538384 Λ7 ____B7______ 五、發明説明（ ） 發明領域： 一般地，本發明係關於一掃瞄器，更特別的是_，本發 明係關於一用以證實紙幣真實性和決定其中價値之掃瞄紙 幣之設備和方法。 發明背景： 傳統紙幣掃瞄裝置爲，例如特有地與提供顧客飮料和 點心之販賣機和設在例如擁有可以接受紙鈔之娛樂投幣口 式機器之休閒區和提供代幣用以交換紙鈔之視聽區之單獨 機器，該掃瞄機器特有地使用一光源闱來照射該貨幣如同 —自貨幣中獲得其特徵和特性之探測系統。 例如，該聯邦政府最近引入一紙鈔分類明顯地包含不 對稱性指標如相似人們之肖像，且倂入其他能使仿造該紙 幣比以前更加困難之獨一無二的特徵和特性，所以，許多 其他國家擁有能以顏色變化和根據面値變換尺寸之紙鈔。 由於該保護方式，許多傳統紙鈔掃瞄裝置更進一步地 倂入至少一光源和一已連結準直透鏡用來產生一實質上自 紙鈔一側面通過和照亮該紙鈔之平行光線光束。 特有地一已連結之平面/凸透鏡片位在該已照射之紙 幣對側面上用來聚集自紙鈔上之掃瞄光線，和之後提供該 已聚集之掃瞄光線至一已連結之探測器，該探測器依理想 1青況設計能夠證實該真實性和探測該已掃瞄紙幣之價値。 同樣特有地，該凸透鏡自一需要之掃瞄平面（爲該紙 妙）隔開以至於該凸透鏡之焦點理想地接觸到該掃瞄平面 本紙張尺度適用中國國家標率（CNS)A4規格（210X 297公釐） (請先閱讀背面之注意事項再填寫本頁) i,訂 —·, d 經濟部智慈財產局員工消費合作社印製 -4- 538384 A7 B7 '-------------—-------------------- . 五、發明説明（2 〇 所以，在理想狀態下，倂入現今紙鈔中作爲安全埋由 之指標和其他特徵能夠提供一通過該已掃瞄之紙鈔有可以 與某已儲存資訊比較之資訊之光線，闱以證實該已掃瞄之 紙鈔之真實性和價値。 然而，該紙鈔於其需要之掃瞄平面之上或之下的移動 可能將該紙幣帶離該鏡片焦點，爲了都照射和聚焦光線在 —點上而擁有設計限制，特別是考慮到相距於一需要之聚 焦位置爲同小於一毫米之位移可能將該焦距移離其已連接 之需要視位置，並且，已撕裂的、用膠帶貼補的、褪色的 、非常皺折的或磨損變薄的紙鈔將更進一步地加深該問題 〇 再則，紙張天生會散射光線，通過一位在之後被對焦 之需要之掃瞄平面中之紙幣之已散射光線可能完全短於該 深測器，或該通過凸透鏡之光線可能會聚自該已掃瞄之紙 幣之光線至一需要之探測區後面，其雨者任一都是不需要 的。 所以，當比較自一已掃瞄之紙幣之資訊和該校準資訊 ，能有一介於該紙幣和已儲存之校準資訊間之相異和光線 之某波長之#一順性，依上述原因而言。 介於該已掃瞄之紙幣和該校準資訊間之相異也許能在 許多傳統之貨幣掃瞄裝置的設計容許範圍之中’依此結果 該已掃瞄之紙幣可以接受。然而’波長之非順性爲其他事 件。 本紙張尺度適用中國國家標準（CNS ) A4規格（2丨ox 297公釐） ---,--^---L-- (請先閱讀背面之注意事項再填寫本頁) L», ,ιτ d 經濟部智1財產局資工消費合作钍印災 -5- 538384 A7 B7 五、發明説明（3 爲了解決該問題，傳統貨幣掃瞄裝置可能包含如關於 該光源能夠提供多波長之光線之某發光二極體裝置_(或所 謂的包裝）。 然後傳統掃瞄器可能合倂該多數現行技藝之發光二極 體（LEDs)，爲解決已知問題之目的。 在該情形下，一·能夠自藍光轉至紅外光之單通可獲得 之L E D包裝，當倂入該上述之傳統掃瞄貨幣裝置時，能 夠提供該掃瞄裝置一擁有特定波長4 7 0奈米、5 0 5奈 米、62〇奈米、730奈米、840奈米和940奈米 之3¾源。 可惜的是，現今設計之現行技藝之紙幣掃瞄裝置經常 合倂1 2或更多上述L E D包裝，如果該掃瞄裝置適用於 貫寊幣真貫性和其價値，爲其商業需求。 因爲許多原因，因此會需要將現今使用之上述L ED 包裝數從1 2或更多減少至4。 發明槪述： 本發明係關於一不需要準直透鏡之掃瞄器設備，相反 地’該掃瞄器設備合倂一波導，進而，本發明之掃瞄器設 備之結果設計已經能將發光二極體（L E D )包裝數自 1 2或更多減少至4或更少。 本發明之掃猫器設備能較佳地用來掃瞄紙鈔作爲證實 §亥真貫性和決定其中面値之目的。 同樣，當本發明之掃瞄器設備合倂該4 L ED包裝時 本紙悵疋度適用中國國家標準*(€奶）八4規格（210父297公釐） (請先閱讀背面之注意事項再填寫本頁) -訂 經濟部智慧財產局Μ工消骨合作社印製 -6 - 538384 A7 B7 五、發明说明（』 ，該每一 L E D包裝能放置和設在與該貨幣掃瞄平面相對 以便於掃瞄該紙幣之不同的1 / 4部份。 · --->--^---L-- (請先閱讀背面之注意事項再填寫本頁) 所以，本發明之掃瞄器設備包含一掃瞄區、至少一發 光二極體、至少一光線探測器和一波導。 該掃瞄器之掃瞄區界定相對側面且標上尺寸用來使一 可掃瞄之物體放置在該相對側面之間。 該發光二極體裝置設於該掃瞄區之一側面上，且能夠 提供不連續之相異能階之光線’同樣’該發光二極體裝置 放置相對於該掃瞄區以便於使與該二極體裝置連結之光線 肯g掃瞄至少該可掃瞄物體之一部份。 該光線探測裝置自該發光二極體隔開’且同樣設置在 丰目對該掃猫器之掃目苗區’以至於自B亥發光一極體裝置照射 出且之後通過該掃目苗區之光線’能夠提丨共使光線探測器辨 認該已在掃瞄區中掃瞄過之物體之資訊。 d 經濟部智慈財產局Μ工消費合作社印製 該波導設置在該發光二極體和掃瞄區之間，該波導界 定至少一受光孔徑和至少一反光表面，其中該受光孔徑和 該反光表面合作導引光線自該發光二極體至該掃瞄區’且 在中心地會聚該沿著藉由指向該探測器所行進之路徑之光 線。 圖示簡單說明： 圖1爲一用於掃瞄貨幣之傳統設備之示意圖； 圖2爲本發明之掃猫器設備之第一實施例之示意圖； 圖3同樣顯示圖2實施例之較低部份之示意圖； 本紙張尺度適用中國國家梯參（cns )Μ規格（2 ι〇χ 297公廣） 經濟部智慧財產局資工消費合作社印製 538384 A7 B7 五、發^明説明（ 9 圖4爲一沿著圖3之平面4-4所截取之底部平面圖， 圖5A爲以相對之擴大尺寸顯示一如圖3所示之本發明 特徵之說明範例之示意圖； 圖5B爲同樣以相對之擴大尺寸顯示另一如圖3所不本 發明之特徵之說明範例之示意圖； 圖6在一側面示意圖中爲本發明之掃瞄器設備之另一 較佳實施例； 圖7在一側面示意圖中爲本發明之掃瞒器設備之另一 較佳實施例； 在所有圖中，相似參考數字意味著相似的組件部份° (請先閱讀背面之注意事項再填寫本頁)538384 Λ7 ____B7______ 5. Description of the invention () Field of invention: Generally, the present invention relates to a scanner, and more particularly _, the present invention relates to a device for scanning banknotes for verifying the authenticity of banknotes and determining the medium price. And methods. BACKGROUND OF THE INVENTION: Traditional banknote scanning devices are, for example, vending machines that are unique to customers and provide snacks and snacks, and are located in leisure areas, such as those with coin-operated slot machines that can accept banknotes, and provide tokens to exchange banknotes. A separate machine in the audiovisual zone, the scanning machine uniquely uses a light source to illuminate the currency as if-a detection system that obtains its characteristics and properties from the currency. For example, the federal government recently introduced a banknote classification that clearly includes asymmetry indicators such as portraits of similar people, and incorporates other unique features and characteristics that make counterfeiting the banknote more difficult than before, so many other countries have It can change the color and change the size of the banknote according to the face. Due to this protection method, many conventional banknote scanning devices further incorporate at least one light source and a connected collimating lens to generate a parallel light beam that substantially passes through and illuminates the banknote. Uniquely, a connected flat / convex lens is located on the opposite side of the illuminated banknote to collect the scanning light from the banknote, and then provide the collected scanning light to a connected detector, The detector is designed according to ideal conditions to verify the authenticity and detect the value of the scanned banknotes. Also uniquely, the convex lens is separated from a required scanning plane (for the paper) so that the focal point of the convex lens ideally touches the scanning plane. The paper size applies the Chinese National Standard (CNS) A4 specification (210X 297 mm) (Please read the notes on the back before filling out this page) i, order — ·, d Printed by the Consumer Cooperatives of the Intellectual Property Office of the Ministry of Economic Affairs -4- 538384 A7 B7 '-------- -----—--------------------. 