經濟部中央標準局员工消費合作社印製 Λ 6?Λ332£__—- 五、發明説明（4 ) 入時的錯誤（S R R 0 R ),之資料·的記錄再生方法為目的。 本發明之另一目的為提供可將記錄於磁卡上之數值資 料加減算值的設定可由手動變更，因而不特別限定使用目 的。而能執行富於汎用性之資料處理的記錄再生方法。 本發明之再一目的在提供，可將磁卡之資料更新處理 次數的累計加以表示，而能容易把握磁卡的使用總量之處 理方法。 本發明之又一目的為提供，可由自外部等其他途逕輸 入之資料將磁卡上的記錄資料作更新處理，而適合作為如 遊樂（GAME)機等組合各種電氣機器之資料之收授手段的資 料之記錄再生方法。 [解決課題的手段] 本發明之資料的記錄方法為，如圖U)a所示，於如磁 卡類的記錄媒體上，以所定的一定時間間隔r 1 ,記錄與 要記錄之位元對應之一串之時鐘信號（Clock Signal)A、 A……。而且特別是以比時鐘信號A、 A之間的時間r 1更短 之時間r 2對各時鐘信號A遲延該r 2時間之記錄資料信號B 之方法。 另一方面，於將該資料信號B予以再生時，予先設定 比上述時鐘信號A、 A間的時間r 1更短，而且比時鐘信號（ C 1 〇 c k S U n a 1 ) A與資料信號B間之時間r 2更長之一定的閘 時間（G A T E T I Μ E ) r 3 ,檢知時鐘信號A後，將於閛時間（ GATE TIME)r 3内檢知之信號視為資料信號B,而將超越閘 時間（G A T E T I Μ E ) r 3後最先檢知之信號視-為時鐘信號A為 本紙張尺度边用中a困家標準（CNS)甲4規格(210X297公龙） (請先閲讀背而之注·5"項再填寫本頁)Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs Λ 6? Λ332 £ __—- V. Description of the invention (4) Error in entry (S R R 0 R), the method of recording and reproducing the data. Another object of the present invention is to provide that the setting of addition and subtraction of the numerical data recorded on the magnetic card can be manually changed, so the purpose of use is not particularly limited. And it can execute the recording and reproducing method which is rich in versatile data processing. Another object of the present invention is to provide a method for displaying the cumulative number of data update processing times of a magnetic card, and to easily grasp the processing method of the total usage of the magnetic card. Another object of the present invention is to provide data that can be updated from data input from other sources such as external sources, and is suitable for use as a means of receiving and combining data for various electrical machines such as amusement (GAME) machines. The recording and reproduction method. [Means to solve the problem] The method of recording the data of the present invention is as shown in FIG. U) a, on a recording medium such as a magnetic card, at a predetermined time interval r 1, the record corresponds to the bit to be recorded A series of clock signals (Clock Signal) A, A ... In particular, a method of recording the data signal B with a time r 2 shorter than the time r 1 between the clock signals A and A delays each clock signal A by the r 2 time. On the other hand, when the data signal B is reproduced, the time r 1 between the clock signals A and A is shorter than the clock signals A and A and the data signal B is set earlier than the clock signal (C 1 〇ck SU na 1). The time between r 2 is longer and a certain gate time (GATETI M E) r 3, after detecting the clock signal A, the signal detected in the GATE TIME r 3 will be regarded as the data signal B, and will exceed Gate time (GATETI M E) r 3 The first detected signal is regarded as-the clock signal A is based on the paper standard. The standard is a sleepy home standard (CNS) A 4 specification (210X297 male dragon) (please read the back first Note · 5 " item then fill out this page)
2I993B Λ 6 1? 6 經濟部中央標準局貝工消費合作杜印製 五、發明説明（5 ) 特歡。 而且本發明之較佳之態樣為，以如圖2所示之磁卡（12) 作為記錄媒體，以此磁卡（12)上之記錄資料為數值，每次 處理時就一定數N自動減算或加算而將記錄資料更新之同 時，使此加減算值N可以任意設定與變更者。 並且，可以將上述記錄資料之處理次數Μ累計計算之 同時，能把累計值Μ予以顯示者。 特別是，也可以利用由裝置外部等其他途逕輸入之資 料將記錄資料作更新處理者。 [作用] 由於上述構成，在記錄媒體的行進速度為正常狀態時 所記錄之圖1(a)所示之信號假如於資料讀出時行進速度變 為2倍，則時鐘信號A、 A間的時間r 1及時鐘信號A資料信 號B間的時間r 2皆如圖1 ( b )所示減少1 / 2。此時，若將謓 出時的閘時間（G A T E T I Μ E ) r 3設定為比r 1之1 / 2稍短，則 因資料信號B於閘時間（G A T E T I Μ E ) r 3以内，而且下一痼 時鐘信號A在閘時間r 3之外的緣故，可將資料信號B及時 鐘信號A區別明確的執行。 相反的記錄媒體的行進速度如減少為2分之1，則如圖 1之（c )所示，時鐘信號A , A間的時間r 1及時鐘信號A與資 料信號B間的時間r 2皆變為2倍。於是，若將閘時間r 3設 定為比時鐘信號A與資料信號（D A T A S i g n a 1 ) B間的時間r 2 之兩倍稍長時，資料信號B即位於閘時間r 3内，因而此種 情形下也可以將時鐘信號A與資料信號B區別而讀-出。 本紙張尺度边用中困困家標準(CNS)甲4規格（210x297公及） [ (請先閲讀背面之注意一?-項再填寫本頁) 裝· 線- 219936 Λ 6 Β 6 經濟部中央標準局员工消费合作社印製 五、發明説明（6 ) 也就是滿足下列條件：\ r3Xi<r3<rl/n (但.m，n>l) 則可將於正常狀態時記錄在記錄媒體上之資料，在讀出 時行進速度發生自η倍到in分之1倍大幅度的變化，可防止 讀出的錯誤（ERROR),而將記錄媒體上記錄資料謓出來。 [實施例] 以下表示將本發明適用於設成預付卡（Prepaid Card) 狀之磁卡的度數專用而以此單獨動作之[磁卡處理裝置]之 實施例。但不僅限於此，本發明也應用於遊樂機（GAME)或 收銀機等之於各種機器，一體收容而設成為機器之一部分 來使用。並且，也可使用不能寫入之記錄媒體，將記錄媒 體於作成時即先將資料加以固定，而作為專用於資料的讀 出用之專用機。 實施本發明的磁卡處理裝置的全體外觀形狀如圖2所 示，在稍呈矩形狀之本體箱10的前面11配置有磁卡12的插 入口 13,以及將包括記錄於磁卡12上之資料以及其他之各 種資料個別顯示之顯示器14。並且又配備着水平横跨本體 箱10的内部中央之磁卡12之行進機構15,以及設在此行進 機構15周圍的用以執行各種資料處理之電路16。 磁卡12的行進機構15,如圖3及圖4以具體之形態所示 ,由：將要作資料處理之磁卡12沿縱向水平導入之導入溝 17及將在該導入溝17内之磁卡12從上下夾住而賦與磁卡 1 2所須要之行進力的驅動部1 8所構成。 該導入溝17傜設成為，寬度與磁卡12之短邊之長度約 本紙張尺度边用中國困家樣準（CNS)甲4規格（210X297公龙) (請先閱讀背而之注意事項再填寫本頁) 219996 Λ 6 Β 6 經濟部屮央標準局貝工消费合作社卬吸 五、發明説明（7 ) 相等，長度約為磁卡12長邊的2倍長，而高度為比磁卡12 之厚度稍大之尺寸，及下面有平坦的行走面19成；由此磁 卡12的下面及左右邊乃由導入溝17滑動式引導能安定的在 行走面19上反復作直線往復蓮動。 磁卡12的驅動部18為，由馬達（M0T0R)20·動回轉的 合成樹脂製之驅動滾輪2 1配置於導入溝1 7的行走面1 9使其 周面稍突出之同時，並配有以U字形板彈簧23向下彈壓之推 壓滾輪24,由導入溝17的上方緊貼於各驅動滾輪21,作為 一組，而在行走面19沿縱方向之離開配設第1驅動滾輪21a 及第2驅動滾輪2 1 b之兩組滾輪。 前·述第2驅動滾輪2 1 b配設於行走面1 9的長邊方向稍比 中央部位更靠内方之位置，由馬逹（M0T0R)2 0經由齒輪（ Gear)直接的回轉驅動。另一方面，第1驅動滾輪21a配設 於第2驅動滾輪21b及卡片插入口 13的略中央，而第1及第 2驅動滾輪21a, 21b間由橡皮帶26連繫著。由此，從本體 箱10的卡片插入口 13插入之磁卡12會經常的與第1或第2驅 動滾輪21a, 21b的至少一方接觸，而可沿著引導入溝17的 全長作往復行走動作。 而且，於第2驅動滾輪21b的平行位置處，將如圖5示 之分別與資料讀出電路27及資料寫入電路28之連接之磁頭 29設置成自行走面19稍為突出，並於其上部配設與驅動滾 輪21處同樣的推壓滾輪24C,由於此滾輪24C使磁卡12與磁 頭29密貼，使其能將磁卡12之資料確賁讀出與寫入。 