200915150 九、發明說明： 【發明所屬之技術領域】 本發明係有關於-種自動頁數_器。特默有關於 每一頁之感測板，而電感器陣列在感測板之下方之自 測器’由LC振盡器之反鑛回路決定書上那—頁被 ' ^ 【先前技術】 自動頁數感測器經常用於一種電子閱讀奎，雷早盒早一 包含語音合成之書，能由-揚聲器讀出書上内容，由^際出版 公司（Publication International Ltd·)出版之「故事蚩讀者 (story reader)」是一種具有自動頁數感測器功能之技 術’此先前技術利用許多磁鐵及閱讀開關當作自動頁數感測器 之感測。當-片磁鐵接近-個職關’閱讀關之兩個接點 即閉合。由測定電子書内之每一閱讀開關之狀態，即可決定書 上那頁被翻開，此技術之缺點是閱讀開關之價格昂貴。另 外，磁鐵之厚度太厚而不方便嵌入在電子書上。 「另一先釗技術具有自動頁數感測器功能之一種電子書，為 「接觸力（Power Touch)」’由麥特加拿大公司（Mattel Canada200915150 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to an automatic page number device. There is a sensor board for each page, and the self-tester of the inductor array below the sensing board is determined by the anti-mine circuit of the LC oscillating device. Page _ ^ [Previous] Automatic The page number sensor is often used for an electronic reading Kui, and the Lei Xian box contains a book of speech synthesis. The contents of the book can be read by the speaker, and the story is published by Public International Publishing Co., Ltd. (Publication International Ltd.). The "story reader" is a technique with automatic page number sensor functionality. This prior art utilizes many magnets and read switches as sensing for an automatic page number sensor. When the - piece magnet is close to a job, the two contacts of the reading off are closed. By measuring the state of each reading switch in the e-book, it can be determined that the page on the book is flipped open. The disadvantage of this technique is that the reading switch is expensive. In addition, the thickness of the magnet is too thick to be easily embedded in the e-book. "Another e-book with an automatic page sensor function is an e-book called "Power Touch" by Mattel Canada.
Inc.)生產。於此種產品中，係利用光感測技術。一個感測器 包合一個紅外線發光二極體及一對感光電晶體，在電子書上每 :頁之特定位置鍍一層反光材料。此反光材料可反射來自發光 一巧體之紅外線給感光電晶體。將感光電晶體之狀態輸入微處 理，’即可決定書上那一頁被翻開。因利用發光二極體及感光 電晶體，此技術亦不價廉。而且，來自周圍環境之光可影響感 光電晶體而作出錯誤之感測。 還有一種先前技術為授予本發明人之美國專利申請案第 200915150 =65,彻號之技術，倾術利用—塊磁鐵及 以 ，測器，的，磁鐵之厚度太厚而 g口 致電感器之電感改變。即使磁鐵已離開電】 電感仍不能回到原來之值，而且振盪器之通電感益之 之距離有關’亦與磁鐵與感啦伽之歷^^^ 使決疋磁鐵與感測器之接近更加困難。 文有關而 【發明内容】 降低因此本發明之㈣在提供-種自動魏感卿，使其售價 周圍種自動頁數感測器’使其不受 書上ί更供—種自動頁數感測器，使在電子 ”本發明之技術係利用廉價之感測板 态。一個電感器置於lc振盪器之反饋回路卜作感測 於振盪器之輸入，嫩容則置於 :c器置 感及電容器之電容決定振盈器之頻率之輪出。電感器之電 振逢並改變 即可測定。 科料，感謝錢近電感器 感測板可為反磁性材料例如銅、鋁、 為鐵磁性材制域及亞鐵。残#n °感測板可 性材料做狀錄反磁性或鐵磁 ，了設計具有自動頁數感測;之電子書； 頁以每頁不同位置嵌入一每只 '隹電子書之母一 書爽⑽der)内。當書合上4時器陣列裝在 測板。當書打開’部分感測板將自對 200915150 離將改變。對應於感測板之陣列梅哭陣 連接到微處理器之輸入。 上母振盧為之輸入 將振盪器之輸出連接到微處理器之輸入，每一振 率改變由微處理n處理。在微處㈣處 :即可決定。由感測板之狀態即可決定書:的 管由ΐ微處理11關用—個計數器來計 I一㈣ 來之輸t頻率。微處理器掃描每一振蘯器之輸 琴内ϋmH。計#之結果以NX儲存在微處理器之記錄 益内什數μ係與一個參數計數NR比較。參 之城—鑛處理奸外 1數^為Ϊ處理器在系統之電源⑽時開始計數之計數NX。 依系、统之應用而定，不同之振盈器可有不同之 ^ 一 ^ 纟較舣及陬對應於每—個振盪器，即可決定書上 磁。在選擇感測板時，避免選擇，致在電感器内之 磁％形成磁滯效應之材料。 、 最伟ϋ明之以上及#他目的及伽參相下之參照圖示及 取佳實施例之說明而更易完全瞭解。 【實施方式】 百^t電子書是玩具’使小軒縫聽書上每-^時之1次改變’書中揚聲器之聲音必須 並通知電子書之語音合成ic。語音合成π將由揚 聲盗輸出對應於該頁之内容。 j發明之7個電子書之實施例包括至少一個感測板陣 個電感器陣列，兩個振盪器及一個微處理器。 反磁性材料及鐵磁性材料皆可用於當做感測板。不同材料 200915150 僅導致不同等級及不同方向之解改變，町之祕將以 性材料當作感測板來敘述。 請參考第1圖。第1圖係依據本發明之—實施例之電子蚩 及每了頁具有二個感測板之書夾之示意圖。電子書包含兩個^ 份：第-部份為書夾應，具有電感器陣列，電子零件及pc 板。^部分為電子書102，書上每一頁具有感測板1〇3。 