5. Description of the invention (2 〇 So, in an ideal state, it is embedded in today's paper money as a security burial. The indicators and other characteristics can provide a light through which the scanned banknote has information that can be compared with some stored information to confirm the authenticity and value of the scanned banknote. However, the paper The movement of a banknote above or below its required scanning plane may bring the banknote away from the focal point of the lens, with design restrictions in order to both illuminate and focus the light at the point, especially considering the distance from a required focus Displacement of the same position less than one millimeter may move the focal distance away from its connected desired position, and Paper problems that have been torn, taped, faded, very wrinkled or thinned will further aggravate the problem. Furthermore, the paper will naturally scatter light and pass through a bit to be focused later. The scattered light of the banknote in the required scanning plane may be completely shorter than the depth sensor, or the light passing through the convex lens may be focused from the light of the scanned banknote to a required detection area. One is not needed. Therefore, when comparing the information of a scanned banknote with the calibration information, there can be a difference between the banknote and the stored calibration information and a certain wavelength of light # 一 顺The difference between the scanned banknote and the calibration information may be within the design tolerance of many traditional currency scanning devices. 'As a result, the scanned banknote Acceptable. However, the non-compliance of the wavelength is other events. This paper size applies the Chinese National Standard (CNS) A4 specification (2 丨 ox 297 mm) ---,-^ --- L-- (please first Read the notes on the back and fill in (Page) L »,, ιτ d Ministry of Economic Affairs, Intellectual Property Bureau, Assets, Industry, Labor, and Consumer Cooperation. -5- 538384 A7 B7 V. Description of Invention (3 In order to solve this problem, traditional currency scanning devices may include A light emitting diode device (or so-called packaging) that provides multi-wavelength light. Then conventional scanners may incorporate the light emitting diodes (LEDs) of most current technologies for the purpose of solving known problems. In this case, one. A single-pass LED package that can be converted from blue light to infrared light, when the traditional currency scanning device described above is incorporated, the scanning device can be provided with a specific wavelength of 470 nm. , 505 nm, 62 nm, 730 nm, 840 nm, and 940 nm. Unfortunately, the current state-of-the-art paper currency scanning devices are often combined with 12 or more of the above LED packages. If the scanning device is suitable for the authenticity of coins and its price, it is a commercial requirement. For many reasons, it may be necessary to reduce the number of the above-mentioned LED packages used today from 12 or more to four. Description of the invention: The present invention relates to a scanner device that does not require a collimating lens. Conversely, the scanner device incorporates a waveguide. Furthermore, the resulting design of the scanner device of the present invention can already emit light. The number of polar body (LED) packages has been reduced from 12 or more to 4 or less. The cat sweeping device of the present invention can be preferably used for scanning banknotes as a verification of the authenticity of the bill and the purpose of deciding what to do. Similarly, when the scanner device of the present invention is combined with the 4 L ED package, the paper size is applicable to the Chinese national standard * (€ milk) 8 4 specifications (210 father 297 mm) (Please read the precautions on the back before (Fill in this page)-Ordered by the Intellectual Property Bureau of the Ministry of Economic Affairs, M Engineering and Bone Reduction Cooperatives-6-538384 A7 B7 V. Description of the invention (", each LED package can be placed and set opposite to the currency scanning plane to facilitate Scan different quarters of the banknote. · --- >-^ --- L-- (Please read the notes on the back before filling this page) So, the scanner device of the present invention The scanning area includes a scanning area, at least one light emitting diode, at least one light detector, and a waveguide. The scanning area of the scanner defines the opposite side and is dimensioned to allow a scanable object to be placed on the opposite side. The light emitting diode device is disposed on one side of the scanning area and can provide discontinuous light of