201008793 六、發明說明： 【發明所屬之技術領域】 本發明係關於一用以提醒_使用者—項有待執行之活動 之便條紙。 【先前技術】 筆記紙，諸如便利貼，係廣泛用以記下短訊、電 碼、留言等等。通常，該等便條然後被黏附地固定至一使。 ❹ 用者可見之任意安裝區域’旨在對使用者起到一提醒作 用。 通常，此等筆記紙係用以提醒使用者—項有待執行之活 動:只要便條的數量不過大，他或她有可能跟上該等活動 之郎奏且儘量及時執行。然而，在我們節奏日益加快之生 活中，提醒之數量似乎不斷地增加，這便是一個人要記清 所有提醒可能存在困難原因之所在。 為了幫助對有待執行之各項活動加以組織，市場上已引 入了大量電子提醒物。例如，WO 2005/071606揭示了一設 備，其包括一智慧卡及一使用者警報裝置，諸如一鬧鐘或 閃光燈，以於一項活動之執行之前的一預定時刻向使用者 發出警報。WO 2005/071606中之設備需要一微處理器，以 構成並啟動一警報，且該警報之組成及啟動另需對設備進 行程式化。因此，儘管有效，此解決方案相當昂貴且複 雜。该智慧卡實際上係限於一使用者，數項活動係須借電 子手段來提供，且為了節約成本，該智慧卡需可長期使 用。因此’由於WO 2005/071606中之該設備相較於例如便 140830.doc 201008793 利貼成本高昂，其缺乏一次使用之靈活性。 因此，需要一幫助一使用者保持與有待執行之活動之截 止時間同步之改良之簡單提醒物解決方案，該提醒物在_ 次使用之後係可予丟棄。 【發明内容】 因此，本發明之—目的在於以簡介之方式提供上文所提 ，類型之提醒物解決方案，在此方案中，上文之數個缺點 得以全部或至少部分消除。 根據本發明的一個態樣’提供一用以提醒一使用者_項 有待執行之活動之便條紙，該便條紙包括—可手寫表面、 一使用者可啟動定時器，及一經配置以當該定時器到期時 予以啟動之使用者警報裝置。 ❹ 利用根據本發明所提供之一便條紙，可呈現一簡單之提 醒解決方案，其可使一使用者以一簡單之方式與有待執行 之活動之截止時間保持同步。由於該解決方案係提供於一 相對不貝之便條紙上，該紙在一次使用之後可予丟棄。此 外，由於該便條紙係適於一次性使用，各項活動係甚至可 :專遞至其他與活動有關之人。此外，由於該便條紙包括一 可手寫表面’可輕易手寫記下活動，而無需借電子方式對 該紙進行程式化。此外，由於該便條紙包括一使用者可啟 疋寺器及使用者警報裝置，根據本發明之該便條紙可 發揮在一期望之時刻向使用者發出警報之功能。該便條紙 產生一可視及/或可聞警報，其提示一使用者聆聽或觀看 該警報’以實施一項活動或為實施活動做準備。 I40830.doc -4 201008793 為了以一簡單之方式暫時地將該便條紙附著至一物體， T如-牆壁或冰箱上，該便條紙較佳包括—黏性之可再附 著條帶或者，若考慮到對於該實施例較佳，該便條紙可 括用於進行附著之例如維克勞（Velcr〇)或數個磁體。該 5條紙係進—步較佳為纖薄且具彈性，展示出-種紙般感 文，使該便條紙易於存儲、操作及處理。 為了能使在一期望之時刻提供一使用者警報，該定時器 參較佳適於在距其啟動之一預定時間段，例如三天後到期。 以定時器到期時，該使用者警報被啟動，藉此提示一使 用者在要求之時刻實施一項活動或為實施該活動做準備。 此外，-預定時間段較佳可由使用者自複數個預定時間段 内選擇。利用該複數個可獲得之預定時間選項，可向該使 用者提供任意數量之可選時間段，供該使用者以一簡單之 方式自其中加以選擇。對預定時間段之選擇係可透過以各 種方法啟動該便條紙之不同區段而實施。 φ 例如，該定時器可包括一啟動區域及一偵測器，該偵測 器係用以偵測一係定位於該啟動區域與該偵測器之間之預 定長度軌道之電阻率。該定時器係適於透過開始該啟勤區 域中之該軌道電阻率之改變來啟動，且進—步適於在該偵 測器該軌道之一預定電阻率進行偵測之後到期。據此，該 定時器自啟動至到期花費之時間係可基於該軌道之長度及 該偵測器所偵測之軌道電阻率變化量而界定。此外，該定 時器可觸發一倒數計時值，其中當該倒數計時值到期時， 該定時器到期。因此，該便條紙可以一簡單之方式在該定 140830.doc 201008793 時器到期時提供一使用者警報。 該軌道可例#包括-種可降解為一種非導電材料之導電 材料，而$定時器係適於透過使該啟動區域曝露於一降解 介質中而啟動。利用此—解決方案之該實施例，可透過使 代表所期望之時間段之啟動區域曝露於空氣中來啟動該 疋時器°亥疋時器到期且隨後提供一使用者警報所花之時 間係受該軌道自-導電材料降解為一不導電材料所花時間 影響。 2者，該啟動區域可包括一充填有一種該軌道適於吸收 之流體之容器，而該定時器係適於透過在該容器上打孔使 該流體茂漏入該軌道中而啟動。根據此解決方案，可透過 對-代表該期望時間段之啟動區域進行打孔來啟動該定時 器。該流體沿該軌道擴散之時間影響該定時器到期花費之 時間，進而影響發出使用者警報進行提示之時間。 除了依靠一軌道之長度及較時器到期該軌道電阻率發 生之-變化之數個解決方案外，在其他實施例中，該便條 紙之該定時器可包括一具有一作為該定時器之—電接觸件 之可打開/可閉合導電路徑之電路。該定時器係適於透過 打開或閉合該電接觸件來啟動，且係進一步適於在偵測到 該電接觸件之一變化之後到期。透過提供數個以此方式可 打開/可閉合之電路，該便條紙之該定時器進而可隨該電 接觸件之狀態之改變而被啟動。為了支援週之時 間選項’該定時器之啟動較佳觸發一倒數計時值，藉此當 該倒數計時值到期時，該定時器則到期。 140830.doc 201008793 該電接觸件可（例如）包括一可擦除、導電材料區域，而 該定時器係適於透過擦掉該材料，藉此打開該電接觸件來 啟動。利用於該便條紙上實施之此__解決方案，該使用者 可簡單地透過擦除一代表該使用者警報期望之時刻之區域 内的材料來啟動該㈣器。因此，當較時器到期時，該 使用者警報被啟動。 或者，該電接觸件可包括兩個分離之導電層，而該定時201008793 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a note paper for reminding a user to perform an activity to be executed. [Prior Art] Note papers, such as sticky notes, are widely used to record short messages, codes, messages, and so on. Typically, the notes are then adhesively secured to one.任意 Any installation area visible to the user is intended to alert the user. Typically, such note papers are used to alert the user to an activity to be performed: as long as the number of notes is not too large, he or she may be able to keep up with the activities and perform as promptly as possible. However, in our increasingly accelerated life, the number of reminders seems to continue to increase, and this is where one has to remember the reasons why all reminders may be difficult. To help organize the activities to be implemented, a large number of electronic reminders have been introduced on the market. For example, WO 2005/071606 discloses a device that includes a smart card and a user alarm device, such as an alarm clock or flash, to alert the user at a predetermined time prior to the execution of an activity. The device of WO 2005/071606 requires a microprocessor to construct and activate an alarm, and the composition and activation of the alarm need to be programmed for the device. Therefore, while effective, this solution is quite expensive and complex. The smart card is actually limited to one user, and several activities are provided by electronic means, and in order to save costs, the smart card needs to be used for a long time. Therefore, since the device in WO 2005/071606 is costly compared to, for example, 140830.doc 201008793, it lacks flexibility in one use. Therefore, there is a need for an improved simple reminder solution that helps a user maintain a synchronization with the cut-off time of an activity to be performed, which can be discarded after _ use. SUMMARY OF THE INVENTION Accordingly, the present invention is directed to providing a reminder solution of the type mentioned above in an introductory manner, in which several of the above disadvantages are eliminated in whole or at least in part. According to an aspect of the present invention, a note paper for alerting a user to an activity to be executed is provided, the note paper including a handwritten surface, a user startable timer, and a configuration to be used for the timing User alarm device that is activated when the device expires. Using a note paper provided in accordance with the present invention, a simple reminder solution can be presented that allows a user to synchronize with the deadline of the activity to be performed in a simple manner. Since the solution is provided on a relatively unattached note paper, the paper can be discarded after a single use. In addition, since the note paper is suitable for single use, the activities can even be: to other people involved in the activity. In addition, since the note paper includes a hand-written surface, the activity can be easily recorded by hand without having to electronically program the paper. In addition, since the note paper includes a user-enabled temple device and a user alarm device, the note paper according to the present invention can function to alert the user at a desired time. The note paper produces a visual and/or audible alert that prompts a user to listen to or view the alert' to perform an activity or prepare for the implementation of the event. I40830.doc -4 201008793 In order to temporarily attach the note paper to an object, such as a wall or a refrigerator, in a simple manner, the