資料寫入電路28乃從對應於圖1(a)所示之資料模式（ (請先閲讀背面之注龙事項再填寫本頁) 各紙張尺度边用中國國家標準（CNS)甲4規格（210x297公釐) 7 219338 Λ 6 Β 6 經濟部屮央標準局员工消费合作杜.411 五、發明説明（8 ) D A T A F 0 R M A Τ )之如圖7 a脈波列a形成圖7之（b )所之矩形信 號b，而將流入磁頭29之寫入電流對應於此矩形信號b,而 反轉，使磁化方向改變而將資料記錄於磁卡12上。 資料讀出電路27於圖6作更詳細表示，用磁頭29檢知 磁卡1 2上所記錄之資料成如圖7 ( c '1所示之類比信號C後， 由差動放大器30將信號放大後形成為圖7(d)所示之信號d, 而輸入至第1及第2比較器31、32。 第1比較器31為對應於輸入信號d超越設定電壓Va之期 間將其輸出反轉，第2比較器3 2則相反的，輸入信號低於 設定電壓Vb時，輸出即即反轉，而對應於磁卡12上的磁化 方向之反轉，分離輸出脈波（PULSE)信號e,f。 由以上第1及第2比較器3 1 , 3 2所得之輸出信號e、 f ,更 進一步輸入至正反器（SLIP FL0P)33,在由第1比較器31及 第2比較器32所産生之輸出信號e,f的起始位置，將正反器 33的輸出信號g設定或重設定（reset),由此産生與資料寫 入電路23輸出之矩形信號b在時間軸方向略相似之如圖7( g)所示之波形g,而且，如圖3所示，與第一驅動滾輪21a, 第2驅動滾輪2 1 b及行走面1 9之终端2 2的各位置相對應而配 設第1〜第3位置檢知器34〜36,由此檢知磁卡12在導入溝 1 7内的現在位置，而獲得後述之用以執行規定之控制動作 之位置資料。 亦即，位置檢知器34〜36為如圔4所示，將LED37與光 敏電晶體（PH0T0TRNSIST0R)38分離設在行走面19之上下之 光敏續斷器（PHOTOINTERRUPTER),各如圖5所示， 對位置 (請先閲讀背面之注亡事項再填寫本頁) 各紙張尺度逍用中a國家標準（CNS)甲4規格（210x297公;12) 8 Λ 6 Β 6 經濟部中央標準局β工消費合作社印製 219333 五、發明説明（9 ) 檢知電路39傾別連接；由磁卡12將光路40遮斷而檢知磁卡 1 2現在位置，作為執行所定之控制動作之資料。 例如，於第一位置檢知器34檢知到磁卡12插入後，開 始馬達20的回轉驅動，使磁卡12導入本體箱10。然後，由 第2位置撿知器35檢知磁卡12之資料之讀寫的開始時點， 並於第3位置檢知器36檢知讀寫的终了時點。 並且，將各檢知器3 4〜3 6間之磁卡1 2的移行時間加以 測定，判斷其時間為超越予設時間則強制令馬達20停止， 以防止惡作劇或夾卡等情況發生時行走機構15有過度的負 荷之情形發生。 經由上述位置檢知電路39及資料讀出電路27輸入之檢 知資料經由資料讀解電路41解析後，依據該解析結果於演 算電路42執行所定之演算動作。 此資料解謓電路41及演算電路42乃使用所謂的單片晶 體微處理機（ONE CHIP MIC0M)根據於ROM中所記億之程式 執行後述之所定之處理動作，而根據由設於設定電路43之 複數的調撥開關（D I P S W I T C Η )予設之動作條件及計時信號 産生電路4 5所輸出之計時信號及經’過馬達驅動電路4 6對其 馬逹2 0的驅動狀態加以控制。 同時，必要時於資料寫入電路2 8執行資料的寫入於磁 卡12之處理，更將資料處理狀態經由顯示電路47顯示於4 位之「日」字型的顯示器1 4。 並且，檢知資料或演算結果於適宜時期記憶於記億電 路49,俾使資料具有繼鑛性。 (請先閲讀背而之注今事項再塡寫本頁) 本紙张尺度逍用中國囷家標準(CNS)甲4規格（210x297公:it) 92I993B Λ 6 1? 6 Printed by Beigong Consumer Cooperation of the Central Bureau of Standards of the Ministry of Economic Affairs V. Invention Instructions (5) Special Huan. Moreover, the preferred aspect of the present invention is to use the magnetic card (12) as shown in FIG. 2 as a recording medium, and use the recorded data on the magnetic card (12) as a value, and a certain number N is automatically subtracted or added each time it is processed. While updating the record data, the addition and subtraction value N can be arbitrarily set and changed. In addition, it is possible to accumulate the number of times of processing M of the recorded data and display the accumulated value M. In particular, it is also possible to use data input from outside the device or other means to update the recorded data. [Function] Due to the above structure, if the signal shown in FIG. 1 (a) recorded when the traveling speed of the recording medium is normal is doubled when the data is read out, the clock signal A, A The time r 1 between the time r 1 and the data signal B of the clock signal A is reduced by 1/2 as shown in FIG. 1 (b). At this time, if the gate time (GATETI M E) r 3 at the time of setting out is set to be slightly shorter than 1/2 of r 1, then the data signal B is within the gate time (GATETI M E) r 3, and the next Because the clock signal A is outside the gate time r 3, the data signal B and the clock signal A can be clearly distinguished. If the traveling speed of the opposite recording medium is reduced to one-half, as shown in (c) of Figure 1, the time r 1 between the clock signal A and A and the time r 2 between the clock signal A and the data signal B are both It becomes 2 times. Therefore, if the gate time r 3 is set to be slightly longer than twice the time r 2 between the clock signal A and the data signal (DATAS igna 1) B, the data signal B is located within the gate time r 3, so this situation The clock signal A and the data signal B can also be distinguished and read out. The size of this paper is used in the middle-sleepy home standard (CNS) A4 specification (210x297 g) [(Please read the first note on the back?-Item and then fill out this page) Installation · Line-219936 Λ 6 Β 6 Central Ministry of Economic Affairs Printed by the Bureau of Standards ’Staff Consumer Cooperative V. The description of the invention (6) means that the following conditions are met: \ r3Xi < r3 < rl / n (but .m, n > l) can be recorded on the recording media in the normal state When the data is read, the travel speed changes greatly from η times to 1 times in in. It can prevent the reading error (ERROR), and the recorded data on the recording medium can be read out. [Embodiment] The following shows an embodiment of a [magnetic card processing device] that applies the present invention exclusively to the degree of a prepaid card (Prepaid Card) -type magnetic card and operates alone. However, the present invention is not limited to this, and the present invention is also applied to various machines such as amusement machine (GAME) or cash register, and is integrally housed and used as a part of the machine. Also, a recording medium that cannot be written to can be used, and the recording medium is fixed at the time of creation, and used as a dedicated machine dedicated to reading out the