弟2圖為依據本發明之—實施例之書 器陣列之示意圖。當書合起來置於書夾謝上， 感測板剛好位於一個電感器2〇2上面。 書之佩職當做魏扣改變電子 Ϊ 明之—實施例之—飢C振盪器。振盪 琴303 ^個3〇1 ’ —個電感器302，一個輸入電容 ;電感_之電 電感器302之間的距離影響。 料又制板305與 中。第為4了^==數’可使用M個振盪器在一個系統 U之^ Ϊ Γ之—實施例有__之自動頁數 基振i器402，Μ個振測器400包括一個時 及-個微處理器侧。時感測板似至42M 理器401之振盈器。Lc “ 402為提供系、统時鐘給微處 _之電感器之=為當作自纖^ ；LC 4U i, 41M ^ 電感器。若感顺與電感器間之距離改變 頻率之改變將i微處理微處理器之輸入， 。401汁异及處理。在微處理器4〇丨處 200915150 找鮮卩可蚊。由_板之雜·即可決定 來計理振m入變之頻t處理器姻内利用―個計數器 對於每一個LC振盪器，計數Νχ被儲存右 計數，可為-個微 用而定，不同之顧器可=之之;;依系統之應 開，在該頁之感測板離開對應之電=之某頁被打 少，頻率減少咅1 Μ 乂 , 而振盧器之頻率將減 NR ^ ^ 多工器技術^ 11之成本，可使用 第5圖係依據本發明之一實施例之 線内之線路），一個感測板陣列541至 二° (在虛 及-個微處理器505。，5圖中，一個二5〇4 動頁數感測器中。輸入電容器502為放大器;C :在自 竭係由放大器则^出電感器陣細 僅有-個電感ϋ被選擇。振盪器5〇〇之頻:Jt。：-次 :，電容器503及所選擇之電感器決定f 500之輸出至微處理器505之輸入，對庫於Λ·連乂接Lc振盛态 率可由微處理器測定。振盈器5〇〇之每：=2電感器之頻 =來自減器之時鐘數(clc)ck _be‘: 率可由 存計數NX在-個微處理器5〇5内之記錄器工。疋成，亚儲 對於每-個LC振盈器，計數Νχ被儲存在記錄器内並與參 200915150 數计數NR比較。參數計數膽可為 錄處理器之外之輸人練R。儲之數或― 之電源0N時開始計數之獅。系： 用而定，不同之缝ϋ可林同之結t之^依糸統之應 開，在該頁之感測板離開對應之，^ °】：之某頁被打 少，頻率減少意謂NX之減少，將頻率將減 NR比較，即可決定書上那%被與相應於每-電感器之 上述結合電感器之類比開關係連处 開關之位置可以換至振之輸出。、、。在振h之輪入。賊 第6圖係依據本發明之一實施例 動頁數感測器之示意圖。此電路包種可m頁2 線内之線路），-個感測板陣列6415 振^，在虛 及-個微處理器6G5。第6圖中，—個Tr扭、^缝器504 動頁數感測器中。電容器㈣為放大|| 6Q1 =用在自 ΓΞ = ί 輸出電容。電感器咖至63M係由放 大器601之輸人至輸出經由類比開關陣列611至 '、 列611至61Μ被微處理謂5依序掃描。每一次 器被選擇。振盪器60(l·之頻率係由輪&冑& ^個電感 6〇3及所選擇之電感器決定。連:電容器 處理器605之輸入，對應於每-個電^至微 之每，感器===:; 數斗=每_個LG振盪11，計數Νχ _存在記聰内並與參 计數NR比較。參數計數NR可為一個微處理器預 赤:二 =處理器之外之輸入數值。參數計數亦可為微處』g 時開始計數之計數Μ。參數計數之 $ ，而疋’不同之振盪ϋ可有不同之參數計數。當書 ^ 開’在該頁之感測板關聽之電感⑽麵紅頻= 200915150 少，鮮減少意謂NX之減少，將Νχ 比較，即可決定書上那一頁被翻開:、相應於母電感盗之 器内必須™。接 滅Ϊ之一實施例之另一種減少，振盈器及 感器被連接到放大器之反饋回路上。v母人爾個電 所選率,輸入咖702輸出電容器703及 J選擇之決疋。連接[。缝器7。。之輸出 振^輸τίο’Γ^(每一個電感器之頻率可由微處理器測定°。 ϊίΛ 電感器之頻率可由計數來自振盈器之時 定時段，並儲存計㈣在一個】 數外固=里器’計數Νχ被儲存在記錄器内並與參 數植NR味。參數計數NR可為一個 入數值。參料财可驗=== ^電源⑽關始植之魏Nx。參數職之選擇 H ’不同之振II!可有不同之參數計數。當書之某'頁被^ ，’之ΐ測板離開對應之電感11而振盤器之頻率將減 ν，頻率減少意謂NX之減少，將Νχ與相應每勞 服比較，即猶書上那—馳_。狀每嶋之 述本ί ί體f之詳述，係希望能更加清楚描 來對本發明之範知·制。相反的，其目的是希望能 200915150 種改變及具相等性的安排於本發明所欲申請之專利範疇内。 【圖式簡單說明】 第1圖係依據本發明之一實施例之電子書及每一頁具有二個 卜 感測板之書夾之示意圖。 第2圖為依據本發明之—實施例之書夾及書夾内之電感器陣 列之示意圖。 巧3圖係依據本發明之一實施例之一個^振盪器。 第4圖係依據本發明之一實施例有Μ個振盪器之自動頁數感測 器之方塊圖。 第5圖係依據本發明之一實施例之另一種可感測μ頁之自動頁 數感測器之方塊圖。 第6圖係依據本發明之一實施例之另一種可感測Μ頁之自動頁 數感測器之示意圖。 第7圖係^據本發明之—實施例之另一種減少，振盪器及微處 理器之I/O接腳之自動頁數感測器。 102 電子書 201 書夾 300 振盪器 302 電感器 304 輸出電容器 400 自動頁數感測器 402 時基振盪器 421 _42Μ感測板 501 放大器 503 輸出電容器 505微處理器 【主要元件符號說明J 101書夾 103感測板 202電感器 301放大器 303輸入電容器 305感測板 401微處理器 411-41Μ LC振盪器 500 LC振盪器 502輸入電容器 504時基振盪器 12 200915150 511-51M開關陣列 541-54M感測板陣列 601 放大器 602輸入電容器 604時基振盪器 61卜61M開關陣列 641-64M感測板陣列 702輸入電容器 705微處理器 811-81M感測板陣列 831-83M感測板陣列 921-92M電感器陣列 531-53M 電感器陣列 600 LC振盪器 601 放大器 603輸出電容器 605微處理器 631-63M電感器陣列 700 LC振盪器 703輸出電容器 711-71M開關陣列 821-82M感測板陣列 911-91M電感器陣列 9N1-9丽電感器陣列 13Inc.) Production. In such products, light sensing technology is utilized. A sensor consists of an infrared light-emitting diode and a pair of photosensitive cells, and a reflective material is plated on each page of the e-book. The reflective material reflects infrared light from the luminescent body to the photosensitive transistor. Enter the state of the photoreceptor into the