note paper preferably comprises a viscous reattachable strip or, if considered Preferably, for this embodiment, the note paper may comprise, for example, a Velcro or a plurality of magnets for attachment. The five paper strips are preferably slim and flexible, exhibiting a paper-like sensation that makes the note paper easy to store, handle and handle. In order to provide a user alert at a desired time, the timer parameter is preferably adapted to expire after a predetermined period of time, e.g., three days, from its activation. When the timer expires, the user alert is initiated, thereby prompting a user to perform an activity at the time of the request or to prepare for the implementation of the activity. Further, the predetermined time period is preferably selected by the user for a plurality of predetermined time periods. Using the plurality of available predetermined time options, the user can be provided with any number of selectable time periods for the user to select from among them in a simple manner. The selection of the predetermined time period can be implemented by activating different sections of the note paper in various ways. φ For example, the timer may include a activation area and a detector for detecting a resistivity of a predetermined length of track positioned between the activation area and the detector. The timer is adapted to be initiated by initiating a change in the track resistivity in the area of the start zone, and the step is adapted to expire after the detector has detected a predetermined resistivity of the track. Accordingly, the time it takes for the timer to start from expiration to expiration can be defined based on the length of the track and the amount of change in track resistivity detected by the detector. Additionally, the timer can trigger a countdown value that expires when the countdown value expires. Therefore, the note paper can provide a user alert in a simple manner when the timer expires. The track may include a conductive material that degrades into a non-conductive material, and the $ timer is adapted to be activated by exposing the activation region to a degradation medium. With this embodiment of the solution, the time taken for the expiration of the timer and subsequent provision of a user alert can be initiated by exposing the activation region representing the desired time period to the air. It is affected by the time taken by the orbital self-conducting material to degrade into a non-conductive material. Alternatively, the activation region can include a container filled with a fluid suitable for absorption by the track, and the timer is adapted to be activated by perforating the container to cause the fluid to leak into the track. According to this solution, the timer can be activated by puncturing the boot area representing the desired time period. The time that the fluid spreads along the track affects the time it takes for the timer to expire, which in turn affects the time at which the user alert is issued. In addition to relying on the length of a track and the number of solutions for the occurrence of the change in the track resistivity due to the expiration of the track, in other embodiments, the timer of the note paper may include one having the same as the timer. - An electrical circuit that opens/closes the conductive path of the electrical contact. The timer is adapted to be activated by opening or closing the electrical contact and is further adapted to expire after detecting a change in one of the electrical contacts. By providing a plurality of circuits that can be opened/closed in this manner, the timer of the note paper can in turn be activated as the state of the electrical contacts changes. In order to support the time of day option, the start of the timer preferably triggers a countdown value, whereby the timer expires when the countdown value expires. 140830.doc 201008793 The electrical contact can, for example, comprise an erasable, electrically conductive material region, and the timer is adapted to be activated by wiping off the material thereby opening the electrical contact. Utilizing the __ solution implemented on the note paper, the user can simply activate the device by erasing a material in the area representing the time at which the user alerts the desired time. Therefore, the user alert is activated when the timer expires. Alternatively, the electrical contact can include two separate conductive layers, and the timing
器係適於藉由按壓該電接觸件使該兩個層相互接觸，藉此 閉合該電接觸件*啟動。據此，該使用者藉由簡單地選擇 按壓-代表所要之警報時刻的區域來啟動該定時器 而啟動該使用者警報。 另一可替代方案為，該電接觸件包括一 的容器’而該定時n係適於藉 行 /體 玫出，進而閉合該電接觸件而啟動進：打孔使流體 充填流體的容器，今使用ΙΓ 方式提供之 Μ吏用者透過對相應的容器進 進而啟動該定時器可軔层、里 τ凡 斜… 了粒易選擇該期望之警報時刻且宜為一 對應之倒數計時值。因此， -、 警報被啟動“ 時’該使用者 了替換方案為，該電接緒彳生-ρ Α上The device is adapted to cause the two layers to contact each other by pressing the electrical contact, thereby closing the electrical contact* to activate. Accordingly, the user activates the user alert by simply selecting the region that represents the desired alert moment to initiate the timer. Alternatively, the electrical contact includes a container 'and the timing n is adapted to be borrowed/body lifted, thereby closing the electrical contact and actuating into a container that is perforated to fill the fluid with fluid. The user who uses the ΙΓ method can start the timer by entering the corresponding container. The granule is easy to select the desired alarm time and should be a corresponding countdown value. Therefore, - the alarm is activated "when" the user has a replacement scheme, the electrical connection is generated - ρ Α
电接觸件可包括一自并膨阪-件，而該定時器係適於 丁/脹7L 曰田使該自行膨脹元株夕 露於空氣中，谁 /服兀件之—開口曝 進而在该自行膨脹元件增加 閉合或打開該電接觸 員疋體積後The electrical contact may comprise a self-expanding device, and the timer is suitable for the Ding/Expansion 7L 曰田 so that the self-expanding element is exposed to the air, who/services the opening-opening The self-expanding element increases after closing or opening the electrical contactor volume