data. The overall appearance of the magnetic card processing apparatus embodying the present invention is shown in FIG. 2, and a slot 11 for the magnetic card 12 is arranged on the front surface 11 of the slightly rectangular body case 10, and the data recorded on the magnetic card 12 and others will be included. A display 14 in which various data are displayed individually. And it is equipped with a traveling mechanism 15 of the magnetic card 12 horizontally across the inner center of the main body box 10, and a circuit 16 provided around the traveling mechanism 15 for performing various data processing. The traveling mechanism 15 of the magnetic card 12 is shown in a specific form as shown in FIGS. 3 and 4. The magnetic card 12 to be processed for data is introduced horizontally along the longitudinal direction into the introduction groove 17 and the magnetic card 12 in the introduction groove 17 is moved up and down The driving unit 18 is sandwiched to impart the traveling force required by the magnetic card 12. The lead-in groove 17 is set so that the width and the length of the short side of the magnetic card 12 are about the size of the paper. The Chinese sleepy standard (CNS) A 4 specifications (210X297 male dragon) (please read the precautions before filling in (This page) 219996 Λ 6 Β 6 Beigong Consumer Cooperative Society of the Ministry of Economic Affairs, Beijing Bureau of Standards and Technology 5. Description of the invention (7) Equivalent, the length is about twice as long as the long side of the magnetic card 12, and the height is slightly thicker than the thickness of the magnetic card 12 The large size, and the bottom has a flat walking surface 19%; therefore, the lower surface and the left and right sides of the magnetic card 12 are guided by the introduction groove 17 to be able to stabilize the linear reciprocating lotus motion on the walking surface 19 repeatedly. The drive unit 18 of the magnetic card 12 is a drive roller 21 made of synthetic resin that rotates by a motor (M0T0R) 20 and is arranged on the running surface 19 of the introduction groove 17 so that its peripheral surface protrudes slightly, and is equipped with The U-shaped plate spring 23 urges the pressing roller 24 downward, and is closely attached to each driving roller 21 from above the introduction groove 17, as a group, and the first driving roller 21a and Two sets of rollers of the second drive roller 2 1 b. As mentioned above, the second drive roller 2 1 b is arranged on the long side of the running surface 19 slightly further inward than the central part, and is driven by the direct rotation of the horse (M0T0R) 2 0 through the gear (Gear). On the other hand, the first drive roller 21a is disposed at the approximate center of the second drive roller 21b and the card insertion port 13, and the rubber belt 26 connects the first and second drive rollers 21a, 21b. As a result, the magnetic card 12 inserted from the card insertion port 13 of the main body case 10 is constantly in contact with at least one of the first or second driving rollers 21a, 21b, and can reciprocate along the entire length of the guide groove 17. In addition, at the parallel position of the second drive roller 21b, the magnetic head 29 connected to the data readout circuit 27 and the data write circuit 28 as shown in FIG. 5 is provided to protrude slightly from the running surface 19 and to the upper part The same pushing roller 24C as the driving roller 21 is provided, because the roller 24C makes the magnetic card 12 and the magnetic head 29 closely adhere to each other, so that the data of the magnetic card 12 can be surely read and written. The data writing circuit 28 corresponds to the data mode shown in FIG. 1 (a) ((Please read the note on the back of the page before filling in this page). Each paper size uses the Chinese National Standard (CNS) A4 specifications (210x297 Mm) 7 219338 Λ 6 Β 6 Employee consumption cooperation of the Bureau of Standards and Economics of the Ministry of Economic Affairs. 411 V. Description of invention (8) DATAF 0 RMA Τ) Figure 7 a Pulse train a forms Figure 7 (b) The rectangular signal b, and the write current flowing into the magnetic head 29 corresponds to this rectangular signal b, and is reversed to change the direction of magnetization and record the data on the magnetic card 12. The data readout circuit 27 is shown in more detail in FIG. 6, and the magnetic head 29 detects the data recorded on the magnetic card 12 into an analog signal C as shown in FIG. 7 (c′1, and the signal is amplified by the differential amplifier 30 The signal d shown in FIG. 7 (d) is then input to the first and second comparators 31 and 32. The first comparator 31 inverts its output corresponding to the period during which the input signal d exceeds the set voltage Va , The second comparator 32 is the opposite. When the input signal is lower than the set voltage Vb, the output is reversed, and corresponding to the