micro-processing, which determines that the page on the book is flipped open. This technology is also inexpensive due to the use of light-emitting diodes and photographic transistors. Moreover, light from the surrounding environment can affect the photo-sensing crystal and make a false impression. There is also a prior art technique for granting the inventor's U.S. Patent Application No. 200915150 = 65, the technology of the number, the use of magnets and the magnets, and the thickness of the magnet is too thick and the g-electrode is inductive. The inductance changes. Even if the magnet has left the power, the inductor can't return to its original value, and the distance between the inductor and the inductor is related to the 'also related to the magnet and the sense of the gamma ^^^ to make the magnet and the sensor closer. difficult. The article relates to [invention] to reduce the invention (4) in the provision of - kind of automatic Wei Senqing, so that the price of the surrounding automatic page sensor 'make it not subject to the book ί more - automatic page number sense The detector enables the electronic technology of the present invention to utilize an inexpensive sensing plate state. An inductor is placed in the feedback loop of the lc oscillator for sensing the input of the oscillator, and the tender capacity is placed at: c. The capacitance of the sensor and the capacitor determine the frequency of the oscillator. The inductance of the inductor can be measured by changing the material. Thanks to Qian Jin, the inductor sensing board can be a diamagnetic material such as copper, aluminum or ferromagnetic. Material domain and ferrous. Residual #n ° sensor board can be used to record diamagnetic or ferromagnetic, designed with automatic page number sensing; e-book; page embedded in each page at different positions隹 The e-book mother is a book (10) der). When the book is closed, the 4 hour array is mounted on the test board. When the book is opened, the part of the sensor board will change from 200915150. The array corresponding to the sensor board will cry. The array is connected to the input of the microprocessor. The output is connected to the input of the microprocessor, and each rate change is processed by the microprocessor n. At the micro (4): it can be determined. The state of the sensor board can determine the book: the tube is used by the microprocessor 11 A counter is used to count the frequency of I (four) to the t. The microprocessor scans the ϋmH of each vibrator in the piano. The result of the meter is stored in the microprocessor with the NX stored in the microprocessor. Parameter count NR comparison. Participate in the city - mine processing extra 1 number ^ is the count of the processor starting counting in the system power supply (10). Depending on the application of the system, different vibrators can be different ^ ^ 纟 纟 舣 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬 陬It is easier to fully understand the reference diagrams of the above and