Jk M J, / , 動。根據此解決方案，一倕田 者藉由（例如）剝離代 使用 Μ門η -r± 之時間段之該電接觸件之认 破開口，可輕易使—白 文啤仟之一外 仃膨脹元件曝露於空氣中。當该自 140830.doc 201008793 行膨脹元件達到—預定 貝疋之體積時，由於該電接觸件係閉 S，該定時器被啟動。或 夂有依據该電路之設計，達到預 定之體積可打開而非閉合 闲13这電接觸件。隨著該接觸件之狀 態發生變化，該定眸哭妯弘4 ^ 時被啟動，因此，當該定時器到期 時，其在期望之時刻啟動 使用者警報。此外，該等使該 個別自行膨脹元件曝露於 1干曝露於空乳巾之開口可具各種大小。因 此，除了 一倒數計時值 „ # 时俚之外開σ之大小可影響該定時 益到期所花的時間。 又^—可㈣方案為，該轉可為—係提供於該便條紙 夕°Ρ刀上的電®式路# ’而該定時器係適於透過使 :作為該電接觸件之電阻式路徑斷裂，進而打開該電接觸 ==據此’該使用者可輕_—片代表所要警報 時刻之該便、條紙，藉 稽此啟動該疋時器，且宜係啟動一 的倒數計時值ο因士 Β在4〜 丁心 被啟動 ，隨者疋時器到期，對應的警報時刻 【實施方式】 jlI下文之描述及請求項中，本發明之其他態樣、益處及 具優勢之特徵將顯而易見。 自該等提供作為非限制性實例之附圖中，本發明將顯而 勿見。 之詳盡&述巾’將描述本發明之數個較佳實施 匕然而’應瞭解，除非另有其他明確說明，π同實施例 個特徵在兩個不同實施例之間係可互換且可以不同之 式加以組合。亦應留意到，為簡潔起見，該等圖式中所 >4〇83〇.d〇c 201008793 繪示之某些組件之尺寸可與本發明在實際生活中之實施例 之對應的尺寸有所不同。 圖1繪示一根據本發明之用以提醒一使用者一項有待執 行之活動之範例性便條紙1。儘管該便條紙1於此不限於纖 薄且具柔性，其仍展現出一紙般感覺。其係例如由紙張、 箔、纺織品、棉、纖薄可彎曲金屬等或其等之組合所製 成。該便條紙1包括一可手寫表面2,使用者可於該可手寫 ❹表面2上記下一或若干項他或她或甚至其他某些人需得到 提醒之活動。圖1中所繪示之該便條紙1進-步包括一黏性 之可再附著條帶5，以暫時地將該便條紙丨附接至一任意物 體諸如一佈告板（未圖示）。鑒於各种實際原因，具有黏性 之可再附著條帶5較佳係配置於該便條！之背側，即該可手 寫表面2之該相對的側上。應留意到，本發明不限於透過 一黏性之可附著條帶來進行附接，可同樣地利用例如維克 勞（Velcro)或數個磁體將便條紙〖暫時地附接至物體上。 Φ 為了實施-提醒功能’該便條紙1進-步包括一使用者 警報裝置3 ’其係包括於—定時器4中，該定時器4係適於 在距啟動一預定時間段之後到期。在圖2_8中，將更為詳 盡地描述該定時器4之不同實施例。應留意到，該等圖中 該定時器4之不同組件連接之方式係僅為範例之用且不在 於限制。此外，該定時器4相對於該可手寫表面2及該使用 者警報裝置3之配置係可改變，且該定時器4之數個層係可 以任何視為對應用合適之方式而配置。 μ 圖2繪示根據本發明之—第—實施例之—範例性定時器 140830.doc •9· 201008793 4。該係包括於該定時器4中之使用者警報裝置3此處係實 施為一包含於該便條紙}*之纖薄、柔性〇LED(有機發光 二極體）層。其他實施例可包括數個發光單元，諸如具有 數個漫射體之（側發光）LED，一般為小於丨mm厚度區域設 有數個電致發光（EL)發光單元，或發聲單元，以提供例如 一發出信號聲之功能。該OLED 3係連接至一纖薄且平坦 之電源9。使用一包含電解質作爲陽極與陰極之間之分隔 件之紙層之柔性類紙式電池可例如作為電源9 ’由於係使 用印刷機械來生產，此等電源易於製造且成本低廉，且因 _ 易於處理而有利於環保。另一選擇可為使用一薄膜電池， 諸如來自前沿技術（Front Edge technology (加州））之奈米能 量電池’其係由若干固態薄膜組成。 該OLED 3係進一步連接至一偵測器6，此偵測器6包括 若干合適之元件’諸如電阻率感測器，以偵測該偵測器6 之一輸入601處之電阻率。一包括一種可降解為非導電材 料之導電材料之具預定長度之軌道27係止於該偵測器輸入 601。例如，可使用鈣，當鈣被曝露於氧氣或水中時，其 ❹ 可降解為氧化鈣。該軌道27係嵌於兩個不可滲透基板層 (未圖不）之間，以免受外部空氣之影響。在該範例性實施 例中，邊軌道27之降解，即該軌道27之該電阻率發生變 化，係始於將其曝露於空氣中，空氣使材料沿該軌道27開 始降解。然而，應留意到，其他可行之降解替換性方案同 樣可能。該軌道27係提供於該定時器4之一部分上，該定 時裔4包括任意數置之啟動區域ea 1 _E A6，每個均由一撕 140830.doc -10- 201008793 裂線2丨所限定。該等啟動區*ea1_EA6相互之間及相對於 該偵測器6、〇LED 3及電源9之配置僅為範例之用，且其 他選擇理所當然可行。此外，該等啟動區域eai_ea6之間 之該等撕裂線21僅為範例之用，且其他可應用之替換方案 係自然地涵蓋於本發明之範圍内。 該等啟動區域EA1_EA6代表不同的使用者可選預定時間 段。較佳的是，每個區域係標識有其對應之時間選擇。圖 ❹2之該等啟動區域EA1-RA6為曝露區域，其等為個別可 選，因對應之曝露區域係可於其撕裂線21處撕掉，從而使 軌道27曝露於空氣中。該軌道27係以此一方式橫過該等曝 露區域EA1-EA6而配置’使得對個別區域之選擇導致對偵 測器6而言該轨道27之剩餘長度不同。因此，選擇個別曝 露區域導致降解達到該軌道27之端部，即該彳貞測器輸入 001處花費之時間不同。該第—至第六曝露區域EA1搞 可例如分別代表該提醒選擇為6天、5天以至〗天◎或者， 參該等曝露區域可例如分別自12小時下降至2小時。應留意 到，不同曝露區域ΕΑ1_ΕΑ6<間之時間間隔不必相等，降 解達到該軌道27之端部花費之預定時間係可基於該軌道27 係由該便條紙丨之設計者如何配置而任意界定。 在使用中，一使用者在該便條紙1上記下一項活動且透 過選擇該等曝露區域EA1_EA6中之任_者來啟動提醒功 月b垃擇係藉由按撕裂線21將該對應之曝露區域撕掉，藉 此使該轨道27曝露於空氣中而實施。當該軌道”之降解達 到該偵/則器6之該輸入601時，可偵測到該執道27之一預定 140830.doc 201008793 電阻率，於此該定時器4到期且繼而該〇led 3被啟動。根 據圖2之該實施例，該軌道27之降解達到該伯測以之該輪 入6〇1花費之時間，係等於對應於該所選曝露區域之該預 定時間段。或者，然、而，對該軌道27在該輸人咖處之一 預定電阻率之偵測可開始—倒數計時功能，藉此當該倒數 計時到該定時"㈣期。—倒數計時操作係可例如 使用一具有NE555功能性之晶片來達成。 -旦該OLED 3被啟動，則該沉肋3發出光，從而提供 一使用者警報，以實施一項記於該便條紙丨上之活動或為 實施該活動做準備。關於發射方案可由各種選擇光係可 連續發出或作為閃動光而提供，且可使用不同之光強及光 色。此外，可實施一打盹功能，致使〇LED 3反覆地切斷 及接通。 在使用之後，可將該便條紙1丟棄。為可在使用之後切 斷該OLED 3，可提供用以斷開該電池9之構件（未圖示）。 例如’可橫過一至該電池9之連接件來配置一撕裂線或一 可擦除區域’當該撕裂線或可擦除區域被使用者撕裂或擦 除時，該電池9自該OLED 3斷開。 在圖3令，顯不的為一定時4之一第二範例性實施例。 除了該等啟動區域及通往該偵測器6之數個軌道之若干特 性之外’此第二實施例之該定時器4係與於圖2中所示之該 第一實施例中之該定時器4相似，且因此關於對應之元件 及功能性之描述予以省略。 此第二實施例之該定時器4同樣地包括一 OLED 3，其係 140830.doc •12· 201008793 數個“及一侦測器6。止於偵測器輸入601處的為 數個由適於吸收流體之吸收材料製成之具有預定長度之軌 道37,其等係喪於該便條紙4之兩個保護層（未圖示）之 間。該等軌道37之配置僅為範例之用，而非限制。在該範 例性實施例中，該等執道37之電阻率之變化係始於曝露於 可沿该軌道37擴散之流體中。該等軌道_提供於該定時 盗4之-部分上，該定時器4包括任意數量之啟動區域㈤_ ㈤’每個均係連接至一個別之執_。圖3之該等啟動 區域CA1_CA6為容器區域，每個包括-充填有-種流體之 容器。言亥等容器區域CA1_CA6_別可選，料對一容器 進行打孔’使得流體茂漏入該對應的轨道37且隨著其沿該 軌道37擴散’改變該電阻率。如可於圖3中看出，該等軌 道37具有不同之長度。因此’選擇個別容器區域⑷· CA6’導致該流體達到該軌道”之端部即該伯測器輪入 _花費之時間不同。為了幫助偵測，可使用例如一惠特 斯通（Wheatstone)電橋。 在使用巾’-制者在較條⑹上記下-項活動且藉 由選擇該等容器區域CA1_CA6中之—者來啟動該提提功 能。選擇係藉由對該對應之容器進行打孔，藉此允許流體 洩漏入該對應之軌道37而實施。當該軌道37中之流體達到 該偵測器6之該輸入601時，該軌道37之一預定電阻率被偵 測到，進而該定時器4到期。藉此，該〇LED 3被啟動，提 供一關於所§己下之活動之使用者警報。 應留意到，該等個別容器中之流體之量以及該等個別軌 140830.doc •13- 201008793 道37之厚度係可改變，除了該等軌道37之長度之外，該兩 個因素亦可影響該流體擴散至該偵測器6之該輸入6〇丨花費 之時間。 在圖4中，顯示的為一定時器4之一第三範例性實施例。 此第二實施例之該定時器4係與圖2及圖3中所顯示之該第 一實施例及第二實施例中之該等定時器4相似，故關於對 應之元件及功能性之描述均予以省略。 該第三實施例之該定時器4同樣地包括一連接至一電源9 之OLED3。該OLED3係進一步連接至一倒數電路8,該倒 _ 數電路8包括數個能使不同倒數計時值得以啟動之合適之 疋件。該倒數電路8係整合於一被嵌於該便條紙丨中之導電 電路中’言亥導電電路包括-導電路徑7，而導電路徑7轉而 係叉入任意數量之選擇性導電路徑7〇1_7〇6中。配置於該 導電路徑7與每個選擇性路徑701_7〇6之間的為一個別電接 觸件SC1-SC6 ’其包括導電性材料，例如鋁箔。每個電接 觸件初始係閉合以使該電路保持於一導電狀態。圖4中之 該等電接觸件SC1-SC6為可擦除接觸件，其等為個別可 φ 選，因導電材料係可擦除，進而打開該對應之接觸件。每 個選擇性路徑701-706係連接至該倒數電路8之—個別輸入 801-806，且該等輸入係適於偵測該等對應之可擦除接觸 件sC1-SC6之打開。因此，對個別可擦除接觸件i選擇使 得不同之輸入801-806偵測該對應之接觸件之狀態之一變 化，進而每個輸入801-806觸發一不同之倒數計時值，其 對應於與所選接觸件SCI-SC6相關之時間段。 140830.doc 14 201008793 在使用令，一使用者在該便條紙i上記下一項活動且藉 由選擇該等可擦除接觸件SC1-SC6中之-者來啟動該提醒 功能。選擇係透過擦除該對應之導電材料，進而打開該對 應之接觸件來實施。對狀態變化之谓測係由該倒數電路之 該對應之輸入801_806暫存，藉此啟動該定時器4之一對應 之倒數計時值。當該倒數計時值到期時，該定時器4到 期。進而該OLED 3被啟動且開始發光。 在圖5中’所顯示的為-定時器4之一第四範例性實施 例。除了該等電接觸件之若干特性外，此第四實施例之該 定時器4係與圖4中戶斤示之該第2實施例之該定時器斗相 似，因此，關於對應元件及功能性之描述予以省略。 此第四實施例之該定時器4同樣地包括一係連接至一電 源9之OLED 3及-係整合於一包括一導電路徑7及數個選 擇性導電路徑7〇1_706之導電電路中之倒數電路8。配置於 該導電路徑7與每個選擇性路徑7〇1_7〇6之間的為一包括兩 _ 個相互分離之導電層（未圖示）之個別電接觸件PC1_PC6。 每個電接觸件初始為打開的以藉由兩個由一非導電可穿透 材料分隔之導電層使該電路維持於一非導電狀態。圖5之 該等電接觸件PC 1-PC6為壓力接觸件，其每個均為個別可 選，因對應之接觸件係可按壓，使得該兩導電層相亙接 觸’進而閉合該對應之接觸件。每個選擇性路徑1706 係連接至該倒數電路8之一個別輸入80丨·8〇6，且該等输入 係適於偵測該對應之壓力接觸件pcl_pc62 一閉合。因 此’對個別壓力接觸件之選擇導致不同之輸入8〇1_8()6偵 140830.doc •15· 201008793 測到狀態之一變化，藉此每個輸入觸發一不同之倒數計時 值，其對應於與所選接觸件pCl_PC6相關之時間。 在使用中，一使用者在該便條紙丨上記下一項活動且透 過選擇該等壓力接觸件PC 1-PC6中之一者來啟動該提醒功 能。選擇係透過使用例如一鉛筆按壓該對應之接觸件，使 得該兩分離之導電層相互接觸，從而閉合該對應之接觸件 而實施。對該接觸件之狀態之變化之偵測係由該倒數電路 之對應之輸入801-806暫存，從而啟動該定時器4之一對應 之倒數計時值。當該倒數計時值到期時，該定時器謇 期，進而該OLED3被啟動。 在圖6中，所顯示的為一定時器4之一第五範例性實施 例。除了該等電接觸件之數個特性之外，此第五實施例之 該定時器4係與圖4及圖5中所示之該第三實施例及第四實 施例中之該定時器4相似’且因此關於對應元件及功能性 之描述予以省略。 此第五實施例之該定時器4同樣地包括一係連接至一電 原9之OLED 3及一係整合於—包括一導電路徑7及數個選❹ 擇性路徑7〇1·706之導電電路中之倒數電路8。配置於該導 電路路徑7與每個選擇性路徑⑽鳩之間的為—個別電接 觸件CC1-CC6’其包括-充填流體之容器。每個電接觸件 初始係打開以使該電路維持於一不導電狀態，即「乾燥狀 態」’在該狀態下’該流體係'與該等路徑Μ福分離。圖 6之該等電接觸件CC1.CC6為容器接觸件，其等為個別可 選’因可對一接觸件打孔，使流體茂漏出，呈現一「鮮 1 I40830.doc -16 - 201008793 狀態」。該流體_入對應之路徑70ι·7〇6，因此，由於 该流體係具導電性，其閉合該對應之接觸件。每個選擇性 路徑m-7〇6係連接至該倒數電路8之_個別輸人 且該等輸入係適於偵測該對應之容器接觸件⑽-⑽之閉 合。