201035915 六、發明說明： 【發明所屬之技術領域】 本發明關於—種熱輻射感應架構以及包含該熱輕射 木構之可攜式電子裝置。 心 【先前技術】 二蚧者科技的進步，可攜式電子裝置，例如行動電 巧電腦、個人數位助理等，越來越輕薄，且功能^ 例如影音播放、通訊、上網、遊戲等等。此外 置已可安裝大容量的儲存媒體或記憶體，ti吏ί ^信件、文件、通訊錄等等，讓使用者不 攜$大直的實體資料，達到輕便的目的。 再 Ο 持可攜式電子裝置的運作此S 技術領域的研九者-方面致力於開發更高效能 = 反而造成不便。軸現在有許多防盜裝置，例“ϋ 攜式電子裝置遭竊'然而现is =負也吏用者攜帶 4 201035915 綜上所述，如何在輕便的原則下有效地利用有限的電力 並儘可能增加可攜式電子裝置的安全性，實為相關技術領域 中的重要課題。 【發明内容】 因此，本發明之一範疇在於提供—種熱輻射感應架構， 其可被應用於可攜式電子裝置中，致使該可攜式電子裝置的 電力能被更有效率地應用，也使該可攜式電子裝置的安全性 得到進一步的保障。 _根據一具體實施例，本發明之熱輻射感應架構包含一熱 =感應m賴㈣及—反賴組。雜輻射感應 ，、、、且y偵測-感測範圍内之—熱源的狀態，並根據該狀態產 生-第-感魏號。鱗理模組缺該熱輻械應模組，用 以^妾收销-制訊號。並且’該處理模組根據—準則以及 邊第一感測訊號選擇性地產生一驅動訊號。此外，該反麻 =妾該處理模組，用以接收該驅動訊號：動 訊5虎執行一預設程序。201035915 VI. Description of the Invention: [Technical Field] The present invention relates to a thermal radiation sensing architecture and a portable electronic device including the same. Heart [Prior Art] Advances in technology, portable electronic devices, such as mobile computer, personal digital assistants, etc., are increasingly thin and light, and functions such as audio and video playback, communication, Internet, games and so on. In addition, large-capacity storage media or memory can be installed, such as lig吏^^ letters, files, contacts, etc., so that users can not carry the physical data of $大直 to achieve the purpose of lightness. The operation of the portable electronic device is also aimed at developing higher performance = but it is inconvenient. The shaft now has a number of anti-theft devices, such as "theft of portable electronic devices", but now is = negative and users carry 4 201035915 In summary, how to effectively use limited power and increase as much as possible under the principle of light weight The security of the portable electronic device is an important subject in the related art. Accordingly, one aspect of the present invention is to provide a thermal radiation sensing architecture that can be applied to a portable electronic device. Therefore, the power of the portable electronic device can be applied more efficiently, and the security of the portable electronic device is further ensured. According to a specific embodiment, the thermal radiation sensing architecture of the present invention comprises a Heat = induction m (4) and - reliance group. The radiation radiation induction,,, and y detection - the state of the heat source within the sensing range, and according to the state - the first - sense Wei number. Scale module The heat radiation device module is lacking for receiving the signal-making signal, and the processing module selectively generates a driving signal according to the criterion and the first sensing signal. In addition, the anti-massage=妾Processing module , For receiving the driving signal: a movable News 5 tiger performing a preset program.