the purpose and the description of the preferred embodiments. [Embodiment] One hundred ^t e-books are toys 'Let Xiaoxuan sew on the book every - ^ One time to change the sound of the speaker in the book must be notified to the voice synthesis ic of the e-book. The tone synthesis π will be output by the speakerphone corresponding to the content of the page. The seven embodiments of the invention include at least one sense array array of inductors, two oscillators and a microprocessor. And ferromagnetic materials can be used as a sensing board. Different materials 200915150 only lead to different levels and different directions of the solution, the secret of the town will be described as a sensing board with a material. Please refer to Figure 1. Figure 1 A schematic diagram of an electronic cassette according to the embodiment of the present invention and a book holder having two sensing boards per page. The electronic book comprises two parts: the first part is a book holder, has an inductor array, and the electronic The parts and the pc board. The part is the e-book 102, and each page of the book has a sensing board 1〇3. The second drawing shows a schematic diagram of the book array according to the embodiment of the present invention. When the book is placed together on the book holder, the sensor board is located just above an inductor 2〇2. The book's admiration as a Wei buckle to change the electronic Ϊ Mingzhi - the embodiment of the - hunger C oscillator. The oscillating piano 303 ^ 3 〇 1 '- an inductor 302, an input capacitor; the inductance _ the distance between the electrical inductor 302. The board is made of 305 and medium. The fourth is ^==number' can use M oscillators in one system U — — - the embodiment has __ automatic page number base oscillator i 402, one sensor 400 includes one time - A microprocessor side. The time sensing plate looks like the vibrator of the 42M processor 401. Lc "402 is to provide the system, the system clock to the micro-inductor = as the self-fiber ^; LC 4U i, 41M ^ inductor. If the distance between the sense and the inductor changes the frequency will change i micro Handle the input of the microprocessor, 401 juice dissimilar processing. Look for the fresh cockroaches in the microprocessor 4〇丨200915150. The _ board can be used to determine the frequency of the transformer In the use of a counter for each LC oscillator, the count Νχ is stored in the right count, which can be determined for a small use, different devices can be =; according to the system should be opened, the feeling on the page When the test board leaves the corresponding power = one page is hit less, the frequency is reduced by Μ1 Μ 乂, and the frequency of the tempering device is reduced by NR ^ ^ the cost of the multiplexer technology ^ 11, the fifth picture can be used according to the invention One of the lines in the embodiment), one sensing plate array 541 to two degrees (in the virtual and one microprocessor 505., 5, a two 5 〇 4 moving page sensor. Input