因此，對個別容器接觸件之選擇導致不同之輸入· 到狀態之一變化，進而每個輸入觸發一不同之倒 eJk M J, /, move. According to this solution, a stalker can easily expose one of the outer swells of the white beer by, for example, peeling off the opening of the electrical contact using the η-r± period of the cardia. In the air. When the expansion element from 140830.doc 201008793 reaches the predetermined volume of the bellows, the timer is activated because the electrical contact is closed. Or 依据 Depending on the design of the circuit, a predetermined volume can be opened to open, rather than close, the electrical contact. As the state of the contact changes, the time is set to start, so when the timer expires, it initiates a user alert at the desired time. In addition, the openings that expose the individual self-expanding elements to the dry exposure to the empty wipes can be of various sizes. Therefore, in addition to a countdown value „#, the size of the opening σ can affect the time spent on the timing benefit. And ^—may (4) the scheme is that the turn can be provided on the note paper. The electric meter on the trowel #' and the timer is adapted to: break the resistive path as the electrical contact, thereby opening the electrical contact == according to this, the user can lightly represent The alarm time, the strip of paper, the start of the timer, and it is appropriate to start a countdown value ο 士 士 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在</ RTI> </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The detailed description of the present invention will be described with respect to several preferred embodiments of the present invention. However, it should be understood that the π-embodiment features are interchangeable between two different embodiments unless otherwise specifically stated otherwise. And can be combined in different ways. It should also be left By the way, for the sake of brevity, the dimensions of some of the components shown in the drawings >4〇83〇.d〇c 201008793 may differ from the dimensions of the embodiments of the present invention in real life. 1 illustrates an exemplary note paper 1 for reminding a user of an activity to be performed in accordance with the present invention. Although the note paper 1 is not limited to being thin and flexible, it still exhibits a paper. It is made, for example, of paper, foil, textile, cotton, slim and bendable metal, etc., or a combination thereof, etc. The note paper 1 includes a hand-written surface 2 on which the user can write The surface 2 records one or more items that he or she or some other person needs to be reminded. The note paper 1 shown in FIG. 1 includes a viscous reattachable strip 5 to Temporarily attaching the note paper cassette to an arbitrary object such as a billboard (not shown). For various practical reasons, the viscous reattachable strip 5 is preferably disposed on the back side of the note! That is, on the opposite side of the handwritten surface 2. It should be noted that the invention is not limited Attachment is carried out through a viscous attachable strip, and the note paper can be temporarily attached to the object using, for example, Velcro or a plurality of magnets. Φ For implementation-alert function The note paper 1 step-by-step includes a user alarm device 3' which is included in the timer 4, which is adapted to expire after a predetermined period of time from activation. In Figure 2-8, Different embodiments of the timer 4 are described in detail. It should be noted that the manner in which the different components of the timer 4 are connected in the figures is for illustrative purposes only and not limiting. In addition, the timer 4 is relative to the The configuration of the handwritten surface 2 and the user alarm device 3 can vary, and the number of layers of the timer 4 can be configured in any manner deemed appropriate for the application. [Fig. 2] - Example - Exemplary Timer 140830.doc • 9· 201008793 4. The user alarm device 3 included in the timer 4 is embodied as a thin, flexible 〇LED (organic light-emitting diode) layer included in the note paper**. Other embodiments may include a plurality of illumination units, such as (side-emitting) LEDs having a plurality of diffusers, typically having a plurality of electroluminescent (EL) illumination units, or sounding units, in a region less than a thickness of 丨mm to provide, for example, A function that emits a signal. The OLED 3 is connected to a thin and flat power source 9. A flexible paper-like battery using a paper layer comprising an electrolyte as a separator between the anode and the cathode can be produced, for example, as a power source 9' because it is produced using a printing machine, which is easy to manufacture and low in cost, and is easy to handle due to _ And is conducive to environmental protection. Another option would be to use a thin film battery, such as a nano energy battery from Front Edge technology (California) which is composed of several solid films. The OLED 3 is further coupled to a detector 6, which includes a plurality of suitable components, such as resistivity sensors, to detect the resistivity at one of the inputs 601 of the detector 6. A track 27 of predetermined length including a conductive material that is degradable to a non-conductive material terminates at the detector input 601. For example, calcium can be used, and when calcium is exposed to oxygen or water, its hydrazine can be degraded to calcium oxide. The track 27 is embedded between two impermeable substrate layers (not shown) to protect it from outside air. In this exemplary embodiment, the degradation of the edge track 27, i.e., the resistivity of the track 27, begins by exposing it to air, which causes the material to begin to degrade along the track 27. However, it should be noted that other viable degradation alternatives are equally possible. The track 27 is provided on a portion of the timer 4, which includes any number of firing zones ea 1 _E A6, each defined by a tear line 182830.doc -10- 201008793 split line 2丨. The configuration of the boot areas *ea1_EA6 with respect to each other and with respect to the detector 6, the LED 3 and the power supply 9 is merely exemplary, and other options are of course possible. Moreover, the tear lines 21 between the start regions eai_ea6 are for illustrative purposes only, and other applicable