特=，熱輻㈣應池之_距離、感财向 週期、所感測之溫度範®、熱輻射波長範 況進行調整，而不限於任何特定的參數。 於實際應时’該預設程序可包含，但不 可裝置之多媒體播放;關閉該可攜式ί ίίϊ顯吨組，以及驅動該可攜式電子裝置之警報觸發 構之供—種包含前述_射感應架 攜式電子裝置。特別地，由於該可攜式電子裝置包含 5 201035915 構，因此其電力應用將更有效率，並且豆可 的便利性。 … 關於本判之伽鱗神可以藉 、圖式得到進一步的瞭解。 【貫施方式】Special =, the heat radiation (4) should be adjusted according to the distance, the sensing period, the sensed temperature range, and the thermal radiation wavelength range, and is not limited to any specific parameters. In the actual time, the preset program may include, but may not be, multimedia playback; the portable ί ϊ ̄ ̄ ̄ ̄ ̄ group, and the alarm triggering device for driving the portable electronic device include the aforementioned _ shooting Inductive rack-mounted electronic device. In particular, since the portable electronic device includes 5 201035915, its power application will be more efficient and the convenience of beans. ... About the gamma god of this judgment can be further understood by the schema. [Continuous application method]
架構射感應架構以及包含該熱輜射感應 筆如行動電話、個人數位助理、 的熱發0體實施例 =r輻射感=:===The architecture of the radiation sensing architecture and the heat-emitting body embodiment including the thermal radiation sensing pen such as a mobile phone and a personal digital assistant =r radiation sense =:===
该熱輻射感應架 提供使用者更高 由以下的發明詳述及所 组igc)可用以偵測一感測範圍内之一熱 ί i ,，λ者气其他人士)的狀態，並根據該狀態產生一 ΐ 4 ‘於只際應用中’該熱輻射感應模組ι〇0可能 疋、，工外線感應模組或其它適當的感應模組。 此外’該感測範圍可視所選用的感應模組而定，或是由 可攜式電子裝置之製造商、設計者或甚至祕用者自行設 定。例如’當《者將可攜式電子裝置放在室_，由於人 員密度較尚’為了避免熱輻射感應模組ι00過度密集地作 動，可將感測範圍設定為數十公分，甚至是數公分内。反 之，畲使用者將可攜式電子裝置放在室外時，則可將感測範 圍設定為一公尺以上，甚至是數十公尺。 於一具體實施例中，該熱輻射感應模組100係週期性地 6 201035915 備測該感測範圍内之該熱源的狀態，並且當該熱源離開或進 入該感測範圍達—預定時間時，該熱輻射感應模組100產生 δ亥第一感測訊號。例如，假設該熱輻射感應模組1⑻每隔 f感測一次’當連續十次感測到該感測範圍内不存在熱源 時，該熱輻射感應模組100產生該第一感測訊號。The heat radiation sensing frame provides the user with a higher detailed description of the invention and the group ig) can be used to detect the state of one of the sensing ranges, and the state according to the state. Produce a ΐ 4 'in the inter-application', the thermal radiation sensing module ι〇0 may be 疋, the external line sensing module or other suitable sensing module. In addition, the sensing range may be determined by the selected sensing module or by the manufacturer, designer or even the user of the portable electronic device. For example, 'When the person puts the portable electronic device in the room _, because the personnel density is better', in order to avoid the excessively dense operation of the heat radiation sensing module ι00, the sensing range can be set to tens of centimeters or even centimeters. Inside. Conversely, when the user places the portable electronic device outdoors, the sensing range can be set to more than one meter, or even tens of meters. In a specific embodiment, the thermal radiation sensing module 100 periodically detects the state of the heat source within the sensing range, and when the heat source leaves or enters the sensing range for a predetermined time, The thermal radiation sensing module 100 generates a first sensing signal. For example, it is assumed that the thermal radiation sensing module 1 (8) senses once every f. When the heat source is not detected within the sensing range for ten consecutive times, the thermal radiation sensing module 100 generates the first sensing signal.