Capacitor 502 is an amplifier; C: in the self-exhaustion system, the inductor is fine, only the inductor is selected. The frequency of the oscillator is 5: Jt.:- The capacitor 503 and the selected inductor determine the output of f 500 to the input of the microprocessor 505, and the Lc vibration state rate of the library can be measured by the microprocessor. :=2 Frequency of the inductor = number of clocks from the reducer (clc) ck _be': The rate can be stored by the recorder NX in a microprocessor 5〇5. 疋成,亚储for every one The LC oscillator, the count Νχ is stored in the recorder and compared with the number of counts NR of the 200915150. The parameter count can be used for the input of the recorder other than the recorder. The number of storage or the power supply starts counting at 0N. The lion. Department: It depends on the use, the different seams can be the same as the knot of the forest, the 糸 之 之 , , , , , , , , , , , , , , , , , , , , , , , ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ The frequency reduction means that the NX is reduced, and the frequency will be reduced by NR. It can be determined that the % of the book is switched to the output of the vibration switch with the analog switch corresponding to each of the inductors. The thief 6 is a schematic diagram of a moving page number sensor according to an embodiment of the present invention. m page 2 line within the line), a sensing board array 6415 vibration ^, in the virtual and a microprocessor 6G5. In Fig. 6, a Tr twist, ^ 542 504 moving page sensor Capacitor (4) is amplified || 6Q1 = used in self- ΓΞ = ί output capacitor. Inductor to 63M is input from amplifier 601 to output via analog switch array 611 to ', column 611 to 61 Μ is processed by 5 Sequential scanning. Each time the device is selected. The frequency of the oscillator 60 (l· is determined by the wheel && ^ inductor 6 〇 3 and the selected inductor. Connected: the input of the capacitor processor 605, corresponding to each of the electric ^ to the micro, sensor ===:; number of buckets = every _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ NR comparison. The parameter count NR can be a microprocessor pre-red: 2 = input value outside the processor. The parameter count can also be the count of the start count when the micro-g is g. The parameter counts $ and 疋' different oscillations can have different parameter counts. When the book ^ open 'the inductance of the sensor on the page (10) face red frequency = 200915150 less, the fresh reduction means that the reduction of NX, will be compared, you can decide that the page on the book is opened: TM must be included in the device of the female inductor. Another reduction in one of the embodiments of the sputum is that the oscillating device and sensor are connected to the feedback loop of the amplifier. v mother and child electricity selection rate, input coffee 702 output capacitor 703 and J selection decision. connection[. Sewing device 7. . The output oscillator τίο'Γ^ (the frequency