different energy levels. “Similarly” the light emitting diode device is placed opposite to the scanning area to facilitate Scanning at least one of the scannable objects by the light connected to the diode device The light detecting device is separated from the light-emitting diode 'and is also arranged in the sweeping seedling area of Fengmu's cat sweeper' so as to be irradiated from the Bhai light-emitting diode device and then passed through the scanning device. The light in the Miao Miao area can provide information for the light detectors to identify the objects that have been scanned in the scanning area. D Printed by the Intellectual Property Bureau of the Ministry of Economy, M Industrial Consumer Cooperative, the waveguide is set on the light Between the polar body and the scanning area, the waveguide defines at least one light receiving aperture and at least one reflective surface, wherein the light receiving aperture and the reflective surface cooperate to guide light from the light emitting diode to the scanning area 'and in the center Converge the light along the path traveled by pointing to the detector. Brief description of the diagram: Figure 1 is a schematic diagram of a traditional device for scanning money; Figure 2 is the first cat scanner device of the present invention The schematic diagram of the embodiment; Fig. 3 also shows the schematic diagram of the lower part of the embodiment of Fig. 2; This paper size is applicable to the Chinese national ginseng (cns) M specification (2 ιχχ 297 public broadcasting). Printed by Consumer Cooperatives 538384 A7 B7 V. Explanation of the instructions (9 Figure 4 is a bottom plan view taken along the plane 4-4 of Figure 3, Figure 5A is a relatively enlarged size showing a feature of the present invention shown in Figure 3 Schematic diagram illustrating the example; FIG. 5B is a schematic diagram showing another illustrative example of the features of the present invention as shown in FIG. 3 in a relatively enlarged size; FIG. 6 is a schematic diagram of another side of the scanner device of the present invention The preferred embodiment; Figure 7 is a side schematic view of another preferred embodiment of the concealer device of the present invention; in all figures, similar reference numerals mean similar component parts ° (Please read the back (Please fill in this page again)
主要元件對照表_ 100 掃描器設備 102 開口或孔徑 104 上界 10 6 下界 1 1〇 路徑 114 發光二極體 1 I 6 準直透鏡 1 2 0 探測器 12 2 平凸透鏡 200 掃描器設備 202 開口或孔徑 204 上界 本紙張尺度適用中國國家標準（CNS )八4規格（210X 297公廣） -8- 經濟部智慈財產局員工消費合作钍印災 538384 A7 B7 五、4务明説明（g 20 6 下界 2 1 0 路徑 2 1 4 發光二極體 220 探ί則器 22 2 平凸透鏡 23 0 波導 23 2 窗孔 2 3 4 反光側表面 236 有溝槽之表面 2 1 8Α 孔徑 2 1 8 Β 孔徑 2 1 8C 孔徑 2 1 8D 孔徑 2 1 8Ε 孔徑 2 18F 孔徑 23 8 溝槽 23 9 溝槽 240 溝槽 A - Α 中屯、軸 2 3 6A 圖解溝槽 2 3 6B 圖解溝槽 300 掃描器設備 3 I 0 路徑 3 14 發光二極體 本紙張尺度適用中國國家標準·（ CNS ) Μ規格（210X 297公釐） (請先閱讀背面之注意事項再填寫本頁)Main component comparison table_ 100 Scanner device 102 Opening or aperture 104 Upper bound 10 6 Lower bound 1 10 Path 114 Light emitting diode 1 I 6 Collimation lens 1 2 0 Detector 12 2 Plano-convex lens 200 Scanner device 202 Open or Aperture 204 Upper bound This paper size applies to China National Standard (CNS) 8 4 specifications (210X 297 public broadcasting) -8- Consumption cooperation of employees of the Intellectual Property Office of the Ministry of Economic Affairs 538384 A7 B7 V. 4 clear instructions (g 20 6 Lower bound 2 1 0 Path 2 1 4 Light-emitting diode 220 Probe 22 2 Plano-convex lens 23 0 Waveguide 23 2 Window hole 2 3 4 Reflective side surface 236 Grooved surface 2 1 8Α Aperture 2 1 8 Β Aperture 2 1 8C Aperture 2 1 8D Aperture 2 1 8E Aperture 2 18F Aperture 23 8 Groove 23 9 Groove 240 Groove A-Α Zhongtun, shaft 2 3 6A Graphic groove 2 3 6B Graphic groove 300 Scanner device 3 I 0 Path 3 14 Emitting Diode This paper size is in accordance with Chinese National Standard (CNS) M size (210X 297 mm) (Please read the precautions on the back before filling this page)
-9- 經濟部智慈財產局員工消f合作社印製 538384 A7 B7 五、考蒼明説明（、 33 0 波導 33 2 窗孔 3 3 4 反光側表面 35 0 光整形之散光器表靣 35 2 金屬化材料 36 0 中心部份 36 2 分隔末端部份 37 0 光整形之散光器層 38 0 棱鏡材料 B - B 中心軸 400 掃描器設備 4 10 路徑 420 探測器 440 波導 47 0 光整形之散光器層 48 2 棱鏡材料 4 8 4 稜鏡材料 丰目關之現行技藝之掃瞄器和問題： 圖1，如一不意圖，敘述一傳統設備1 0 0用來掃猫 紙鈔，特別地該設備1 0 0包括一開口或一孔徑1 0 2形 成一細長孔徑用來裝入紙幣至該設備1 0 0中。 該紙幣裝入孔徑或開口 1 0 2包括一上界1 0 4和一 下界1 0 6 ，理想地經由開口 1 0 2裝入該設備1〇0之 本紙張尺度適用中國國家標隼（CNS ) A4規格（210X29?公釐） (請先閱讀背面之注意事項再填寫本頁)-9- Printed by the staff of the Intellectual Property Bureau of the Ministry of Economic Affairs, printed by the cooperative 538384 A7 B7 V. Cang Cangming instructions (, 33 0 waveguide 33 2 window holes 3 3 4 reflective side surface 35 0 light shaping diffuser table 靣 35 2 Metallized material 36 0 Central part 36 2 Separating end part 37 0 Light shaping diffuser layer 38 0 Prism material B-B Central axis 400 Scanner device 4 10 Path 420 Detector 440 Waveguide 47 0 Light shaping diffuser Layer 48 2 Prism material 4 8 4 稜鏡 Material scanner and problems of the current art of Fengmuguan: Figure 1, if not intended, describes a traditional device 1 0 0 is used to scan cat banknotes, especially the device 1 0 0 includes an opening or an aperture 1 0 2 to form an elongated hole for loading banknotes into the device 100. The bill is inserted into the aperture or opening 1 0 2 and includes an upper bound 104 and a lower bound 10 6. Ideally, the paper size of the paper loaded into the device 100 through the opening 102 is applicable to China National Standard (CNS) A4 (210X29? Mm) (Please read the precautions on the back before filling this page)