於貫際應用中’熱輻射感應模組100的其他參數，例 ^ ’但不受限於，如感測方向（即，是否有特定方向、角度 等）、感測週期(例如，每隔3〇秒感測一次）、所感測之溫度範 圍(，如’因為主要是針對人體進行感測，因此感測之溫度範 圍較佳地介於絕對溫度300K至315K之間）、熱輻射波長範 =(例，因為主要是針對人體進行感測，因此感測之熱輻射 波，範圍較佳地介於9·5μηι至9 8μιη之間）等參數皆可視情況 進行調整，而不限於任何特定的參數。 k處理模組1〇2，例如中央處理器，耦接該熱輻射感應 ϋ 1〇0，用以接收該第一感測訊號，並且該處理模組102 — ΐ則以及該第—感測訊號選擇性地產生一驅動訊號。 <，應杈組104耦接該處理模組1〇2，用以接收該驅動訊 =，並且根據該驅動訊號執行一預設程序。於實務中，處理 異、、且102可與反應模組1〇4整合於單一處理晶片中。 及庵應用中’前述處理模組102所依據之準則以及該 限設料可視叙碰行雜，並不 時，ΐΐίΐ ’假設該可攜式電子裝置正捕放多媒體樓案 圍(侧該第—感測訊號代表該熱源離開該感測範 動tilt、’達到刖述預定時間）時，該處理模組102產生該驅 此，该反應模、组104停止該多媒體標案的播放。藉 右使用者正觀看該多媒體檔案且臨時需要離開時，該準 201035915 1 可ίίϊ式電子裝置在使用者離開(即，該熱輻射感應模組 二if 測不到熱源)後’自動停止多媒體檔案 的補放’達到節省電力的效果。 當然，於實際應用中，該準則也可讓 ㈣如螢幕等元件之^ Ο 〇 再舉例而言，當該可攜式電子裝置處於—鐾 :旱】至，亥第一感測訊號代表該熱源進入‘感測“ 以驅時間)時’該處理模組102產生該驅触號 二，，組⑽開始計時(例如，正數計時或倒數計 當該反應模組104計時達1設_，且· 被解除時’該反應模組104控制該可攜式電谓 ^此，當使用者必須賴可攜式電子裝置—段時 =可設定該可攜式電子裝置進入警戒狀態 輻射感應馳100_賴源(可能是制者 人^ 時产感應模組1〇〇可立即產生·此狀) -感測或者可在持續制多次，而該 存在時，產生相關之第一感測訊號。 ’、，、原仍…、 接著，該處理模、组1〇2根據該準則驅動該反應模组顺 反組辦可同時將計時讀秒顯示於可 ^式私子裝置的螢幕上。此時’若該熱源為該使用者 4 ’其可透過預設财式(例如，輸人特定的密碼； 特，的按鍵等)解除警戒狀態。若該熱源非使用者本身， 狀悲無法被解除’因此在計時達預設閥值時，反應模組 ^制該可攜式電子裳置發^如聲音、光線特報，以達到防 8 201035915 於實務中，前述之警報產生程序也可分為多個階段。例 如，當熱輻射感應模組100偵測到熱源進入感測範圍時，處 理模組根據該準則驅動反應模組104發出閃燈警示並開始計 時。而在計時達預設閥值且警戒狀態未被解除時，反應模 104才發出聲音警報。 ''In the continuous application, the other parameters of the thermal radiation sensing module 100, but are not limited to, such as the sensing direction (ie, whether there is a specific direction, angle, etc.), the sensing period (for example, every 3 The measurement of the temperature range (such as 'because it is mainly for the human body to sense, so the temperature range of the sensing is preferably between the absolute temperature of 300K to 315K), the thermal radiation wavelength range = (Example, because the sensing is mainly for the human body, so the sensed thermal radiation wave, the range is preferably between 9·5μηι and 9 8μιη) and other parameters can be adjusted according to the situation, without being limited to any specific parameters. . The processing module 102, for example, a central processing unit, coupled to the thermal radiation sensor ϋ1〇0, for receiving the first sensing signal, and the processing module 102 and the first sensing signal A drive signal is selectively generated. < The group 104 is coupled to the processing module 1〇2 for receiving the driving signal=, and executes a preset program according to the driving signal. In practice, the process can be integrated with the reaction module 1〇4 in a single processing wafer. In the application, the criteria used by the aforementioned processing module 102 and the limited material can be visually detected. From time to time, ΐΐίΐ 'assuming that the portable electronic device is capturing the multimedia building (the side is the first - When the sensing signal indicates that the heat source leaves the sensing mode tilt, 'to reach a predetermined time, the processing module 102 generates the driving, and the reaction module and the group 104 stop playing the multimedia standard. When the right user is watching the multimedia file and needs to leave temporarily, the quasi-201035915 1 ί ϊ electronic device automatically stops the multimedia file after the user leaves (ie, the heat radiation sensor module 2 does not