201036830 六、發明說明： 【务明所屬之技術領域】 影 本發明係關於印刷媒體之真 像處理檢麵統與難以偽造的印刷媒^_於翁法之 【先前技術】 〇 尽的-都八"暇化趣敝在珍珠印刷等所致變声Ηρ副 如參考日本特開鳩_6564號公報）。但，4 C ，使用普通地印刷技術即可製作類似之印刷“ 線來刷層ί上，再使用藉由紫外線或紅外 冰木知出蛩光的墨水等，來印刷真偽 ，r 時，心虎部分會發出營光，故能得知印刷有 因此，若可取得同樣的特殊墨水，則可偽造印、刷媒體。。〜。 人提Gil=來鑑找價證券等真偽的其他方法而言，有 =線敵墨水喊侧定狀記號上，重疊上Ϊ 開千8-153233唬公報）。此時必須使用僅 ^ 因為重登印刷相同圖案之記號，故要求 刷 有印刷成本變高之問題。 LJ此具 並且，真偽鑑定技術不限於上述有價證券等，在 以逐漸成為必要。亦即’必須識別並排;i劣 又，希望可在買賣商品的現場簡單地進行真偽鑑定。战丰 201036830 【發明内容】 (發明所欲解決之問題） ^發明仙來解決上述習知例之問題，目的在独相對較低 後一 ’提供不須要高度印概度、偽造困難且能料地進行真 卩碼體之真偽鑑定方法及適用於該方法之影像處理檢 查糸統與難以偽造的印刷媒體。 本处主杈 ，了達成上述目的，本發明一態樣之印刷媒體之真偽鑑定方 ' 3 體之表面使用吸收或反射可見光的墨水來印刷第1 ο =卩刷舰之表面或覆蓋該印刷舰之表面的透光性薄 =的έ的來印刷與該第1圖案不同的第2圖案，於遮^可 狀巧僅以紅外光照射該印刷媒體之表面或該透 ft影像處理，在該監視器裝置之晝面上顯示有該第 或猎由忒影像處理確認該影像資料中且有 "木扦 〇 存在時，判斷該印刷媒體為真的資料 體為贗品。 U度况k，觸該印刷媒 又’本發明另一態樣之影像處理杳吉 ，媒體之表面的既定圖案並進行真偽鑑ϋ影像處在印 [中’該印卿體，在表面使用吸收或反射可統’ 第1圖案及使用隱形或與該表面的顏色同色來印刷 的墨水來印刷與該第！圖案不同的第2圖| 紅外光 吸收或反射可絲的墨水來印爾丨騎而j j表面使用 光的墨水來印刷與該第丨職不、吏收或 膜覆蓋表面，並至少包含下列各者其中之案之透明薄 可見光的狀態下僅以紅外光照射該印刷 =置，於遮蔽 膜之表面，並在雜態下使_攝元縣 201036830 或該透光性薄膜之表面；s 壯 斗，在該畫面上顯;該以體元件輸出的 於該第2圖案之資料來進該料與預先記憶的關 ，料中具有關於該第2圖宰^存=該^象處理確認該影 真品；在其他情況時，判斷該印媒子^夺口，判斷該印刷媒體為 又，本菸明黑—萨赵 η彿版兮贋口口。 用之既定圖案，在該^面使^在^面印刷有真偽鑑定 射紅^的墨水來印刷與該第r圖案ί同的的|2色圖同安色之吸收或反 依據本發明，在直σ如，二 旳弟2圖案。 裝等印刷媒體之表面或^蓋^ 券##狀印或商品包 面，使用吸收或反射红^卜光的之f面的透光性薄膜之表 該吸收或反射紅外光的墨水真n定用之第2圖案， 光穿透，即所謂的益色透二係手不吸收也不反射地令可見 使用者目視幾乎益法臾$第，媒體之表面的顏色同色， 性。又，因為冗;;匕圖低受到偽造的可能 的墨水是吸收或反射紅外兩者無論假設印刷第1圖案 照射ί刷的狀態下僅以紅外光 若係真品，藉由第來拍攝印刷媒體之表面，因此， 影像資料上區分相^第卞部分吸收或反射紅外光，而可在 若係贗品，2=_部分與其他部分。另一方面， 裝置的視野全域約略均等；光^反射或吸收在拍攝 部分存在。所以，難击你田t衫像貝料上〉又有相當於第2圖案的 裝置之晝面上顯示/p刷影像資料在監視器 或使用影像資料與與先記憶的_; 理，可容易地判斷是真品或層ί貝枓來進订影像處 口為僅有第2圖案係利用吸收或反射紅外光的特殊墨 201036830 水來印刷’可降低印刷成本，且因為第i圖案與 第2圖案，對於第i圖案的印刷位置精度可較低。