reversal of the magnetization direction on the magnetic card 12, the output pulse signal (PULSE) signal e, f is separated. The output signals e, f obtained by the first and second comparators 3 1, 3 2 above are further input to the flip-flop (SLIP FL0P) 33, where the first comparator 31 and the second comparator 32 The starting position of the generated output signals e, f sets or resets the output signal g of the flip-flop 33, thereby generating a rectangular signal b which is slightly similar to the rectangular signal b output by the data writing circuit 23 in the direction of the time axis Waveform g as shown in FIG. 7 (g), and, as shown in FIG. 3, with the end of the first drive roller 21a, the second drive roller 2 1 b and the running surface 19 2 The first to third position detectors 34 to 36 are provided corresponding to the respective positions of 2 and 2 to detect the current position of the magnetic card 12 in the introduction groove 17 and obtain the following to perform a predetermined control action In other words, the position detectors 34 to 36 are as shown in Fig. 4, and the photointerruptors (PHOTOINTERRUPTER) which separate the LED37 from the phototransistor (PH0T0TRNSIST0R) 38 above and below the walking surface 19 are as As shown in Figure 5, the position (please read the note on the back and fill in this page first) National Standard (CNS) A 4 specifications (210x297; 12) 8 Λ 6 Β 6 Central Ministry of Economic Affairs Printed by the Bureau of Standards and Technology β-Consumer Cooperative Society 219333 V. Description of the invention (9) The detection circuit 39 is connected separately; the optical path 40 is blocked by the magnetic card 12 and the current position of the magnetic card 12 is detected as data for performing the predetermined control action. For example, after the first position detector 34 detects that the magnetic card 12 is inserted, the rotary drive of the motor 20 is started to introduce the magnetic card 12 into the main body box 10. Then, the data of the magnetic card 12 is detected by the second position detector 35 The starting point of reading and writing, and reading and reading at the third position detector 36 The end of the time. In addition, the transition time of the magnetic card 12 between each detector 3 4 ~ 3 6 is measured, and if the time exceeds the preset time, the motor 20 is forcibly stopped to prevent mischief or card jam. When the running mechanism 15 is overloaded, the detection data input through the position detection circuit 39 and the data readout circuit 27 is analyzed by the data interpretation circuit 41, and the calculation circuit 42 executes the determination according to the analysis result. Calculus action. The data decryption circuit 41 and the calculation circuit 42 use a so-called monolithic crystal microprocessor (ONE CHIP MIC0M) to execute the processing operations specified below according to a program written in the ROM, and are based on the setting circuit 43. A plurality of dip switches (DIPSWITC Η) pre-set operating conditions and the timing signal output by the timing signal generating circuit 45 and the driving state of the horse 20 through the motor driving circuit 46. At the same time, when necessary, the data writing circuit 28 executes data writing on the magnetic card 12, and the data processing status is displayed on the 4-bit "day" display 14 through the display circuit 47. In addition, the detection data or calculation results are memorized in the Jiyi circuit 49 at an appropriate time, so that the data has the property of following the mine. (Please read the back-to-back notes first and then write this page) This paper standard uses the Chinese standard (CNS) A 4 specifications (210x297 public: it) 9
21933G Λ 6 13 6 經濟部中央標準局貝工消費合作社印製 五、發明説明（！ 〇) 上述電路16為，主要以商用交流電源50由電源電路 51整流降壓後之TTL位準（Leve 1 )之單一直流電源來驅動， 但至少也對記億電路4 9則同時施加二次電池5 2的輸出電壓 ,平常為經由開關元件5 3由電源電路5 1進行充電以備停電 等之電源電路51異常時即打開開關元件53，將電源電路51 分離之同時，由二次電池52對記憶電路49供電（BACK UP)使 其能保持記億資料。 [動作次序] 以下依據圖8及圖9所示之流程圖，對上述磁卡處理裝 置的動作順序作更詳細的説明。 本發明之磁卡處理裝置為，對每一種由卡片付款之各 不同之業務各設一台而使用之裝置；使用前，先對設定電 路4 3的調撥開關（D I P S W I T C Η ) 4 4加以操作，對應其服務（ SERVICE)的價格，設定因毎次的處理後將磁卡12上之記錄 資料作減算處理之個別的減算度數N。 於此，將裝置連接於商用交流電源50而使裝置於步驟 (STEP)60之初期化處理動作之後，移至步驟（STEP)61, 而成為等待由第1位置檢知器34,檢出磁卡12之插入之狀‘ 態。 於步驟（S T E P ) 6 0所執行的初期處理動作，除了使用於 程式之變數等的初期化以外，也包含因停電或夾卡而使磁 卡12殘留時將磁卡強制的排出等的錯誤（ERROR)處理動作， 經過再初期化處理動作，而使正常動作得由此開始。 於步驟（S T E P ) 6 1 ,由第1位置檢知器3 4檢測到磁卡1 2 10 本紙浪尺度逍用中S國家標準(CNS)甲4規格(210X297公:¾) (請先閱讀背而之注奇Μ爭項再塡寫本頁) 219936____ne__ 五、發明説明（1 1) 之插人時，馬達20開始正轉（STEP62)，以第1驅動滾輪21a 將磁卡1 2導入至裝置内部。更進一步，於步驟6 3則檢測到 磁卡導入至第2位置檢知器35之位置後，便進入後述之步 驟64的資料讀出動作，直到於步驟65之第3位置檢知器36 執行檢知為止，持缠該讀出處理。 可是，記錄於磁卡12之資料的楔式（FORMAT)為，如圖 1之（a )所示，係於以一定時間間隔£ 1所記錄之時鐘信號（ C 1 〇 c k S i g n a 1 ) A經徹小時間r 2後記錄資料信號B之形式， 當構成資料之位元（Bit)全部為0時，只記錄時鐘信號冉之 位元（Bit)數分量。 於是，解讀磁卡12上之記錄莺料時，於圖9的步驟66 判斷先由最初檢知之信號的反轉位置為時鐘信號A之最初 的插入位置。由此，檢知到第1値時鐘信號△後•於步驟 67將計時器（TIMER)起動（START),並於步驟68等待信號之 反轉。 