user 2 cannot be detected normally, and the processing module 14 controls the wakeup unit 13 to issue a wakeup message 131 to remind the user 2. [0023] It should be noted that, in the predetermined interval 122, the processing module 14 can control each unit to continuously perform the action 21 detection of the user 2 described above until the action 21 is greater than or equal to the preset value. At 123 o'clock, the detection is stopped and the wake-up unit 13 is controlled to issue a wake-up message 131. In addition, those skilled in the art can arbitrarily combine the above-mentioned functional modules to form an integrated module, or split into individual functional detail units, depending on the design convenience. [0024] Please refer to FIG. 2, which is a step diagram of an embodiment of the smart wake-up device of the present invention. As shown in the figure, the smart wake-up device of the present invention comprises a detecting unit, a setting unit, a wake-up unit and a processing module group. The smart wake-up device includes a "f column, gland": (541) setting a first predetermined time by a setting unit; (542) detecting a user's action by using a detecting unit; (543) transmitting a wake-up The unit sends a wake-up message; (544) using a processing module to draw a predetermined interval based on the first predetermined time; and (545) detecting, by the detecting unit, the use in the predetermined interval When the action is performed, the wake-up unit is controlled by the processing module to send the wake-up message. [0025] Please refer to FIG. 3 together, which is one of the smart wake-up devices of the present invention. Form No. A0101 Page 7 of 17 M421519 Embodiment flow chart. As shown in the figure, first, as shown in the flow S51, the user sets a first predetermined time and a placement position. Then, in step S52, the module control detection unit tests whether the user's action is normally detected. Then, as shown in the process S53, the processing module uses the first predetermined time as a reference to draw a predetermined interval to control the detecting unit to perform detection. Then, as shown in the process S54, if the action of the user is greater than or equal to the preset value, the process S 5 5 is performed; otherwise, the process returns to the process S 5 4 . S55: The processing module controls the wake-up unit to issue a wake-up message. [0026] Please refer to the 4th Hall, which is a schematic diagram of the first embodiment of the smart wake-up device of the present invention. As shown, the smart wake-up device 1 can further include a display unit 15, at least one button 16, and a power unit 17. The display unit 15 and the at least one button 16 are electrically connected to the setting unit 12. The power unit 17 provides the power required by the smart wake-up device 1, and the power unit 17 can be selected from a battery, a rechargeable battery or a built-in miniature rechargeable lithium battery, which can be used by the user 2 to charge the battery. Replace when low or insufficient. When the user 2 wants to perform the smart wake-up device 1 setting, the first predetermined time 121, the predetermined interval 122, and the preset value 123 of the setting unit 12 can be set through the at least one button 16, and the first predetermined time 121, The predetermined interval 122 and the preset value 123 are displayed by the display unit 15 for confirmation by the user 2. The predetermined interval 122 and the preset value 123 may also be an appropriate fixed value set by an original factory. [0027] After the setting of the user 2 is completed, the processing module 14 can further control whether the detecting unit 11 detects the action 21 of the user 2 normally; if the action 21 of the user 2 cannot be detected normally, the processing module The group 14 can control the wake-up unit 13 to send a wake-up message 131 to remind the user 2 to reset the above-mentioned phase form number A0101 page 8 / 17 page off parameter or the location of the smart wake-up device 1 to facilitate detection. Unit 11 performs detection. For example, after the user 2 is set, the smart wake-up device 1 will test whether it can be tested normally within 3 minutes. The action of the user 2 may be the action amplitude or the action frequency. In this embodiment, the action amplitude is taken as an example. [0028] After the test is completed, the processing module 14 can draw a predetermined interval 122 according to the first predetermined time 121 as a reference to control the detecting unit 11 to detect. In the detection, the processing module 14 can immediately analyze the action 21 of the user 2 detected by the detecting unit 并 and analyze it with the preset value 123, when detecting that the action 21 of the user 2 is greater than or equal to the pre- When the value 123 is set, the processing module 14 controls the wake-up unit 13 to issue the wake-up message 131, and the user 2 stops the wake-up message 131 by a stop switch 19. For example, if the user 2 sets the first predetermined time 121 to 8:30, then at 8:00, the processing module 14 controls the detecting unit 11 to detect, if between 8:00 and 8:30. The detecting unit 11 detects the action 21 of the user 2, and the processing module 14 controls the wake-up unit 13 to send a wake-up message 131 (sound); and, if between 8:00 and 8:30, the detecting unit 11 If the action 21 of the user 2 is not detected, the units continue to detect until 8:30, and the processing module 14 controls the wake-up unit 13 to issue a wake-up message 131 (sound). The wake-up message 131 is a sound, a light, a vibration, or a combination thereof. In the present embodiment, the sound is used as an