其結S，ς ’ 定於有價證券等’即使在廉價的商品包裝等，亦庫、 二 定方法或影像處理檢查系統。 」應用此真爲鐘 又，在印刷媒體之表面，因印刷有使用者利用 辨認的第2圖案’因為此第2圖案必須使用紅忍JUJU 理檢查裝置進行辨認，所以通常難以察覺先 媒體之偽造變得困難。 …、、口呆，印刷 Ο 【實施方式】 (第1實施形態） 適用1實f形態之印刷舰之真偽歡方法及 抽獎券圖1係顯示適用於有價證券、 μ处/券4片狀印刷媒體的真偽鐘定之影像處理檢查系餅。 中，將片狀印刷媒體2插人專 -置、、 Ο 既疋貝訊，即第1圖案。此第1圖幸上亦白入你田八，1孚 26 ^ ί ^ ^ ^ 碼等識別碼，亦^圖;’可係1維條碼或2維條 在第1圖案之I u專識別記號。又，亦可重疊印刷 照射到該:面m2插入其内部時，將可見光 讀取第聰21猎由攝轉，拍攝印刷媒體2之表面， α本1...如圖3所示，影像處理檢查裝置！之筐體η 201036830 光白^閉構造，其内部包含 裝置12、鏡頭陣列及綾> r 丨平幻寺(入射V'、、、月 導入筐體11内部的輥14、以及由監^3、用來將印刷媒體2 真偽判斷部16(詳細如後述)等。“ JCPU等構成： 列。 又錯排列成—列’亦可_ LED成群而排列成2 ，印刷媒體2插入筐體η的插入 方向旋轉，將印刷媒體2導入铲驴η ％ 7錕14在既疋 本；甘么丄^ 、、对J見九措由拍攝裝置13掃描印刷媒體2之 ίΐ ° ϊ ί果’觀娜印麵k表 G部了方向旋轉，將印刷媒體2暫時退出到筐體11 11 ^，且=既定方向旋轉’將印刷媒體2導入框體 拍I詈/ 印刷媒體2之表面照射紅外光，藉由 體2 ^面的第2=媒f 2之表面。其結果，讀取印刷在印刷媒 置，不。另’依據第2圖案27之大小及印刷位 刚之ίί^^ί舰咖㈣，繼出到第 係由以下者構成：執行公知圖案比對等的 R. ‘ 圖對程式或關於第1圖案及第2圖案之資訊的 資料鸾mf性記憶體、暫輕憶藉由輯裝置13拍攝之影像 ί ίΐΐ 等。利用拍攝裝置13拍攝之關於第1圖li’、及 另，ff二的92份影像資料’分別送至真偽判斷部16並記憶。 ^ f 1圖术21..·係利用可見墨水來印刷’處理 “ 確認其内容，並且亦可藉由條石目視來 容，^、略對於第置來確認其内 第2 ®案，因為係湘如上述之隱形墨水或 =的顏_之方式來印刷，故處理者無_目 ，，僅可藉由此影像處理檢查裝置i來確認其内容。 水27係利用吸收紅外線的墨水來印刷，並將紅外光照射&印刷^ 201036830 =二==的部分吸收紅外光，反射率低落。另 外光照射在印刷=====刷，並將紅 =高將藉由拍攝裝置13拍攝印刷== t 件的影像資料使用既定之閥値進行2値化Ϊ ίίί* ^：：：：：^^ 亦能容易地顧時，將利用之處理者藉由目視 ’將印刷媒體2:表面==== Ο M R±_血’處理者可在監視器裝置15之書面上顯ϋ 9 視亦無法容祕確辦，之處理者藉由目 到真偽判斷部16，進&__像資料輪入 料存在時，卿嶋_7的資 =體為層品，並各自藉由監視器在裳置在/53=’判斷該印刷 告及/或聲音或閃爍警報燈等方式，警告處^面上頟不既定之警 另，就吸收或反射紅外光的墨水 〇 紅外線反射_白色墨水或珍珠墨;外線吸 案27印刷在印刷媒體上經 y將弟2圖 白色墨水之狀況，可在印刷媒體2=氏等上。 =分’亦即用紙之底色部分印刷第2圖案W 】^t2l··. 珍珠印刷所致變色印刷層原本即是用 如珂所述， 之特定資訊’通常難以想到其上更再右直真偽鐘定用 ^ 26 水之特性，騎的光雜機地反射，有可能無法^ 201036830 良好地拍攝施加在珍麵购 或並非垂直於印刷媒體2之表面^ ^寺 方且再設置以平行 照明來拍攝。 日通白墨水日r可藉_置光入射 又’亦可利用反射紅外光的墨水來 吸收紅外光的墨水來印刷第2 g圖案21·..