此時，計時器（TIMER)的設定時間£ 3固定為比時鐘信21933G Λ 6 13 6 Printed by Beigong Consumer Cooperative of Central Bureau of Standards, Ministry of Economy V. Invention description (! 〇) The above circuit 16 is the TTL level after the commercial AC power supply 50 is rectified and stepped down by the power supply circuit 51 ) Is driven by a single DC power supply, but at least the output voltage of the secondary battery 5 2 is also applied to the billion circuit 4.9, which is usually a power circuit that is charged by the power circuit 5 1 through the switching element 5 3 to prepare for power failure, etc. When 51 is abnormal, the switching element 53 is turned on, and the power supply circuit 51 is separated, and the secondary battery 52 supplies power to the memory circuit 49 (BACK UP) so that it can keep 100 million data. [Operation sequence] The operation sequence of the magnetic card processing device described above will be described in more detail based on the flowcharts shown in FIGS. 8 and 9. The magnetic card processing device of the present invention is a device that is used for each different business that is paid by the card; before use, the setting switch (DIPSWITC Η) 4 4 of the setting circuit 43 is operated first, corresponding The price of its service (SERVICE) is set to an individual reduction degree N for performing subtraction processing on the recorded data on the magnetic card 12 after each processing. Here, after the device is connected to the commercial AC power supply 50 and the device is initialized in step (STEP) 60, the process moves to step (STEP) 61, and it becomes waiting for the first position detector 34 to detect the magnetic card 12 state of insertion. The initial processing operation performed in step (STEP) 6 0 includes not only the initialization of variables used in the program, but also errors such as the forced ejection of the magnetic card when the magnetic card 12 remains due to power failure or card jam (ERROR) The processing operation re-initializes the processing operation to start normal operation. In step (STEP) 6 1, the magnetic card 1 2 10 was detected by the first position detector 3 4 10 This paper wave standard is used in the Chinese National Standard (CNS) A 4 specifications (210X297 public: ¾) (please read the back first (Note that this article will be written on this page again) 219936____ne__ V. Description of the invention (11) When inserting a person, the motor 20 starts to rotate forward (STEP62), and the magnetic card 12 is introduced into the device with the first drive roller 21a. Furthermore, after detecting that the magnetic card is introduced to the position of the second position detector 35 in step 63, it enters the data reading operation of step 64 described later until the third position detector 36 in step 65 performs the detection Until you know it, hold on to the readout process. However, the wedge (FORMAT) of the data recorded on the magnetic card 12 is, as shown in (a) of FIG. 1, it is based on the clock signal (C 1 〇ck S igna 1) A recorded at a certain time interval £ 1. In the form of recording the data signal B after a small time r2, when the bits constituting the data are all 0, only the bit component of the clock signal Ran is recorded. Therefore, when interpreting the recording material on the magnetic card 12, it is determined at step 66 of FIG. 9 that the inversion position of the signal detected first is the initial insertion position of the clock signal A. Thus, after detecting the first value clock signal △ • At step 67, the timer (TIMER) is started (START), and at step 68, the signal is reversed. At this time, the set time of the timer (TIMER) £ 3 is fixed to the clock signal
號A、 A間的時間rl短，而比時鐘信號A與資料信號（DATA 經濟部中央標準局貝工消t合作社印製 (誚先閲讀背面之注意事項再塡寫本頁) S I G N A L )之間的時間I： 2長之一定時間。 於是，於步驟6 8檢知到設定時間r 3内之信號的反轉 時，判斷該資料為「1」，而於步驟69於該記億電路49之 該位元（B i t)位置記億「1」。相反地，於步驟6 8未執行資 料信號的檢知，而於步驟7 0判斷己經過計時器（T I Μ E R )的 設定時間r 3時，判斷該記錄資料為「〇」，因而將讀出資 料記憶為「0」（步驟7 1 )。 - __ 本紙張尺度边用中a國家標準(CNS)甲4規格（210乂297公龙） ., 219336 Λ 6 Β 6 經濟部中央#準局貝工消費合作社印製 五、發明説明（1 2) 進一步，於步驟65執行第3位置檢知器36之檢知，而 判定磁卡12已到逹行走面19之終端22時即停止馬達20(步 驟7 2 )。而於步驟7 3執行將於步驟6 4讀出之2進位資料變換 為10進位資料等之規定的資料解讀動作後，於步驟74將解 讀值以4位的10進位數值顯示於顯示器14上。 讀出以上述形式（F 0 R M A Τ )記錄之資料時，雖然磁卡 12的行進速度上昇至定常值的2倍或降低至一半時也能夠 不發生錯誤（E R R 0 R ),來執行該資料的謓出。但一旦超越 此限界值後，磁卡12的行進速度會極端的上昇或下降，.或 是雜訊與從磁頭29輸出之輸出信號C重疊時，有誤將所記 錄之資料予以解讀之處。 本發明之資料的記錄再生方法則於上述情形所讀出之 資料的位元（Bit)數比設定值增加或減少之結果，容易將 讀出資料為錯誤加以判斷，而於顯示器1 4顯示「0 j或「 E」，以表示該資料發生讀出錯誤（ERROR)的情形。 以下於步驟75作解讀後的資料為減算值N以上或否之 判定。因記錄於磁卡1 2之數值資料為低於減算值N或發生 讀出錯誤時，其後之資料處理無法進行，故向步驟76移動 ，不執行資料的更新處理而反轉驅動馬達（Μ 0 T 0 R ) 2 0 ,開 始磁卡12之強制的排出動作，並於步驟77作卡12之排出確 認後，於步驟7 8將馬達2 0停止後，經步驟6 0回至步驟6 1 , 下一步即等待磁卡12的插入。 於步驟75若有相反的，判斷資料以正常的狀態謓出而 且殘留有設定值以上的度數時，則於步驟79使馬達20反轉 本紙張尺度逍用中困國家標準（CNS)甲4規格（210X297公釐) " (請先閲讀背面之注意一令項再填寫本頁) 裝· *?