-10- 經濟部智慧財產局8工消費合作钍印製 538384 A7 B7 五、考务明説明（ d-10- Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and the 8th Industrial Co-operation Consumption 538384 A7 B7
紙幣（未顯示）沿著一行徑（依虛線所示）移動’該行徑 肯g想成一依延伸至該專利說明書之圖1 g亥頁之平面D 同樣該掃瞄紙幣設備1 〇 〇包含自該下界1 0 6沿著 其長度隔開之多數發光二極體（L E D s ) ’如同之前說 的，如果該設備1 〇 〇爲用來證實紙幣真實性和價値’則 1 2或更多上述L E D包裝1 1 4必須倂入該掃瞄器設備 1〇〇中俾以達到其商業目的。 同樣倂入該於圖1所敘述之相對多數傳統佈置爲準直 透鏡1 1 6 ，在此每一透鏡一樣地自該下界1 〇 6固定地 沿著其長度所隔開’在該傳統範例說明之掃瞄器佈置下’ 每一準直透鏡1 1 6與其相對之L E D包裝1 1 4相關， 所以由於所示該掃瞄器之安排，這每一準直透鏡位於該下 界1 0 4和其已連結之L E D包裝1 1 4之間。’ 圖1之掃瞄紙幣設備1 0 0進而包含相對多數之單平 凸聚光透鏡1 22，每一單平凸聚光透鏡122設置於該 上界1 0 4和一已連結之紙鈔真實性和面値探測器1 2〇 之間。 在理想狀況下，每一單平凸聚光透鏡能夠會聚通過紙 鈔之光線至該已連結探測器1 2 0之一先擇部份（或交點 )上。 在操作中，爲了證實該裝入紙鈔之真實性和探測其中 面値之目的，該多數單平凸聚光透鏡1 2 2會聚光線使得 該多數探測器1 2 0能探測特定之光能能階。 所以如圖1之該掃瞄紙鈔設備1 〇 〇必須進而包含相 本紙張尺度適用中國國家標華（CNS ) A4規格（210><297公釐） 一~ - -11 - (請先閱讀背面之注意事項再填寫本頁)Banknotes (not shown) are moved along a line (shown as a dotted line). The line is considered to extend to the plane D of page 1 of the patent specification, and the plane D of the paper sheet. Lower bound 10 6 Most light-emitting diodes (LEDs) spaced along their length 'As stated before, if the device 100 is used to verify the authenticity and value of a banknote' then 12 or more of the above LEDs Packaging 1 1 4 must be incorporated into the scanner device 100 to achieve its commercial purpose. Similarly, the relatively majority of the conventional arrangements described in FIG. 1 are collimating lenses 1 1 6, where each lens is uniformly spaced from the lower bound 10 6 along its length, as described in the traditional example. Under the scanner arrangement, each collimating lens 1 1 6 is related to its corresponding LED package 1 1 4, so due to the arrangement of the scanner shown, each collimating lens is located in the lower bound 104 and its Connected LED packages between 1 1 4. '' The banknote scanning device 100 of FIG. 1 further includes a relatively large number of single plano-convex condenser lenses 122, and each single plano-convex condenser lens 122 is disposed on the upper boundary 104 and a connected banknote is real Sex and facial detectors between 120 and 20. Under ideal conditions, each single plano-convex condenser lens can converge the light passing through the banknote to a preselected part (or intersection) of the connected detector 120. In operation, for the purpose of verifying the authenticity of the loaded paper note and detecting its inner surface, the majority of the single plano-convex condenser lens 1 2 condenses the light so that the majority of the detectors 120 can detect specific light energy Order. Therefore, the paper currency scanning device 100 as shown in Figure 1 must further include the photo paper size applicable to China National Standards (CNS) A4 specifications (210 > < 297 mm) 1 ~--11-(Please read the back first (Notes for filling in this page)
538384 A7 ___ B7 五、發明説明（会 對多數之探測器1 2 0其每一探測器能夠證實該紙鈔之真 實性和探測其中相對面値。 - 再則，該多數探測器1 2 0 (即爲1 2或更多）藉由 現今設計自該上界1〇4固定烛沿著其中長度所隔開，每 一探測器相關於一相同聚光透鏡和相同L E D包裝1 1 4 和準直透鏡1 1 6，爲其上述之原因。 傳統掃瞄器仍然有著問題，如上述，紙鈔移到其需要 之掃瞄平面之上或之下之移動可能將該紙鈔帶離該聚光凸 透鏡1 2 2之焦點，同樣，紙張本身會散射光線，因此， 使當一傳統設備合倂該上述之多數之L E D包裝1 1 4 和相關多數之準直透鏡1 1 6、凸透鏡1 2 2和探測器 1 2 0，則通過一位於該掃瞄平面中之產生之散射光線， 該光線之後會聚，可能並未完全到達該一或多之多數探測 器120，或通過一或多之多數凸透鏡1 2 2之光線可能 將會聚已掃猫之紙鈔之光線至一相關探測器1 2 0之需要 之探測區後，其中兩者任一都爲不需要的。 依相關透鏡1 1 6和1 2 2調整每一 L E D包裝 1 1 4爲現今掃瞄器製造者所面對之一主要問題且不當調 整是很普遍的。 不必要之複雜結構可能導致該設備之額外費用，且於 It匕可能產生可靠之操作效果，因此需要的是藉由減少現在 於現行技藝掃瞄器中所需之L E D包裝和相關組件之數量 來減低一掃瞄器設備之複雜性，俾以顧及該上述相關組件 之：減少，形成一較不複雜之設備。 本紙張足度適用中國國家標隼（CNS ) A4規格（210X297公釐） ----·--^---衣-- (請先閲讀背面之注意事項再填寫本頁} 丨訂 經濟部智慈財產局資工消費合作社印製 -12- 538384 A7 B7 五、發明説明（i>〇 組件部份的多重性可能不好地影響體積需要和傳統掃 瞄器之相關外觀顧慮，爲了最小化其體積需要，因此該組 件數之減少可能爲必要的。 再則需要的是該產生之較不複雜之設備仍應該能夠依 萎，常高的可靠度和正確性和統計上之非常慎重之精密度來 證實該紙鈔之正確性和決定其面額或價値。 較佳實施例之詳細說明： 在結構中，圖2描述本發明之掃瞄器設備2 0 0之一 實施例，設備2 0 0較佳地使用爲掃瞄紙鈔作爲證實其真 實性和決定其價値。 紙鈔掃瞄器設備2 0 0只有包含四發光二極體2 1 4 其位置將與和圖4在下面作敘述。 這每一發光二極體能夠產生有許多不連續相異波長之 光線，其中每一光線各有一不連續之能階，較佳地，每一 L E D包裝2 1 4能夠產生擁有2到1 0之不連續之相異 能階，更佳的是，每一 L E D包裝2 1 4能夠產生一擁有 4到8之不連續之相異能階視該波長而定，最佳的L E D 包裝2 1 4 (圖4中所示）能夠產生一擁有6相異能階的 光線，特別的是，該紙幣掃猫器設備2 0 0之最佳L E D 包裝2 1 4能夠產生光線擁有相關不連續之相異波長 4 70奈米、5〇5奈米、620奈米、730奈米、 8 4 0奈米和9 4 0奈米，特別的是，圖4在結構上描述 在LED包裝2 1 4上之6孔徑，其中該孔徑2 1 8A、 本紙張尺度適用中國國家標隼（CNS ) Α4規格（210Χ 297公釐） ---·——L---— (請先閱讀背面之注意事項再填寫本頁) 」訂 經濟部智慈財產局0(工消費合作社印製 -13- 538384 A7 _______B7 _ 五、發明説明（ ）1 2 186、2 18〇、218〇、218已和218?