alternatives are naturally encompassed within the scope of the present invention. The start areas EA1_EA6 represent different user selectable time periods. Preferably, each zone identification has its corresponding time selection. The starting areas EA1-RA6 of Fig. 2 are exposed areas, which are individually selectable, since the corresponding exposed areas can be torn off at their tear line 21, thereby exposing the track 27 to the air. The track 27 is configured in such a manner as to traverse the exposed areas EA1-EA6 such that selection of individual areas results in a different length of the track 27 for the detector 6. Therefore, the selection of individual exposure areas results in degradation reaching the end of the track 27, i.e., the time spent at the detector input 001 is different. The first to sixth exposure areas EA1 may, for example, represent that the reminder is selected to be 6 days, 5 days, or even days ◎, respectively, or the exposure areas may be lowered, for example, from 12 hours to 2 hours, respectively. It should be noted that the time intervals between the different exposure zones ΕΑ1_ΕΑ6<<>> need not be equal, and the predetermined time taken to reduce the end of the track 27 can be arbitrarily defined based on how the track 27 is configured by the designer of the note book. In use, a user writes an activity on the note paper 1 and selects one of the exposure areas EA1_EA6 to activate the reminder function month by selecting the corresponding line by pressing the tear line 21. The exposed area is torn off, whereby the track 27 is exposed to the air for implementation. When the degradation of the track reaches the input 601 of the Detector 6, one of the trajectories 27 can be detected to have a resistivity of 140830.doc 201008793, where the timer 4 expires and then the 〇led 3 is activated. According to this embodiment of Fig. 2, the degradation of the track 27 reaches the time taken for the test to enter the turn, which is equal to the predetermined time period corresponding to the selected exposure area. However, the detection of the predetermined resistivity of the track 27 at the input of the person can be started - a countdown function, whereby when the countdown reaches the timing " (four) period. - the countdown operation can be, for example Using a wafer having NE555 functionality. Once the OLED 3 is activated, the rib 3 emits light to provide a user alert to perform an activity recorded on the note or for implementation. The activity is prepared. The emission scheme can be continuously emitted by various selective light systems or provided as flashing light, and different light intensity and light color can be used. In addition, a snoring function can be implemented, so that the 〇LED 3 is repeatedly cut. Broken and connected. In use The note paper 1 can be discarded. To sever the OLED 3 after use, a member (not shown) for disconnecting the battery 9 can be provided. For example, 'a connector can be traversed to the battery 9 Configuring a tear line or an erasable area 'When the tear line or erasable area is torn or erased by the user, the battery 9 is disconnected from the OLED 3. In Figure 3, the display is omitted. a second exemplary embodiment of a certain time 4. In addition to the characteristics of the start-up area and the plurality of tracks leading to the detector 6, the timer 4 of the second embodiment is similar to the figure. The timer 4 in the first embodiment shown in Fig. 2 is similar, and thus the description of the corresponding elements and functions is omitted. The timer 4 of the second embodiment likewise includes an OLED 3, which Department 140830.doc •12· 201008793 Several “and one detector 6”. At the detector input 601 are a plurality of tracks 37 of predetermined length made of an absorbent material suitable for absorbing fluid, which are otherwise lost between the two protective layers (not shown) of the note paper 4. . The configuration of the tracks 37 is for illustrative purposes only and is not limiting. In this exemplary embodiment, the change in resistivity of the lanes 37 begins with exposure to a fluid that can diffuse along the track 37. The tracks are provided on the portion of the timed thief 4, and the timer 4 includes any number of boot areas (five) _ (five)' each connected to a different _. The start zones CA1_CA6 of Figure 3 are container zones, each comprising a container filled with a fluid. The container area CA1_CA6_, such as Yanhai, may alternatively be selected to perforate a container such that the fluid leaks into the corresponding track 37 and changes as it spreads along the track 37. As can be seen in Figure 3, the tracks 37 have different lengths. Therefore, 'selecting the individual container area (4) · CA6' causes the fluid to reach the end of the track", that is, the time taken by the detector to take a different time. To help detect, for example, a Wheatstone power can be used. The picking function is initiated by the use of the towel's note on the bar (6) and by selecting the container area CA1_CA6. The selection is made by punching the corresponding container. Thereby allowing fluid to leak into the corresponding track 37. When the fluid in the track 37 reaches the input 601 of the detector 6, a predetermined resistivity of the track 37 is detected, and the timing is further The device 4 expires. Thereby, the LED 3 is activated to provide a user alert regarding the activities of the §. It should be noted that the amount of fluid in the individual containers and the individual tracks 140830.doc • 13- 201008793 The thickness of track 37 can vary, except for the length of the tracks 37, which can also affect the time it takes for the fluid to diffuse to the input 6 of the detector 6. In 4, one of the timers 4 is displayed. The third exemplary embodiment. The timer 4 of the second embodiment is similar to the timers 4 of the first embodiment and the second embodiment shown in FIG. 2 and FIG. 3, so The description of the components and the functions are omitted. The timer 4 of the third embodiment likewise includes an OLED 3 connected