example. [0029] Please refer to FIG. 5, which is a second embodiment of the smart wake-up device of the present invention. The schematic diagram is as shown in the figure. When the user 2 wants to perform the smart wake-up device 1 setting, the first predetermined time 121, the predetermined interval 122, and the preset value 123 of the setting unit 12 can be set through the at least one button 16. The form number A0101 page 9 / page 17 M421519 and the first predetermined time 121, the predetermined interval 122 and the preset value 123 are displayed by the display unit 15 for the user 2 to confirm. [0030] After the setting of the user 2 is completed, the processing module 14 can further control whether the detecting unit 11 detects the action 21 of the user 2 normally; if the action 21 of the user 2 cannot be detected normally, the processing mode is processed. The group 14 controls the wake-up unit 1 3 to issue a wake-up message 131 to remind the user 2 to reset the above-mentioned related parameters or the placement position of the smart wake-up device 1 to facilitate the detection unit 11 to perform the detection. The action 21 of the user 2 may be an action amplitude or an action frequency. In the present embodiment, the action frequency is taken as an example. [0031] After the test is completed, the processing module 14 can draw a predetermined interval 122 to control the detecting unit 11 to detect according to the first predetermined time 1 21 as a reference. In the detection, the processing module 14 can immediately analyze the action 21 of the user 2 detected by the detecting unit 11 and analyze it with the preset value 123, when detecting that the action 21 of the user 2 is greater than or equal to the pre- When the value 123 is set, the processing module 14 controls the wakeup unit 13 to issue the wakeup message 131. The wake-up message 131 is a sound, a light, a vibration, or a combination thereof. In the present embodiment, a combination of sound and vibration is taken as an example. [0032] wherein the smart wake-up device 1 further includes a snooze opening 18 and a stop switch 19. The snooze switch 18 and the stop switch 19 are electrically connected to the processing module 14. In this embodiment, the snooze switch 18 and the stop switch 19 are combined into one component, and the operation mode may be that when the push button is pressed, the snooze switch 18' is pressed to stop the switch 19, but if the press is pressed, the switch 19 is stopped. For illustrative purposes only, it may vary depending on actual design requirements. The snooze switch 18 allows the user 2 to control the physical or mental condition, and causes the processing module 14 to control the wake-up unit 13 to suspend the wake-up message 131 to a second predetermined time 124. Form No. A0101 Page 10 of 17 The wakeup unit 13 continues to issue the wakeup message 131. The stop switch 19 provides the user 2 with control of the processing module 14, thereby causing the awake unit 13 to stop issuing the wake-up message 131. For example, if the snooze switch 18 is pressed, the wake-up message 131 is stopped for 5 minutes, and the caller unit 13 continues to send the wake-up message 131. At this time, the user 2 presses the function of the stop switch 19 continuously, so it should not This is limited. The second predetermined time 124 can be set by at least one button 16 or set to a preset value. [0033] The smart wake-up device 1 further includes a power unit 17 to provide power required by the smart wake-up device 1, and the power unit 17 can be selected from a battery, a rechargeable battery or a built-in miniature rechargeable clock battery. It can be replaced by user 2 when the battery is low or low. In addition to the above description, the rest of the description is similar to the first embodiment, and details are not described herein again. In summary, most of the users can be considered to be in a state of insomnia when they are in sleep, and the smart wake-up device proposed by the present application can pass through the predetermined interval.
而喚醒使用者’藉此可提高使用者之清醒品質並辦進AAnd wake up the user' to improve the user's awake quality and enter A
[。咖]以上所述僅為舉例性’而非為限制性者 創作之㈣與料，而對其崎 未脫離本 應包含於後附之申請專利範圍中。〜文或變更’均 【圖式簡單說明】 置-實施例之方塊圖 置-實施例之步驟圖 [〇〇37]第1圖係為本創作之智慧型喚醒裝 第2圖係為本創作之智慧型嗔醒裝 表單蝙號A〇H)i 第11頁/共Π M421519 第3圖係為本創作之智慧型喚醒裝置一實施例之流程圖； 第4圖係為本創作之智慧型喚醒裝置之第一實施例之示意 圖；以及 第5圖係為本創作之智慧型喚醒裝置之第二實施例之示意 圖。 【主要元件符號說明】 [_] 1:智慧喚醒裝置 11 :债測單元 12 :設定單元 121 :第一預定時間 122 :預定區間 123 :預設值 124 :第二預定時間 13 :喚醒單元 131 :唤醒訊息 14 :處理模組 15 :顯示單元 16 :至少一按鈕 17 :電力單元 18 :貪睡開關 19 :停止開關 2 :使用者 21 :動作 S41〜S45 :步驟 S51〜S55 :流程 表單编號A0101 第12頁/共17頁[. The above description is for the purpose of illustration only, and is not intended to be limiting, and is not intended to be included in the scope of the appended claims. 〜文或改's [simplified description of the drawings] - block diagram of the embodiment - step diagram of the embodiment [〇〇37] The first picture is the intelligent wake-up device of the creation of the second picture is the creation Smart 嗔 嗔 表单 蝙 〇 ) ) ) ) ) 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 421 A schematic diagram of a first embodiment of a wake-up device; and FIG. 5 is a schematic diagram of a second embodiment of the smart wake-up device of the present invention. [Main component symbol description] [_] 1: Wisdom wakeup device 11: Debt measurement unit 12: Setting unit 121: First predetermined time 122: Predetermined interval 123: Preset value 124: Second predetermined time 13: Wake unit 131: Wake-up message 14: Processing module 15: Display unit 16: At least one button 17: Power unit 18: Snooze switch 19: Stop switch 2: User 21: Actions S41 to S45: Steps S51 to S55: Flow form number A0101 Page 12 of 17