每 ―與之前即提到之光線之六波長之中一相異波長相關。 本發明之掃瞄器設備2 0 0不需要一準直透鏡，相反 地，本發明之掃瞄裝置2 0 0包含一波導2 3 0，波導 2 3 0包含位在其中相對末端之已擦亮之乾淨窗孔。該窗 2 3 2設置與一相關L E D包裝相對以便於使自該相關 L E D包裝2 1 4之光線能進入該波導2 3 0。 再則該說明之波導包括一側表面2 3 4和一有溝槽之 表面2 3 6作爲導引自該L E D包裝2 1 4之光線往該紙 鈔行進之一路徑2 1 0 (如虛線所述）方向其中該行徑認 爲是一延展至該專利說明書之圖2該頁之平面。設置於波 導2 3 0之相對末端上之側表面2 3 4被金屬化。如上述 每一已金屬化之表面2 3 4設置於與一相關L ED包裝 2 1 4相對以便於導引自該L E D包裝2 1 4之光線往掃 瞄路徑2 1〇。 有溝槽之表面2 3 6包含個別溝槽2 3 8 — 2 4〇， 在示意圖上敘述於圖3和圖4中，每一所示之溝槽2 3 8 爲在有溝槽之表面2 3 6之角相鄰表面部份之一較高接合 I占上所形成之圖解溝槽，反之，溝槽2 3 9和溝漕2 4〇 爲在該有溝槽之表面2 3 6之角相鄰表面部份之個別地一 中間接合點和一較低接合點上之圖解溝槽。 爲了許多原因有溝槽之表面2 3 6以軸A — A C圖3 )對稱。第一，該光源C藉由該LED包裝2 14所提供 )縱向地設置在該波導2 3 0之相對末端上，同樣該波導 本紙張瓦及適用中國國家標羊（CNS ) Α4規格（210Χ297公釐） ---·--j---衣-- (請先閱讀背面之注意事項再填寫本頁)538384 A7 ___ B7 V. Description of the Invention (For each of the majority of detectors 120, each detector can confirm the authenticity of the banknote and detect the opposite side of it.-Furthermore, the majority of detectors 1 2 0 ( That is 12 or more) By designing from today the upper bound 104 fixed candles are separated along its length, each detector is related to a same condenser lens and same LED package 1 1 4 and collimation The lens 1 1 6 is the reason for the above. Conventional scanners still have problems. As mentioned above, the movement of the paper currency above or below the scanning plane that it needs may bring the paper currency away from the condenser lens. The focus of 1 2 2 is also that the paper itself scatters light. Therefore, when a traditional device combines the above-mentioned majority of LED packages 1 1 4 and the related majority of collimating lenses 1 1 6, convex lenses 1 2 2 and detection Device 1 2 0, then passes through a scattered light generated in the scanning plane, the light converges, and may not completely reach the one or more majority of the detectors 120, or through one or more majority of the convex lenses 1 2 The light of 2 may gather the light of the swept banknote After reaching the required detection area of a related detector 1 2 0, either of them is not needed. Adjust each LED package 1 1 4 according to the related lens 1 1 2 and 1 2 4 for the current scanner manufacturing One of the main problems faced by users is improper adjustment. Unnecessarily complicated structures may cause additional costs for the device, and it may produce reliable operating effects, so what is needed is to reduce the current The number of LED packaging and related components required in the technology scanner reduces the complexity of a scanner device, taking into account the above related components: reduction, forming a less complicated device. This paper is fully applicable to China National Standard (CNS) A4 Specification (210X297mm) ---- ·-^ --- Clothing-(Please read the notes on the back before filling out this page} Printed by the Consumer Cooperatives-12- 538384 A7 B7 V. Description of the Invention (i > 〇 The multiplicity of component parts may not affect the volume requirements and the related appearance concerns of traditional scanners. In order to minimize their volume requirements, Reduced component count It may be necessary. What is needed is that the less complicated equipment should still be able to rely on withering, often high reliability and correctness and statistically very careful precision to verify the correctness and Decide on its denomination or price. Detailed description of the preferred embodiment: In the structure, FIG. 2 describes one embodiment of the scanner device 2000 of the present invention. The device 2000 is preferably used for scanning paper money as Verify its authenticity and determine its price. The paper money scanner device 2000 only contains four light-emitting diodes 2 1 4 and its position will be described below with FIG. 4. Each of these light-emitting diodes can generate a number of rays with discontinuous and different wavelengths, each of which has a discontinuous energy level. Preferably, each LED package 2 1 4 can produce a light having a wavelength of 2 to 10 Discontinuous phase difference level, more preferably, each LED package 2 1 4 can produce a discontinuous phase difference level with 4 to 8 depending on the wavelength. The best LED package 2 1 4 ( (Shown in Figure 4) can produce a light with 6 different levels of energy, in particular, the best LED package 2 1 0 of the banknote cat sweeper device 2 0 4 can produce light with related discontinuous different wavelengths 4 70nm, 505nm, 620nm, 730nm, 840nm and 940nm, in particular, Figure 4 is described structurally on the LED package 2 1 4-6 Aperture, in which the aperture 2 1 8A, this paper size is applicable to China National Standard (CNS) A4 specifications (210 × 297 mm) --- · ——L ---- (Please read the precautions on the back before filling in this Page) '' Order of the Intellectual Property Office of the Ministry of Economic Affairs 0 (printed by the Industrial and Consumer Cooperatives-13- 