detect the heat source) The 'replenishment' achieves the effect of saving electricity. Of course, in practical applications, the standard can also allow (4) components such as screens, for example, when the portable electronic device is in the range of -鐾: drought, the first sensing signal represents the heat source. When entering 'sensing' to drive time), the processing module 102 generates the driving number 2, and the group (10) starts timing (for example, positive timing or countdown when the reaction module 104 counts up to 1), and When the data is released, the reaction module 104 controls the portable electronic device. When the user must rely on the portable electronic device, the portable electronic device can be set to enter the alert state. Source (may be the maker's ^ when the sensor module 1 〇〇 can be generated immediately) - sensing or can be sustained multiple times, and when there is, the relevant first sensing signal is generated. Then, the processing module and the group 1〇2 drive the reaction module according to the criterion, and the chronograph countdown can be simultaneously displayed on the screen of the portable device. At this time, if the heat source For the user 4' it can pass the preset financial formula (for example, input specific secret ; special, button, etc.) to release the alert state. If the heat source is not the user itself, the sorrow cannot be removed'. Therefore, when the timing reaches the preset threshold, the reaction module controls the portable electronic device to send the hair. Sound and light special report to achieve defense 8 201035915 In practice, the aforementioned alarm generation program can also be divided into multiple stages. For example, when the thermal radiation sensing module 100 detects that the heat source enters the sensing range, the processing module is based on The criterion drives the reaction module 104 to emit a flashing warning and start timing. When the timing reaches a preset threshold and the warning state is not released, the reaction mode 104 emits an audible alarm.
請參見第2圖，第2圖繪示根據本發明之一具體實施例 的可攜式2子裝置魏錢圖。如贿示，該可攜式電子裳 置1包含則述之熱輻射感應架構1〇，並且該熱輻射感應架構 10同樣包含熱輻射感應模組1〇〇、處理模組1〇2以及反應模 組104。η亥專模組的連接關係以及所進行的作動與所具備 功能皆如前所詳述，於此不再贅述。 於貝務中，熱輻射感應模組1〇〇可視需求Referring to FIG. 2, FIG. 2 is a diagram showing a portable 2 sub-device Wei Qian diagram according to an embodiment of the present invention. For example, the portable electronic device 1 includes the thermal radiation sensing structure 1则, and the thermal radiation sensing structure 10 also includes a thermal radiation sensing module 1〇〇, a processing module 1〇2, and a reaction mode. Group 104. The connection relationship of the NMOS module and the functions and functions performed are as detailed above, and will not be described here. In Beiwu, the thermal radiation sensing module 1