to a power source 9. The OLED 3 is further connected to a countdown circuit 8, which includes A plurality of suitable components that enable different countdowns to be started. The countdown circuit 8 is integrated into a conductive circuit embedded in the note stack. The conductive circuit includes a conductive path 7, and the conductive path 7 is switched into any number of selective conductive paths 7〇1_7〇6. Between the conductive path 7 and each of the selective paths 701_7〇6 is an electrical contact SC1-SC6' which includes a conductive material, such as an aluminum foil. Each electrical contact is initially closed to maintain the electrical circuit in a conductive state. The electrical contacts SC1-SC6 in Figure 4 are erasable contacts, which are individually φ Select, because the conductive material is erasable, and then The corresponding contacts are opened. Each of the selective paths 701-706 is connected to the individual inputs 801-806 of the countdown circuit 8, and the inputs are adapted to detect the corresponding erasable contacts sC1- The opening of SC6. Therefore, the selection of the individual erasable contacts i causes the different inputs 801-806 to detect a change in the state of the corresponding contact, and each input 801-806 triggers a different countdown value, It corresponds to the time period associated with the selected contact SCI-SC6. 140830.doc 14 201008793 In the use order, a user writes an activity on the note i and selects the erasable contacts SC1 - In the SC6 - to activate the reminder function. The selection is performed by erasing the corresponding conductive material and opening the corresponding contact. The pre-measurement of the state change is temporarily stored by the corresponding input 801_806 of the reciprocal circuit, thereby initiating a countdown value corresponding to one of the timers 4. When the countdown value expires, the timer 4 expires. The OLED 3 is then activated and begins to emit light. A fourth exemplary embodiment of one of the timers 4 is shown in FIG. In addition to the characteristics of the electrical contacts, the timer 4 of the fourth embodiment is similar to the timer bucket of the second embodiment shown in FIG. 4, and therefore, with respect to the corresponding components and functionality. The description is omitted. The timer 4 of the fourth embodiment likewise includes a reciprocal of the OLED 3 and the system connected to a power source 9 integrated in a conductive circuit including a conductive path 7 and a plurality of selective conductive paths 7〇1_706. Circuit 8. Disposed between the conductive path 7 and each of the selective paths 7〇1_7〇6 is an individual electrical contact PC1_PC6 comprising two mutually separated conductive layers (not shown). Each electrical contact is initially open to maintain the circuit in a non-conducting state by two conductive layers separated by a non-conductive, permeable material. The electrical contacts PC 1-PC6 of FIG. 5 are pressure contacts, each of which is individually selectable, because the corresponding contacts are pressable such that the two conductive layers are in contact with each other to thereby close the corresponding contacts. Pieces. Each selective path 1706 is coupled to an individual input 80 丨 · 8 〇 6 of the reciprocal circuit 8 and is adapted to detect that the corresponding pressure contact pcl_pc 62 is closed. Therefore 'the choice of individual pressure contacts results in a different input 8〇1_8()6 Detect 140830.doc •15· 201008793 A change in one of the detected states, whereby each input triggers a different countdown value, which corresponds to The time associated with the selected contact pCl_PC6. In use, a user writes an activity on the note pad and activates the alert function by selecting one of the pressure contacts PC 1-PC6. The selection is performed by pressing the corresponding contact member using, for example, a pencil such that the two separate conductive layers are in contact with each other to close the corresponding contact member. The detection of the change in state of the contact is temporarily stored by the corresponding input 801-806 of the countdown circuit to initiate a countdown value corresponding to one of the timers 4. When the countdown value expires, the timer expires and the OLED 3 is activated. In Fig. 6, a fifth exemplary embodiment of a timer 4 is shown. In addition to the several characteristics of the electrical contacts, the timer 4 of the fifth embodiment is the same as the timer 4 of the third embodiment and the fourth embodiment shown in FIGS. 4 and 5. Similar 'and thus the description of the corresponding elements and functionality is omitted. The timer 4 of the fifth embodiment similarly includes an OLED 3 connected to an electrogen source 9 and a series of conductive circuits including a conductive path 7 and a plurality of selective paths 7〇1·706. The reciprocal circuit 8 in the circuit. Disposed between the conductive circuit path 7 and each of the selective paths (10) are - individual electrical contacts CC1-CC6' which comprise - a fluid-filled container. Each electrical contact is initially opened to maintain the circuit in a non-conducting state, i.e., "dry state" in which the flow system is separated from the paths. The electrical contacts CC1.CC6 of Fig. 6 are container contacts, and the likes are individually selectable because the holes can be perforated to cause the fluid to leak out, presenting a "fresh 1 I40830.doc -16 - 201008793 state. "." The fluid_into the corresponding path 70i·7〇6, therefore, because the flow system is electrically conductive, it closes the corresponding contact. Each of the selective paths m-7〇6 is coupled to the individual input of the reciprocal circuit 8 and is adapted to detect the closure of the corresponding container contacts (10)-(10). Therefore, the choice of individual container contacts results in a change in one of the inputs to the state, and each input triggers a different e