538384 A7 _______B7 _ V. Description of the invention () 1 2 186, 2 18 218, 218 and 218? Are each related to a different wavelength among the six wavelengths of light mentioned earlier. The scanner device 200 of the present invention does not require a collimating lens. On the contrary, the present invention The scanning device 200 includes a waveguide 230, and the waveguide 230 includes a polished clean window hole at the opposite end thereof. The window 2 32 is arranged opposite to an associated LED package so that The light from the relevant LED package 2 1 4 can enter the waveguide 2 3 0. Furthermore, the waveguide of the description includes a side surface 2 3 4 and a grooved surface 2 3 6 as a guide from the LED package 2 1 4 Light travels in a direction 2 1 0 (as indicated by the dashed line) of the paper currency. The path is considered to be a plane extending to the page of Figure 2 of the patent specification. It is disposed on the opposite end of the waveguide 2 3 0 The side surfaces 2 3 4 are metallized. As described above, each metallized surface 2 3 4 is disposed opposite a related LED package 2 1 4 so as to guide the light from the LED package 2 1 4 to the scanning path. 2 1〇. The grooved surface 2 3 6 contains individual grooves 2 3 8 — 2 4〇, which is illustrated in the schematic diagram in FIG. 3 In FIG. 4, each of the grooves 2 3 8 shown is a diagrammatic groove formed by a higher junction I on the adjacent surface portion of the corner of the grooved surface 2 3 6, otherwise, the groove The groove 2 39 and the groove 2 40 are diagrammatic grooves at an intermediate joint point and a lower joint point respectively at the corner adjacent surface portions of the grooved surface 2 36. For many reasons, the grooved surfaces 2 3 6 are symmetrical about axis A-AC (Figure 3). First, the light source C (provided by the LED package 2 14) is vertically arranged on the opposite end of the waveguide 230. Similarly, the waveguide paper tile and the Chinese national standard sheep (CNS) A4 specification (210 × 297 male) are applicable. Li) --- · --j --- yi-- (Please read the precautions on the back before filling in this page)
、1T 經濟部智慧財產局資工消費合作钍印焚 -14- 538384 A7 B7 五、考务明説明（h 2 3 0之角側表面2 3 4設置與其相關L E D包裝2 1 4 丰目對以便於匯集該6不連續相異波長之已反射光線至中間 軸A - A。並且，該有溝槽之表面2 3 6本身由細小圖解 溝槽2 3 6 A (圖5 A )和溝槽2 3 6 B (圖5 B )，被 設計用來在中心匯集光線。 再則在此情況中，以三角形式所形成且設在更靠近該 窗孔2 3 2之溝槽2 3 6 B (圖5 B )依尺寸上來分配以 便於使該6波長之第一部份自該側表面2 3 4和有溝槽之 表面2 3 6反射而在中心地往軸A — A匯集。繼續更靠近 中心軸A — A細小溝槽2 3 6 A甚至更靠近一點地分隔（ 圖5 A )以便於使自L E D包裝2 1 4之光線之六波長之 第二部份在中心上往軸A - A匯集，所以附加細小溝槽（ 未圖示）對稱地形成在相對於該中心軸A - A之溝槽表面 2 36中，使用於相關CIP Ser.No.09/ 5 17，24〇（申請於03/02/2〇0〇）（之前 戶斤提及的）所發表之技術，直到所有自L E D包裝2 1 4 之光線之6波長在中心上匯集爲止。 簡要範例爲圖3用以指明該有溝槽之表面2 3 6之已 街述之角定向必須進而認爲是該相關細小溝槽2 3 6 A ( 圖5A)和2 36B (圖5B)之角定向用以在此達到已 露兌；明之效果。 藉由設計，因此有溝槽之表面2 3 6包含該尺寸對稱 ί：也往中心軸A - A減少之細小溝槽用來調和該6相異波長 之不同頻率，使相同強度之光線沿著路徑2 1 0掃瞄紙幣 本紙張尺及適用中國國家標奉（CNS ) A4規格（210><297公釐） (請先閱讀背面之注意事項再填寫本頁) 經濟部智慧財產局8工消費合作社印^、 1T Industrial and consumer cooperation cooperation between the Intellectual Property Bureau of the Ministry of Economy and the Ministry of Economic Affairs -14- 538384 A7 B7 V. Examination instructions (h 2 3 0 corner side surface 2 3 4 Set up its related LED packaging 2 1 4 The 6 reflected discontinuous wavelengths of different wavelengths are collected to the intermediate axis A-A. Moreover, the grooved surface 2 3 6 itself is formed by a small diagram of the grooves 2 3 6 A (Figure 5 A) and the groove 2 3 6 B (Figure 5 B) is designed to collect light in the center. In this case, in the case of a triangle, the groove 2 3 6 B is formed closer to the window hole 2 3 2 (Figure 5 B) The size is allocated so that the first part of the 6 wavelengths reflects from the side surface 2 3 4 and the grooved surface 2 3 6 and converges on the axis A-A in the center. Continue closer to the center Axis A — A small grooves 2 3 6 A are even closer to each other (Figure 5A) so that the second part of the six wavelengths of the light from the LED package 2 1 4 is centered toward the axis A-A Therefore, additional small grooves (not shown) are symmetrically formed in the groove surface 2 36 with respect to the central axis A-A, and are used for the relevant CIP Ser. No. 09/5 17, 24 (The application was filed on 03/02/2000) (referred to by the previous customer) until all 6 wavelengths of the light from the LED package 2 1 4 are collected at the center. A brief example is shown in Figure 3. The corner orientation of the grooved surface 2 3 6 that has been described must be further considered to be the corner orientation of the relevant fine grooves 2 3 6 A (Figure 5A) and 2 36B (Figure 5B) used here To achieve the effect of exposed; bright. By design, therefore the grooved surface 2 3 6 contains the dimension symmetry ί: small grooves also reduced towards the central axis A-A are used to tune the different frequencies of the 6 different wavelengths Make the light of the same intensity scan the paper rule along the path 2 10 and apply the Chinese National Standard (CNS) A4 specification (210 > < 297 mm) (Please read the precautions on the back before filling this page ) Printed by the Consumer Property Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs ^