τ_ 線- 219S38 Λ 6 Β 6 五、發明説明（1 3) 到 已 卡 磁 認 確 ο 8 驟 步 於 而 0 -〇 處 3 IX □ 入 CJ 插 至 回 送 止 停 時 暫 ο 2 達 馬 將 ii 8 驟 步 於 置 位 的 5 3 器 知 檢 置 1 立 卡2^ 磁第 將逹 數 次 311 理 處 Ν,將 4 器 8 算驟 減步 去於 威 數時 度同 出之 讀14 從器 , 示 82顯 驟於 步示 於顯 別果 待結 其 將 驟 步 在 Μ 正 的 ο 2 達 馬 使 5 8 驟 步 於 後 之 9 4 路 回 億 記 於 億 記 並 IX 算 加 作 動 入 寫 料 資 之 6 8 驟 步 入 進 轉 到 斷達 判馬 87止 驟停 步 於 若步 , 於 時便 同時 之22 入端 寫終 的之 常19 正面 料走 資行 的逹 後到 算已 減12 卡 磁 步 至 移 後 9 8 驟 步 於 示 表 值 〇 之理 入處 寫出 將排 , 的 8 7 驟驟 卡 磁 一了 /i 執 6 機 5 待Η) 之TC 1 I 6 W 驟(S ,tK ^3 β 之開 後的 了 用 終一不 業顯 營之 J 4 的 5 天路 I電 作 操 敦«J 3S lIEIt 次手 理在 處設 述以 上 ， 期 時 當 ΛΖ 方 器 R 示 < 顯定 於設 示再 顯之 而路 作電 操該 之在 e S e 設使 樣作 同操 可的 tt5b 值)5 計CH 累IT 之SW 得M( 所 1 且開 用 (請先閱讀背面之注意事項再填寫本頁) 訂- 回 返 其 鐘 時 含 包 將 不 中 作 動 新 更 的 料 資 之 6 8 驟 步 在 時 此 經濟部中央標準局Μ工消費合作社印製 卡 磁 之 内 、 在A A 號 號信 信鐘 號 信 料 資 的 間 時 將 僅 而 寫 改 的 時 〇 同 可 料亦 資寫 部改 » 全 之 上 使了 而除 , 將 理可 處也 來然 數當 度 ， 為時 值 同 數 〇 之可 錄亦 記理 所處 2 ^ 1 芬 卡應 磁對 將額 不金 , 的 且際 而實 與 其 符 之 位 進 2 為 化 料 資 的 意 任 他 其 等 名 店 如 例 之 LT 夕 以 。 料錄 資記 值而 數號 他 其 例 施 實 樂 遊 與 行 執 為 例 施 實 本 授 傳 的 料 資 之 接 直 機 本紙張尺度逍用中國國家標準（CHS)甲4規格(210父297公釐） 21S936 Λ 6 Π 6 經濟部中央標準局员工消t合作社印製 五、發明説明（1 4) 可使遊樂機與上述磁卡處理裝置作連動動作之構成為特歡 〇 即是，如圖5所示，本實施例具有信號控制輸出入電 路56及資料信號輸出入電路57作為演算電路42與外部之資 料輸出入手段，各與遊樂機方的信號輸出入部相連接，使 其能將如TTL位準（Level)—般之非常高電位的信號以連鑕 (Serial)狀接收。 又於本體箱前面11之一方備有與手動操作電路54連接 之磁卡12的排出按鈕（Bnttoni)55C,由設定電路43作模式（ mode)的切換而設定為下述之横式，此模式為一旦磁卡12 ^插入於插入口 1 3則以予設之時間間隔將設定值N作連續減 算，一直到按壓該按鈕55C為止。 於此種構造之實施例，將磁卡1 2插入於插入口 1 3，則 以上述方法將磁卡12上的記錄資料讀出，如判斷有至少能 執行1次以上的度數殘留時，開始（START)信號即經由控制 信號輸出入電路56送至遊樂機而將遊樂機起動。 遊樂機之遊戯開始後，每隔一定時間將設定度數之份 量從磁卡12上的記錄資料減算，而執行磁卡12上之記'錄資 料的更新。於此更新時若記錄資料的數值成為零時，便由 磁卡處理裝置處向遊樂機處發出停止信號，使遊樂（GAME) 機經過預定的终了動作而停止。 另一方面，於遊戲者意圔終止遊樂之時點，有該遊樂 之施行而獲得之點數殘留時，與遊樂機方的終止及結算動 作連動，由遊樂機處向磁卡處理裝置的資料輸出入電路 本紙张尺度逍用中國困家標準（CKS)甲4規格（210X297公龙） .. (請先閱讀背面之注奇-事項再填寫本頁) 裝· 經濟部中央標準局貝工消費合作社印製 2199HR__!H 五、發明説明（15) 57，送出與該獲得點數份對應値數的脈波信號。之後，演 算電路42則計數通過資料輸出入電路57而輸入之脈波的個 數，然後，將此計數值（COUNT)與磁卡12上現在所記錄之 數值作加算演算，以該演算結果執行磁卡1 2上的記錄資料 之更新處理後，執行磁卡12之排出處理將一連串動作终止 0 然而，若遊樂機無對應該上述獲得點數分之脈波信號 的輸出手段，而僅有為了排出硬幣（COIN)之馬逹驅動用信 號與點數份的減算計數器時，也可另備時鐘信號之産生部 ,而將該時鐘信號的輸出時期由馬逹驅動用信號來限制之 同時，將所輸出的時鐘信號送回遊樂機處，並輸入減算計 數器，而以該減算計數器將馬逹驅動用信號的輸出停止。 [發明的效果] 本發明如上述，於記錄媒體上所記錄之各信號間的時 間間隔並非為資料讀出上之主要要件，故能容許記錄媒體 的行進速度之大幅度的變動之同時，也不需要有嚴密的波 形再生，可使裝置整體大幅的簡略化。 而且，記錄媒體就是磁卡12,同時，使此磁卡12上所 記錄之數值資料的加減算值N之設定可由手動來變更設定， 故不限定於特定之使用目的，而能執行富有泛用性之處理 〇 而且，可將磁卡12上之資料更新處理次數的累計Μ顯 示，故能容易的把握磁卡的使用總數量。 而且，可由外部等其他方法輸入之資料執行磁卡上之 本紙張尺度逍用中國困家標準（CNS)甲4規格（210x297公没） (請先閲讀背而之注意事項再填寫本頁) ,?τ_ 線- 219338 Λ 6 13 6 經濟部中央標準局貝工消費合作社印製 五、發明説明（1 6) 記錄資料之更新處理，於是可容易施行與各種電氣機器併 用時之資料的收受處理，擁有多項的優點。 [画面之簡單的說明] 圖1為本發明所用之方法的說明圖，（a)為記錄媒體的 行走速度為正常狀態時，（b)為速度變為2倍時，（c)為速 度變為一半時之各種情況。. 圖2為本發明實施於磁卡處理裝置之'一例的外觀形狀 ,部分斷面之斜視圖。 函3為圖2之沿着B-3線的行走機構部分的斷面圖。 圖4為圖3之沿着4-4線的斷面圖。 圖5表示電氣電路之整體的構成之方塊（Block)圔。 圖6表示圖5之資料讀出電路的詳細構造之方塊（ B 1 〇 c k )圖。 圖7表示圖5之電路的資料寫入及讀出順序的說明之波 形圖。 圖8為說明電路之動作順序的流程圖。 圖9表示_8之資料讀出處理程序之詳細流程圖。 [符號的說明] 12......磁卡，1 4......顯示器，1 5......行走機構，1 8… …驅動部，2 7……資料讀出電路，2 8……資料寫入電路， 29......磁頭，39……位置檢知電路，41……資料解讀電路 ,42......演算電路，54……手動操作電路。 (請先閱讀背面之注意事項再填寫本頁) 本紙張尺度逍用中國困家標準(CNS)甲4規格(210x297公;¢) 1 6The time rl between the numbers A and A is shorter than that between the clock signal A and the data signal (printed by the DATA Ministry of Economic Affairs Central Standards Bureau Beigongxiao Cooperative (I will read the precautions on the back before writing this page) SIGNAL) Time I: 2 Long time. Therefore, when the inversion of the signal within the set time r 3 is detected in step 68, the data is judged to be "1", and in step 69, the bit is recorded at the bit position of the billion circuit 49 "1". Conversely, in step 68, the detection of the data signal is not performed, but when it is determined in step 70 that the set time r 3 of the timer (TI M ER) has elapsed, the recorded data is judged to be "0", so it will be read out The data memory is "0" (step 7 1). -__ This paper scale is used in China National Standard (CNS) A 4 specifications (210 to 297 male dragons)., 219336 Λ 6 Β 6 #Ministry of Economic Affairs Central # quasi-bureau Beigong Consumer Cooperatives Printed 5. Description of invention (1 2 ) Further, at step 65, the detection of the third position detector 36 is performed, and when it is determined that the magnetic card 12 has reached the terminal 22 of the walking surface 19, the motor 20 is stopped (step 7 2). Then, in step 73, a predetermined data interpretation operation that converts the binary data read out in step 64 to decimal data and the like is performed, and in step 74, the decoded value is displayed on the display 14 as a 4-digit decimal value. When reading the data recorded in the above format (F 0 RMA Τ), even if the travel speed of the magnetic card 12 rises to 2 times the fixed value or decreases to half, it can be executed without error (ERR 0 R). Out However, once this limit value is exceeded, the traveling speed of the magnetic card 12 will extremely increase or decrease, or when the noise overlaps with the output signal C output from the magnetic head 29, the recorded data may be misinterpreted. The method of recording and reproducing data of the present invention is the result that the number of bits of the data read out in the above situation is increased or decreased than the set value, it is easy to judge the read data as an error, and display 14 on the display. 