數计時值，此倒數計時值對應於與所選接觸件CCL相 關之該時間段。 在使用中，一使用者在該便條紙丨上記下一項活動且透 =選擇該等容器接觸件CC1_CC6中之—者來啟動該提醒功 月匕選擇係可由對該對應之容器進行打孔使該導電流體浪 出▲進而閉合该對應之接觸件而實施。對該接觸件之狀態 之變化之偵測係由該倒數電路之該對應之輸入8〇1_8〇6所 暫存，進而啟動該定時器4之一對應之倒數計時值。當該 4 J數Di時值到期時，該定時器4到期，進而該3被啟 動。 圖71示根據本發明之一第六實施例之一範例性定時器 4除了該等電接觸件之數個特性之外，此第六實施例之 '亥疋時器4係與圖4至圖6中所示之第三至第六實施例之該 疋時器4相似，且因此關於對應之元件及功能性之描逃予 以省略。 此第六實施例之該定時器4同樣地包括一係連接至一電 源9之0LED 3及一係整合於一包括一導電路徑7及數個選 擇丨生導電路徑701-706之導電電路中之倒數電路8。配置於 140830.doc •17- 201008793 該導電路徑7與每個選擇性路徑7()ι福之間的為一個別電 接觸件EC1_EC6,其包括一嵌入式自行膨脹元件，諸如放 |#靠近兩個分離之導電層（未圖示）。因此，該等電接觸 件初始係打開以使該電路維持—不導電狀態。圖7之該等 電接觸件EC1-EC6為曝露接觸件，其等為個別可選，因一 使用者可使-電接觸件之—開口 7 i 7 6曝露於空氣中以開 始使該對應之自行膨脹元件發生膨脹，使得該等層相互接 觸進而备β亥自行膨脹元件達到一預定體積時閉合該對應 之接觸件。該等開口 71，可例如為剝離式開〇，可由一 使用者輕易剝離。每個選擇性路徑7〇卜7〇6係連接至該倒 數電路8之一個別輸入8〇 i _8〇6，且該等輸入係適於偵測該 對應之容器接觸件EC1_EC6之閉合。因此，對該個別曝露 接觸件之選擇導致不同之輪入8〇18〇6偵測到該接觸件之 狀L之變化，藉此每個輸入觸發一不同之倒數計時值， 其對應於與所選接觸件EC1-EC6相關之時間段。 在使用中’ 一使用者在該便條紙1上記下一項活動且透 過選擇該等曝露接觸件EC1-EC6中之一者來啟動該提醒功 能。選擇係可透過使該對應之自行膨脹元件之開口 71_76 曝露於空氣中來使該自行膨脹元件開始膨脹，進而當該自 行膨張元件達到上文所析之一預定體積時閉合該對應之接 觸件。狀態之變化之偵測係由該倒數電路8之該對應之輸 入801-806暫存，進而啟動該定時器4之一對應之倒數計時 值°當該倒數計時值到期時，該定時器4到期，進而該 OLED 3被啟動。 140830.doc • 18 - 201008793 除了該等曝露接觸件E C1 · E C 6初始係開口之情形外 反地其等可為閉合的。例如，透過在兩個導電I< 供右干自订膨脹元件，此解決方案為可行的。該等接觸件 EC1-EC6可初始為pj人认· 〇 ^ 為閉a的，且一兀件自行膨脹至— 積可造成該對應之接㈣打開而非^。 體 或者，在不同之曝露接觸件犯-阶之間，該等開口 71_ 76之大小可變動。以此方式’自行膨脹之時間段發生變 ❹=’除了-倒數計時值之外m彡響該定時以到期所 化之時間。 圖81 會示根據本發明之-第七實施例之範例性定時器4β 除了該等電接觸件及數個通往該倒數電路8之路徑之若干 特性之^卜，此第七實施例之該定時器4係與圖4至圖7所示 之該第二至第五實施例之該定時器4相似，且因此省略關 於該等對應之元件及功能性之描述。 該第七實施例之該定時器4同樣包括_連接至一電源9之 ® 3及包括數個能使不同倒數計時值啟動之合適元 件的倒數電路8。該倒數電路8係整合於任意數量之被嵌於 錢條紙1(諸如-薄碳層（未顯示））中的導電路徑_ 中。邊等路控81·86(其每個均係設於該便條紙}之至少一部 分上）具有電阻性，且每個路徑初始為一閉合電路。沿每 個電阻式路控81-86某處而配置者為一個別電接觸件rci_ 其每個由_裂線21所限制。數個撕裂線Μ之限界 係如先前表述僅為範例之用，且其他可應用替換案係自然 地由本發明之範圍所涵蓋。圖8之該等電接觸件Rci· 140830.doc -19- 201008793 為斷裂接觸件，其等為個別可選，因—斷裂接觸件係可於 其對應之撕裂線21處撕掉，藉此使⑽如W層破裂，致使 該對應之電阻式路徑81-86打開。.或者，該等電接觸件可 經配置使得該等接觸件摺疊而非打開。 每個電阻式路;fe8l_86係、連接至該倒數電路8之—個別輸 入811-816，且該等輸入係適於偵測該對應之斷裂接觸件 RC6之打開。因此，對個別斷裂接觸件之選擇導致不 同之輸入811-816偵測到一變化，藉此每個輸入觸發一不 同之倒數計時值，其對應於與所選接觸件尺^劣以相關之 該時間段。 在使用中’ 一使用者在該便條紙1上記下一項活動且 透過選擇該等斷裂接觸件RC1_RC6*之一者來啟動該提醒 功能。選擇係可透過按該對應之斷裂接觸件之撕裂線21來 撕掉該斷裂接觸件’進而打開該對應之接觸件而實施。變 化之偵測係由該倒數電路8之該對應輸入8ΐι_816暫存，進 而啟動該定時器4之一對應之倒數計時值。當該倒數計時 值到期時，該定時器4到期，進而該〇LED 3被啟動。 因此’如上文已描述者’根據本發明之一便條紙1代表 一幫助一個人跟上有待執行之活動之截止時間之改良的簡 單提醒解決方案，該便條紙在一次使用之後可予丟棄。 儘管本發明已針對不同之實施例來描述，熟悉此項技術 者應瞭解，其他進一步替換方案亦可行。例如，上文所討 論之該等不同實施例之該等特徵可自然地以許多其他方式 加以組合。應留意到，例如，儘管上述實施例中僅實施了 140830.doc -20- 201008793 一個使用者警報裝置3’本發明不限於 乃不限於此。若設計者認爲 更可取，該便條紙1可同樣地包括複數個裝置3。 同時，本發明之定時器亦可用於除上述之具有該可手寫 表面之便條紙之外之其他應用或產品，諸如用於證件、票 據等中。同時，提供該等定時器本質上係可設想。" 熟悉此項技術者應瞭冑，在不背離本發明之精神下，可 使用數個與上述此等便條紙相似之替換案，且需視所有此The count value, which corresponds to the time period associated with the selected contact CCL. In use, a user writes an activity on the note pad and selects one of the container contacts CC1_CC6 to activate the reminder function. The selection may be performed by punching the corresponding container. The conductive fluid is undone and further closed by the corresponding contact. The detection of the change in the state of the contact is temporarily stored by the corresponding input 8〇1_8〇6 of the countdown circuit, thereby initiating a countdown value corresponding to one of the timers 4. When the value of the 4 J number Di expires, the timer 4 expires and the 3 is started. Figure 71 is a diagram showing an exemplary timer 4 in accordance with a sixth embodiment of the present invention. In addition to the several characteristics of the electrical contacts, the sixth embodiment of the sixth embodiment is shown in Figure 4 to Figure 4 The timers 4 of the third to sixth embodiments shown in FIG. 6 are similar, and thus the description of the corresponding components and functions is omitted. The timer 4 of the sixth embodiment likewise includes an OLED 3 connected to a power source 9 and a system integrated in a conductive circuit including a conductive path 7 and a plurality of selected twin conductive paths 701-706. Countdown circuit 8. Configured at 140830.doc • 17- 201008793 The conductive path 7 and each of the selective paths 7 () is a different electrical contact EC1_EC6, which includes an embedded self-expanding element, such as | Separate conductive layers (not shown). Therefore, the electrical contacts are initially opened to maintain the circuit in a non-conducting state. The electrical contacts EC1-EC6 of Figure 7 are exposed contacts, which are individually selectable, as a user can expose the opening 7 i 7 6 of the electrical contacts to the air to begin the corresponding The self-expanding element expands such that the layers contact each other and the corresponding contact is closed when the beta self-expanding element reaches a predetermined volume. The openings 71 can be, for example, a peel-off opening that can be easily peeled off by a user. Each of the selective paths 7 is connected to an individual input 8 〇 i _8 〇 6 of the countdown circuit 8, and the inputs are adapted to detect the closure of the corresponding container contact EC1_EC6. Therefore, the selection of the individual exposed contacts results in a different wheeling 8〇18〇6 detecting a change in the shape L of the contact, whereby each input triggers a different countdown value, which corresponds to Select the time period associated with the contacts EC1-EC6. In use, a user writes an activity on the note paper 1 and activates the alert function by selecting one of the exposure contacts EC1-EC6. The selection system can cause the self-expanding element to begin to expand by exposing the corresponding opening 71_76 of the self-expanding element to the air, thereby closing the corresponding contact member when the self-expanding element reaches a predetermined volume as determined above. The detection of the change of the state is temporarily stored by the corresponding input 801-806 of the countdown circuit 8, thereby starting the countdown value corresponding to one of the timers 4. When the countdown value expires, the timer 4 Expiration, and the OLED 3 is activated. 