-15- 538384 A7 ____B7_ 五、發明説明（）3 ，該淨效應，即爲成本效率，爲由於使用一極小量之能階 所產生之一相同條形或矩形之光線。 - (請先閱讀背面之注意事項再填寫本頁) 該圖解之波導2 3 〇 (圖2和圖3 )爲一由可購得之 汚録酸材料所製成之所謂的梯形稜鏡其中該丙烯酸材料爲 高透明度且能夠以高效率傳輸光線，因此達到實質上內部 纟反射。 該側表面2 3 4和有溝槽之表面2 3 6依可購得之高 度反射之材料來金屬化用來在中心上反射光線至軸A - A 和路徑2 1 Ο ，如上述。再則於此情形下，有溝槽之表面 2 3 6本身特別地設計用來均一地匯集不連續之相異波長 和相關能階之光線至一物體像是被設備2 0 0掃瞄之紙鈔 〇 在圖6中，有一包含波導330和LED包裝314 之所示掃瞄器設備3 0 0，且被隔開之反光之側表面3 3 4設在波導3 3 0之縱向相對末端上，波導3 3 0進而包 含一對相隔開被擦亮之可透光之乾淨窗孔3 3 2，其中該 每一窗孔設置在相鄰一相關L E D包裝3 1 4以便於達到 一上述之光條效果。 經濟部智慈財產局員工消費合作社印製 於一有溝槽之表面（上述）地方本發明之實施例合倂 一介於該窗孔3 3 2間之多樣立體照相之光整形之散光器 表面3 5 0至該圖解波導3 3 0之設計，該光整形之散光 器表面3 5 0由於一用於該底部之可購得之金屬材質層而 向上地可反光，特別的是，使用例如在——般申請之專利 應用之技術該合倂於可反光散射器表面3 5 0中之變化性 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐) 538384 A7 B7 五、發明説明（ ί>4 爲了掃瞄該物體之目的而能夠達到掃瞄器設備2 0 0之該 可變有溝槽之表面2 3 6之相同效果，作爲會聚於波導 3 3 0中之中間反射光線至設備3 0 0之中心軸Β - Β且 向上地達到該提及之光條效果。 爲達到該效果，一中間部份3 6 0 (於圖6中描述介 於垂直虛線之間）較佳地具有一沿著該長度之較大光輸出 之分佈角8 0 °到9 5 °和一沿已掃瞄之紙鈔之較小光分佈 角2 5 °到3 5 ° ，線型分散器表面3 5 0進而包含分隔開 之未端部份3 6 2，其中每一位於鄰近相關L E D包裝 3 1 4，再則較佳地，每一部份具有一沿該長度之較大角 6 0 °到7 5 °和一沿紙鈔之寬度之較小角1 〇 °到2 5 ° 其中該紙鈔經路徑3 1 0藉由掃瞄器3 0 0所掃瞄。 爲了自波導3 3 0之該光整形之散光器表面3 5 0接 收該中心聚集且向上分佈之光線，該設備進而包含一設置 於波導3 3 0之上之一光整形散光器之表面層3 7 0如圖 6所示。 較佳地該層3 7 0同樣具有一沿著該長度之較大光之 分佈角8 0 °到9 5 °和一沿已掃瞄之紙鈔之較小光分佈角 2 5 °到3 5 °如同該中心部份3 6〇，而且，該層3 7〇 禾口中心部份3 6 0有其已調整之光整形之散光器之較大角 定向和較小角定向，用來達到之前所提及之效果。 一張可任意選擇之可購得稜鏡材料3 8 0之後可能設 置在相對於光整形散光器之表面層3 7 0之路徑3 1 0相 對兩側上，用於減少離開已掃瞄紙幣背面之光線影響。 本紙伕尺度適用中國國家標準（CNS ) Α4規格（210Χ297公釐） ---·—L---衣-- (請先閲讀背面之注意事項再填寫本頁) 丨訂 經濟部智慈財產局3(工消費合作社印^ -17- 538384 Α7 Β7 五、考蒼明説明（^5 (請先閱讀背面之注意事項再填寫本頁) 然而本發明之掃瞄器設備4 0 0之另一實施例如圖7 所示，包含波導4 4 0和之前所設置之光整形散光器之表 面層470 ，如在掃瞄器設備3 00中（請參考圖6)， 設在該相對於波導4 4 0之路徑之該相對側，多數探測器 4 2 0沿著路徑4 1 0常相互分配以至於證實紙幣之真實 性和決定其價値，其中該紙幣藉由一傳統機械構造之使用 使其沿著路徑4 1 0行進，一單列探測器4 2 0可能依掃 瞄紙幣之尺寸大小具有八到十二個別探測器4 2 0。 一張可購得稜鏡材料4 8 0設在介於路徑4 1 0和該 光整形散光器之表面層4 7 0之間用於減少光線散射之影 響，而且使得該介於該層4 7 0和路徑4 1 0之光線準直 ，介於該探測器4 2 0和路徑4 1 0之間至少有一張另外 可購得之稜鏡材料4 8 2，其中較佳地該稜鏡材料具有對 稱地設在相對於該紙幣之稜鏡溝槽（未顯示），而該紙幣 爲沿著路徑4 1 0行進即自圖7頁之平面送出，另外一張 可購得之稜鏡材料4 8 4可能放置介於該稜鏡材料片 4 8 2和探測器4 2 0之間，用於減少介於路徑4 1 0和 經濟部智慧財產局員工消費合作社印焚 深測器4 2 0間之光散射影響。 在此以詳細敘述和說明爲一用於紙鈔之新穎掃瞄器設 備，當本發明之掃瞄器設備已經依許多較佳實施例之參考 來描述，可以知道的是該熟習此技藝之人在讀完該顯示說 明之後將重視本發明之價値，且知曉已顯示於其中之要素 不Ή成分之某相同物，所以本發明並不受限於現今之較佳實 皰例，而是提供可能之最廣領域，如隨後申請專利範圍所 本紙張尺度適用中國國家標參（CNS ) Α4規格（210Χ：297公釐） -18- 538384 A7 B7 五、發明説明（ ）6 描述 ---.—U---衣— (請先閱讀背面之注意事項再填寫本頁) 訂 經濟部智慧財產局g(工消費合作钍印製 本紙張义度適用中國國家標隼（CNS ) A4規格（210X 297公釐） -19--15- 538384 A7 ____B7_ 5. Description of the invention () 3. The net effect is cost efficiency. It is a light of the same stripe or rectangle produced by using a very small amount of energy level. -(Please read the precautions on the back before filling this page) The illustrated waveguide 2 3 0 (Figure 2 and Figure 3) is a so-called trapezoid made of commercially available acid-staining materials. Acrylic materials are highly transparent and capable of transmitting light with high efficiency, thus achieving substantial internal chirping reflections. The side surface 2 3 4 and the grooved surface 2 3 6 are metallized according to commercially available highly reflective materials to reflect light at the center to the axis A-A and the path 2 1 0, as described above. Furthermore, in this case, the grooved surface 2 3 6 itself is specially designed to uniformly collect discontinuous light of different wavelengths and related energy levels to an object like a paper scanned by the device 2 0 0 Note: In FIG. 6, there is a scanner device 300 including a waveguide 330 and an LED package 314 as shown, and the spaced reflective side surface 3 3 4 is provided on the longitudinally opposite end of the waveguide 3 300, The waveguide 3 3 0 further includes a pair of light-transmissive clean window holes 3 3 2 spaced apart, wherein each of the window holes is disposed adjacent to an associated LED package 3 1 4 so as to reach a light bar as described above. effect. Printed on a grooved surface (above) by a consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, the embodiment of the present invention combines a light-shaping diffuser surface with various stereoscopic photographs between the window holes 3 3 2 50 to the design of the illustrated waveguide 3 3 0, the light-shaping diffuser surface 3 5 0 is upwardly reflective due to a commercially available layer of metal material for the bottom, in particular, using, for example,- —Generally applied patent applied technology The combination of variability in the surface of the reflective diffuser 3 50 This paper size applies to Chinese National Standard (CNS) A4 specification (210X297 mm) 538384 A7 B7 V. Description of the invention (ί > 4 For the purpose of scanning the object, the