0 j or "E" to indicate that the data has a read error (ERROR). The following interpretation of the data at step 75 is a determination of whether the decrement value is N or more. Since the numerical data recorded on the magnetic card 12 is lower than the subtraction value N or a readout error occurs, the subsequent data processing cannot be performed, so it moves to step 76, and the drive motor (M 0 is reversed without updating the data) T 0 R) 2 0, start the forced discharge operation of the magnetic card 12, and confirm the discharge of the card 12 in step 77, after stopping the motor 20 in step 78, go back to step 6 1 through step 60 In one step, the magnetic card 12 is inserted. If there is a reverse in step 75, if the data is judged to be in a normal state and there is a degree above the set value, then in step 79, the motor 20 is reversed to the paper standard of the national standard (CNS) A4 (210X297mm) " (please read the note on the back first and then fill in this page) 装 · *? Τ_ 线-219S38 Λ 6 Β 6 Fifth, the invention description (1 3) to the card magnetic confirmation ο 8 Step at 0 -〇 at 3 IX □ Insert CJ until the loopback stop temporarily 2 Dama will ii 8 Step at the set 5 3 device knows to set 1 Lika 2 ^ Magnetic will be several times 311 Deal with Ν, take 4 of the 8 units to reduce the step to read the 14th slave with the same number of times, show 82 show in the step show in the show and wait for it to be completed, it will step in the positive Μ 2 Dama made 5 8 steps later in the 9 4 way back to 100 million in mind and IX calculated plus action to write materials 6 8 step in to go to the Da Dajuma 87 stop suddenly Ruobu, At the same time, at the same time 22, the end of the writing is often 19. After the fabric is invested, the card has been reduced by 12 cards. After moving to 9 8 steps, write out the row at the rationale of the displayed value. The 8 7 steps are magnetically blocked / i executes 6 machines and 5 waits for the TC 1 I 6 W step (S, tK ^ 3 After the opening of β, I used the 5 day road I of the unemployed J 4 to do the operation. «J 3S lIEIt is described above, and when the ΛZ square instrument R shows <; The display is set to display and then display the way for electric operation. The value of tt5b can be set to the same operation in e S e. 5 Count the SW of the accumulated IT and get M (all 1 and open (please read first (Notes on the back and then fill out this page) Order-Return to its clock, including the materials that will not be updated. 6 8 Steps are within the printed card magnet of the Central Bureau of Standards of the Ministry of Economic Affairs. In the AA, the letter, the letter, the letter, the information, the time will only be changed. The same can be expected, but also written by the Ministry of Change »All the above is removed and divided, and the reason can be treated as well. The record with the same value as the time is also recorded where 2 ^ 1 Finca should be magnetically matched, the amount is not gold, and it is actually consistent with it Ranked 2 is intended to be used as chemical materials, and other famous stores such as LT. The number of materials recorded is different and the number of other examples is Shishi Leyou and the executive as an example. The material of the book is directly connected to the machine. The paper size is free to use the Chinese National Standard (CHS) A 4 specifications (210 father 297 Mm) 21S936 Λ 6 Π 6 Printed by the Employees ’Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 5. Description of the invention (1 4) The structure that can make the amusement machine and the above-mentioned magnetic card processing device make a linked action is particularly happy. That is, as shown in the figure As shown in FIG. 5, this embodiment has a signal control I / O circuit 56 and a data signal I / O circuit 57 as the calculation circuit 42 and external data I / O means. Each is connected to the signal I / O part of the amusement machine side so that it can TTL level (Level)-Generally very high potential signals are received in serial form. On one side of the front 11 of the main body box, there is a discharge button (Bnttoni) 55C of the magnetic card 12 connected to the manual operation circuit 54. The setting circuit 43 switches the mode (mode) and sets the horizontal mode as follows. This mode is Once the magnetic card 12 is inserted into the insertion port 13, the set value N is continuously subtracted at the preset time interval until the button 55C is pressed. In the embodiment of this structure, the magnetic card 12 is inserted into the insertion port 13 and the recorded data on the magnetic card 12 is read out by the above method. If it is judged that there can be more than one degree of residual power, start (START ) Signal is sent to the amusement machine via the control signal input / output circuit 56 to start the amusement machine. After the game of the amusement machine starts, the amount of the set degree is subtracted from the recording data on the