ΐΓίί1的表面、角落等位置，以達到最佳偵測G 此外’於實際制巾’本發明之可献電子裝置丨可包 他必須，功能性單元或模組，例如，鍵盤、螢幕、藍芽^莫 動通訊系統模組、無線網路模組、 β像彌取板組、錄音模組...等等。 八具體實施例中’該可狱電子裝置1還包 ;:ίϊ =L12 ’例如，但不限於，速度感應器、加速 之運動狀mm應彳 ❹m可攜式1子裝置1 該運動狀態之一第二感測訊號。該 =t ώ 5夺接收來自熱幸畐射感應模組1〇〇之第-烕測 來=應模…第二感測訊號，2準 二ί 該第二感測訊號選擇性地產生該驅 一段時間的例 在前述使用者必須離開可攜式電子裴置i 9 201035915 子裝置1進人警戒狀 測，代表熱源進入感測^圍，且=在第;^ 才驅動該反應模組104計時。芦此，若 子裝置;也;t二:其::二除警戒狀態時’可攜式電 的設置，使得本發:二此二置，可運== 報，避免誤判。、％ 丁衣直丄可更準確地發出警 ❹ Ο 於居家實可攜式電子裝置1也可被應用 本發明之而言，使用者可將 處，並開啟警戒功能。、當有竊^辦公室門口等 嚇阻麵報的U 可依據两述機制發出警報，達到 電子明之熱輻射感應架構可被應用於可搞式 L =該;;1:=;置的電力能被更有效率地 Μ，攜式裝置的安全性得到進一步的保障。 、士匕3该熱輕射感應架構之可攜式 確保住家、公料場所的安全。 计《還了進-步 較佳具體實施例之詳述，係希望能更加清楚 ==之特徵與精神，而並非以上述所揭露的較佳； f=例來對本發明之範_加以_。相反地，其目的Γ :專：各種改變及具相等性的安排於本發明所欲申5 範因此，本發明所申請之專利範圍的 所有可能的改變以及具辦性的㈣。 使其㈤盖 10 201035915 【圖式簡早說明】 第1圖繪示根據本發明之一具體實施例的熱輻射感應 架構之功能方塊圖。 第2圖繪示根據本發明之一具體實施例的可攜式電子ΐΓίί1's surface, corners, etc., for optimal detection. G. 'In actual toweling', the present invention can provide electronic devices, functional units or modules, such as keyboards, screens, and Bluetooth. ^ Moto communication system module, wireless network module, β image capture board set, recording module, etc. In the specific embodiment, the jail electronic device 1 is further packaged;: ϊ ϊ = L12 ', for example, but not limited to, a speed sensor, an accelerated motion type mm 彳❹ m portable 1 sub-device 1 The second sensing signal. The =t ώ 5 接收 receives the first 烕 烕 = = = = = = = 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二In the case of time, the user must leave the portable electronic device i 9 201035915, and the sub-device 1 enters the alert state, indicating that the heat source enters the sensing, and the driving of the reaction module 104 is timed. Lu, this sub-device; also; t two: its:: two in addition to the alert state, the portable power setting, so that the hair: two two, can be shipped == newspaper, to avoid misjudgment. % 衣衣直丄 can issue a more accurate warning Ο 居 居 实 实 实 实 实 实 实 实 实 实 实 实 实 实 实 实 居 居 居 居 居 居 居 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 When there is a sneak peek at the office door, etc., the U can issue an alarm according to the two mechanisms, and the electronic radiation radiation sensing architecture can be applied to the applicable L =;; 1:=; More efficiently, the security of the portable device is further guaranteed. , Gynecology 3 The portable thermal light sensing architecture ensures the safety of homes and public places. It is to be understood that the detailed description of the preferred embodiments is intended to provide a better understanding of the features and spirit of the invention, and is not preferred as disclosed above; f = exemplification of the invention. On the contrary, the purpose of the invention is: all kinds of changes and equivalent arrangements are intended to be applied to the present invention. Therefore, all possible variations of the scope of the patent application of the present invention and (4). [5] Cover 10 201035915 [A Brief Description of the Drawings] FIG. 1 is a functional block diagram of a thermal radiation sensing architecture according to an embodiment of the present invention. 2 is a diagram of a portable electronic device according to an embodiment of the present invention.
裝置之功能方塊圖。 【主要元件符號說明】 1 :可攜式電子裝置 100 :熱輻射感應模組 104 :反應模組 10 .熱輪射感應架構 102 :處理模組 12 :運動感應模組Functional block diagram of the device. [Main component symbol description] 1 : Portable electronic device 100 : Thermal radiation sensing module 104 : Reaction module 10 . Thermal wheel sensing architecture 102 : Processing module 12 : Motion sensing module
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