of each inductor can be measured by the microprocessor °. ϊίΛ The frequency of the inductor can be counted from the time period of the vibrator, and the memory meter (4) is in a number of external solid = The counter 'count Νχ is stored in the recorder and is NR-scented with the parameter. The parameter count NR can be an input value. The reference money can be verified === ^ Power supply (10) Guan Zhizhi Wei Nx. Parameter selection H 'different The vibration II! can have different parameter counts. When a certain page of the book is ^, the test board leaves the corresponding inductor 11 and the frequency of the vibrator will be reduced by ν. The frequency reduction means that the reduction of NX will be reduced. Compared with the corresponding labor service, that is, the book on the book, the details of each of the files, it is hoped that the details of the invention can be more clearly described. On the contrary, the purpose It is desirable that the 200915150 changes and equivalent arrangements are within the scope of the patent application of the present invention. [Simplified Schematic] FIG. 1 is an electronic book according to an embodiment of the present invention and each page has two Schematic diagram of the book holder of the sensor board. Figure 2 is based on the present invention - BRIEF DESCRIPTION OF THE DRAWINGS FIG. 4 is a schematic diagram of an inductor array in a book holder. FIG. 4 is an oscillator according to an embodiment of the present invention. FIG. Block diagram of an automatic page number sensor. Fig. 5 is a block diagram of another automatic page number sensor capable of sensing a page according to an embodiment of the present invention. Fig. 6 is a diagram of an embodiment of the present invention Another schematic diagram of an automatic page number sensor capable of sensing a page. Fig. 7 is another embodiment of the present invention, which is an automatic reduction of the I/O pins of the oscillator and the microprocessor. Page Number Sensor 102 E-Book 201 Book Clip 300 Oscillator 302 Inductor 304 Output Capacitor 400 Automatic Page Number Sensor 402 Time Base Oscillator 421 _42 Μ Sensing Board 501 Amplifier 503 Output Capacitor 505 Microprocessor [Main Components DESCRIPTION OF REFERENCE NUMERALS 101 101 booklet 103 sensing board 202 inductor 301 amplifier 303 input capacitor 305 sensing board 401 microprocessor 411-41 Μ LC oscillator 500 LC oscillator 502 input capacitor 504 time base oscillator 12 200915150 511-51M switch Array 541- 54M sensing board array 601 amplifier 602 input capacitor 604 time base oscillator 61 b 61M switch array 641-64M sensing board array 702 input capacitor 705 microprocessor 811-81M sensing board array 831-83M sensing board array 921- 92M inductor array 531-53M inductor array 600 LC oscillator 601 amplifier 603 output capacitor 605 microprocessor 631-63M inductor array 700 LC oscillator 703 output capacitor 711-71M switch array 821-82M sensing board array 911- 91M Inductor Array 9N1-9 Li Inductor Array 13