magnetic card 12 at regular intervals, and the recording data on the magnetic card 12 is updated. If the value of the recorded data becomes zero during this update, the magnetic card processing device sends a stop signal to the amusement machine to stop the amusement (GAME) machine after a predetermined final action. On the other hand, when the player intends to terminate the amusement, and the points obtained by the execution of the amusement remain, it is linked to the termination and settlement action of the amusement machine side, and the data from the amusement machine is input to the magnetic card processing device. The size of the circuit paper is free to use the China Sleepy Family Standard (CKS) A 4 specification (210X297 male dragon) .. (please read the note on the back-matters and then fill out this page) installed · printed by Beigong Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs System 2199HR __! H V. Description of the invention (15) 57. Send a pulse signal corresponding to the number of points obtained. After that, the calculation circuit 42 counts the number of pulses input through the data input / output circuit 57 and then performs an addition calculation on this count value (COUNT) and the value currently recorded on the magnetic card 12, and executes the magnetic card with the calculation result 1 After the update process of the recorded data on the 2nd, the discharge process of the magnetic card 12 is executed to terminate the series of actions. However, if the amusement machine does not have the output means corresponding to the above-mentioned pulse wave signal for obtaining points, it is only for the purpose of discharging coins ( In the case of the COIN driving signal and the down counter of points, a clock signal generator can be provided separately, and the output period of the clock signal is limited by the horse driving signal, and the output The clock signal is sent back to the amusement machine, and a down counter is input, and the output of the horse driving signal is stopped by the down counter. [Effects of the invention] As described above, the time interval between the signals recorded on the recording medium is not a main requirement for reading data, so it can tolerate a large change in the traveling speed of the recording medium. There is no need for rigorous waveform regeneration, which can greatly simplify the overall device. Moreover, the recording medium is the magnetic card 12, and at the same time, the setting of the addition and subtraction value N of the numerical data recorded on the magnetic card 12 can be changed manually, so it is not limited to a specific use purpose, but can perform a versatile process 〇 In addition, the cumulative number of data update processing times on the magnetic card 12 can be displayed, so the total number of magnetic cards used can be easily grasped. Moreover, the data entered on the magnetic card can be used for external paper and other methods to carry out the use of this paper standard. Chinese Standard (CNS) A 4 specifications (210x297) (please read the precautions before filling out this page) ,? τ_ 线-219338 Λ 6 13 6 Printed by the Beigong Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Invention description (1 6) Update processing of recorded data, so that it is easy to perform the processing of receiving and processing of data when used with various electrical machines. Multiple advantages. [Simple description of the screen] FIG. 1 is an explanatory diagram of the method used in the present invention, (a) is when the running speed of the recording medium is normal, (b) is when the speed is doubled, (c) is the speed change It's half the time. Fig. 2 is a perspective view of an example of the appearance and partial cross-section of a magnetic card processing device implemented in the present invention. Letter 3 is a cross-sectional view of the walking mechanism portion along line B-3 in FIG. 2. FIG. 4 is a cross-sectional view taken along line 4-4 of FIG. 3. FIG. Fig. 5 shows a block (Block) of the overall configuration of the electrical circuit. FIG. 6 is a block diagram (B 1 〇 c k) showing the detailed structure of the data readout circuit of FIG. 5. FIG. 7 is a waveform diagram illustrating the data writing and reading sequence of the circuit of FIG. 5. FIG. FIG. 8 is a flowchart illustrating the operation sequence of the circuit. Fig. 9 shows a detailed flow chart of the data reading processing procedure of _8. [Explanation of symbols] 12 ...... magnetic card, 1 4 ... display, 1 5 ... walking mechanism, 1 8 ... drive unit, 2 7 ... data readout circuit , 28 ... data writing circuit, 29 ... magnetic head, 39 ... position detection circuit, 41 ... data interpretation circuit, 42 ... calculation circuit, 54 ... manual operation circuit . (Please read the precautions on the back before filling out this page) This paper scale uses the Chinese Sleepy Family Standard (CNS) A 4 specifications (210x297 g; ¢) 1 6