same effect as that of the variable grooved surface 2 3 6 of the scanner device 2 0 can be achieved, as the intermediate reflected light converging in the waveguide 3 3 0 to the device 3 The central axis B-B of 0 0 reaches the mentioned light bar effect upwards. To achieve this effect, a middle part 3 6 0 (described between the vertical dashed lines in FIG. 6) preferably has a Distribution angle of larger light output along that length 80 ° to 95 ° and a small light distribution angle of 25 ° to 35 ° along the scanned banknote, the surface of the linear diffuser 3 5 0 and in turn contains separated end portions 3 6 2 , Each of which is located adjacent to the relevant LED package 3 1 4, and then preferably, each part has a larger angle 60 ° to 75 ° along the length and a smaller angle 1 along the width of the banknote 〇 ° to 2 5 ° Wherein the paper money is scanned by the scanner 3 0 through the path 3 0. In order to receive the center of the light-shaping diffuser 3 5 0 from the waveguide 3 3 0, the center is gathered and upwards For distributed light, the device further includes a surface layer 3 7 0 of a light shaping diffuser disposed above the waveguide 3 3 0. Preferably, the layer 3 7 0 also has a length along the length. The larger light distribution angle is 80 ° to 95 °, and the smaller light distribution angle of the scanned banknote is 25 ° to 35 °, as in the center portion 360, and the layer 3 The central part of the 70 Hekou 3600 has the adjusted large-angle orientation and small-angle orientation of the light-shaping diffuser to achieve the previously mentioned effect. The mirror material 3 8 0 may be placed on the opposite sides of the path 3 1 0 relative to the surface layer 3 7 0 of the light shaping diffuser to reduce the effect of light leaving the back of the scanned banknote. The paper size is suitable for China Standard (CNS) Α4 specification (210 × 297 mm) --- · --L --- clothing-(Please read the precautions on the back before filling this page) 丨 Order the Intellectual Property Bureau of the Ministry of Economic Affairs 3 (printed by the Industrial and Consumer Cooperative) ^ -17- 538384 Α7 Β7 V. Cang Cangming's instructions (^ 5 (Please read the notes on the back before filling this page) However, another example of the scanner device 400 of the present invention is shown in FIG. 7, Contains the waveguide 4 4 0 and the surface layer 470 of the light shaping diffuser previously set, as in the scanner device 3 00 (refer to FIG. 6), and is provided on the opposite side of the path relative to the waveguide 4 4 0 Most of the detectors 4 2 0 are distributed to each other along the path 4 1 0 so as to confirm the authenticity of the banknote and determine its price. The banknote is made to travel along the path 4 1 0 by the use of a traditional mechanical structure. Single row detector 4 2 0 may have eight to twelve depending on the size of the scanned banknote Detector 420. A sheet of commercially available plutonium material 4 8 0 is located between the path 4 1 0 and the surface layer 4 7 0 of the light shaping diffuser to reduce the effect of light scattering, and makes the layer 4 7 The light collimation of 0 and the path 4 1 0 is between the detector 4 2 0 and the path 4 1 0. At least one other commercially available plutonium material 4 8 2 is used, preferably the plutonium material has Symmetrically located in the trough (not shown) relative to the note, and the note travels along the path 4 10, that is, it is sent from the plane of page 7 and another piece of commercially available tin material 4 8 4 May be placed between the plutonium material piece 4 8 2 and the detector 4 2 0, to reduce the gap between the path 4 1 0 and the consumer goods cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, the India Depth Detector 4 2 0 Light scattering effect. Here is a detailed description and description of a novel scanner device for paper money. When the scanner device of the present invention has been described with reference to many preferred embodiments, it can be known to those skilled in the art After reading this display description, the value of the present invention will be valued, and the elements that are shown in it will be equivalent to some of the same. Therefore, the present invention is not limited to the presently preferred examples, but provides possible In the widest field, as the scope of the subsequent patent application, the paper size applies to Chinese National Standards (CNS) A4 specifications (210 ×: 297 mm) -18- 538384 A7 B7 V. Description of the invention () 6 Description ---.- U --- 衣 — (Please read the notes on the back before filling this page) Order the Intellectual Property Bureau of the Ministry of Economic Affairs (industrial and consumer cooperation, printed paper, the meaning of the paper applies to China National Standards (CNS) A4 specifications (210X 297) Centimeters) -19-