140830.doc • 18 - 201008793 In addition to the case where the exposed contacts E C1 · E C 6 are initially open, they may be closed. For example, this solution is feasible by providing a right-drying custom expansion element in two conductive I<. The contacts EC1-EC6 can be initially pj · ^ 为 ^ is closed, and a member self-expands to - product can cause the corresponding connection (four) to open instead of ^. Alternatively, the size of the openings 71_76 may vary between different exposure contacts. In this way, the period of self-expansion changes ’ = 'except for the countdown value, m sings the timing to expire. Figure 81 shows an exemplary timer 4β according to the seventh embodiment of the present invention. In addition to the characteristics of the electrical contacts and the paths leading to the countdown circuit 8, the seventh embodiment The timer 4 is similar to the timer 4 of the second to fifth embodiments shown in FIGS. 4 to 7, and thus the description of the corresponding elements and functions is omitted. The timer 4 of the seventh embodiment also includes a reciprocal circuit 8 connected to a power supply 9 and a plurality of suitable components including a plurality of different countdown values. The reciprocal circuit 8 is integrated into any number of conductive paths _ embedded in the money strip 1 (such as a thin carbon layer (not shown). Edges 81.86 (each of which is disposed on at least a portion of the note sheet) are resistive and each path is initially a closed circuit. Along with each of the resistive path controls 81-86, the configurator is a separate electrical contact rci_ each limited by the _clip line 21. The boundaries of several tear lines are as exemplified in the previous description, and other applicable alternatives are naturally covered by the scope of the present invention. The electrical contacts Rci. 140830.doc -19- 201008793 of Fig. 8 are broken contacts, which are individually selectable, since the broken contact can be torn off at its corresponding tear line 21, whereby Breaking (10) as the W layer causes the corresponding resistive path 81-86 to open. Alternatively, the electrical contacts can be configured such that the contacts fold rather than open. Each of the resistive paths; fe8l_86 is connected to the individual circuits 811-816 of the reciprocal circuit 8, and the inputs are adapted to detect the opening of the corresponding broken contact RC6. Thus, the selection of individual fracture contacts results in a change in the different inputs 811-816, whereby each input triggers a different countdown value that corresponds to the selected contact gauge. period. In use, a user writes an activity on the note paper 1 and activates the reminder function by selecting one of the broken contacts RC1_RC6*. The selection system can be implemented by tearing the fracture contact member by the tear line 21 of the corresponding fracture contact member and opening the corresponding contact member. The detection of the change is temporarily stored by the corresponding input 8ΐι_816 of the countdown circuit 8, thereby initiating a countdown value corresponding to one of the timers 4. When the countdown value expires, the timer 4 expires and the 〇LED 3 is activated. Thus, as described above, the note paper 1 represents a simple reminder solution to help a person keep up with the deadline for an activity to be performed, which can be discarded after a single use. Although the invention has been described in terms of various embodiments, those skilled in the art will appreciate that other further alternatives are possible. For example, such features of the various embodiments discussed above may naturally be combined in many other ways. It should be noted that, for example, although only one of the above embodiments is implemented, 140830.doc -20- 201008793, a user alarm device 3' is not limited to the invention. The note paper 1 can likewise comprise a plurality of devices 3 if the designer deems it preferable. At the same time, the timer of the present invention can also be used in applications or products other than the above-described note paper having the hand-writable surface, such as in documents, tickets, and the like. At the same time, the provision of such timers is essentially conceivable. " Those skilled in the art should be able to use several alternatives similar to those described above without departing from the spirit of the invention.
等修改為本發明之-部分’如該等附加請求項所界定的。 【圖式簡單說明】 圖1顯示根據本發明之一範例性便條紙； 圖2根據一第一實施例更為詳盡地繪示圖丨之該定時器； 圖3根據一第二實施例更為詳盡地繪示圖丨之該定時器； 圖4根據一第三實施例更為詳盡地繪示圖丨之該定時器； 圖5根據一第四實施例更為詳盡地繪示圖丨之該定時器； 圖6根據一第五實施例更為詳盡地繪示圖丨之該定時器； 圖7根據一第六實施例更為詳盡地繪示圖1之該定時器；及 圖8根據一第七實施例更為詳盡地繪示圖1之該定時器。 【主要元件符號說明】 1 便條紙 2 可手寫表面 3 使用者警報裝置（OLED) 4 定時器 5 黏性可再附著條帶 6 偵測器 140830.doc -21 - 201008793 7 導線路徑 8 倒數電路 9 電源 21 撕裂線 27 軌道 37 軌道 71-76 開口 81-86 導電路徑 601 债測器6之輸入 701-706 選擇性導電路徑 801-806 倒數電路之輸入 811-816 倒數電路之輸入 CA1-CA6 啟動區域 CC1-CC6 電接觸件 EA1-EA6 啟動區域 EC1-EC6 電接觸件 PC1-PC6 電接觸件 RC1-RC6 電接觸件 SC1-SC6 電接觸件 140830.doc 22-And the like is a modification of the invention as defined in the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 shows an exemplary note paper according to the present invention; FIG. 2 shows the timer of FIG. 2 in more detail according to a first embodiment; FIG. 3 is further illustrated in accordance with a second embodiment. The timer of the figure is shown in detail; FIG. 4 is a more detailed diagram of the timer according to a third embodiment; FIG. 5 is a more detailed view of the figure according to a fourth embodiment. FIG. 6 is a more detailed diagram of the timer according to a fifth embodiment; FIG. 7 is a more detailed diagram of the timer of FIG. 1 according to a sixth embodiment; and FIG. The seventh embodiment shows the timer of FIG. 1 in more detail. [Main component symbol description] 1 Note paper 2 Handwritten surface 3 User alarm device (OLED) 4 Timer 5 Sticky reattachable strip 6 Detector 140830.doc -21 - 201008793 7 Wire path 8 Countdown circuit 9 Power supply 21 Tear line 27 Track 37 Track 71-76 Opening 81-86 Conducting path 601 Input of Detector 6 701-706 Selective conductive path 801-806 Input of the reciprocal circuit 811-816 Input of the reciprocal circuit CA1-CA6 Start Area CC1-CC6 Electrical Contact EA1-EA6 Startup Area EC1-EC6 Electrical Contact PC1-PC6 Electrical Contact RC1-RC6 Electrical Contact SC1-SC6 Electrical Contact 140830.doc 22-