，利用 部與第旧㈣...重疊^者圖^料2圖㈣係部分或全 刷第i圖案I.，利用反紅外光的墨水來印 苐2圖案27係部分或全部與第來巧第2圖案27，令 1圖案21…影響而讀取第2圖案27 刀或王部’但可不受第 無間隙的印刷有第1圖案21../時等法在° =|^體2之表面毫 處印刷第2 _ 27.之情況等係^有效姑未印刷有第1圖案21.·. (第2實施形態） 其次說明本發明第2實施形態之印 J用於此方法的影像處理檢查系統 俜方法及 專立體式_舰的真偽鑑定之影像處於商品包裝 構成影像處理檢查裝置丨之手持式Ί統。此系統令’ =體3之表面’拍攝印刷媒體3之表‘影像體式印刷 面的既定圖案並進行真偽鑑定。 象喝取印刷在該表 如圖5所示，印刷媒體3係例如 =表面’使用吸收或反射可見光的墨水 有=刷媒體’在 ，等(未圖示)及其符號化後的條碼等既定「之刷有商1、企業名、 31。又，為了防止在流通階段時造假，印體’尸弟1圖案 ^•生(透_膜32絲«。再者，在；；j面利用透 eP刷媒體3之表面的透光性薄膜32表 γ，面或覆蓋 用隱形之吸收或反射紅外光的表墨面二= 圖案％之位置、大小、具體之内容 二1不可見）。第2 '、、、符別限定’可係1維條碼 201036830 亦可 卿錢鮮糊記號。又 另’第2圖案33係印刷在印刷媒轉1 實施形f，做献.外 Τΐ顏=色即可。另一方面，第2圖案33係印刷在薄膜、之 上日卞’為了不令使用者察覺到有第2圖宰33二=2之 外光的墨水必須係隱形(亦即無二 ο 商$裝等立體式印刷媒體3之情況’不僅是印刷媒體 ^小’^品的重量亦成為處理上的制肘。因此少傻 處理檢查裝置i之中的拍攝裳置4，可為處理者 4所不，拍攝裝置4係與包含監視器裝置15 判 體部5為分別設置的手持式構成。 ”偽_4 16的本 下者置4之具體的構成。拍攝裝置4係由 下者構成.拍攝鏡頭4卜設於拍攝4 維，等拍攝元件42、以例如環狀配置在鏡2 入射_之多數LED43、與頂置光= 同心圓狀的側射照明用之多數LED44 ;作為侧射昭明用之導g ο LEi有^錄可見光之可見光咖與絲騎紅外線之紅外ί 辭力簟姓此2種哪例如為交錯排列。遮光筒45以例如 料克旨形成’並至少在其外周面48塗裝有遮光性塗 =成的反射面45a。遮光筒45之内徑及外徑，設定為使得 45之後端側端面相對於環狀排列的LED44。又， 、、^ f = 定為在安裝於遮光筒45前端的倾蓋46抵接在印刷媒體 1 ，表面之溥膜32的狀態下，使得印卿體3之表面或薄^體幻 避自攝^頭41之物體侧焦點位置。另，本實施形態中， 遮先同45之丽端部與保護蓋#之間，設有利用例如白色樹脂等 11 201036830 形成=射環47，提高在反射面45a 遮光出的光，直接或在 32之表面。另响方面面反，照射在印刷媒體3之表面或薄膜 ^筒之4=進如射面-反射，以既定角 置光入射照明系統與侧射 统的昭置切換頂 在印刷媒體3或薄膜32之表面的第匕 3因，印刷 合者。此選擇縣統與側射照明系統其中適 的第嗎之畫面上顯示 並且’第2實施形態中’因為拍攝 45前端之開口限制’只能拍攝 ：，遮光筒 體3之表面的薄膜32之表面中 ^之f =覆盍印刷媒 圍(圖5中以符號34表示的範圍}。mu«之開口的範 ?端:抵J在印刷媒體3之表面或薄膜 定，故位置偏離較大。亦即，可_ 面雜仃真爲鐘 且第2圖案必須印刷在作為目標之4第受到限制， 31附近’或者，印刷為第2圖案 J t 1圖案 3!上。另，第2圖案係部分或全部“ =在第i圖案 第1實施形態中描述，故省略其說明。·木蚪，已於上述 第2實施形態，不限^於將第 其包裝薄膜(外裝)之情況，亦可應用在將^齊包裝或 ΡΤΡφ腦thr〇Ughpackage，泡殼包裝)等内早個包裝之 在醫療機關之藥局等依據處衫提供醫藥Y f面。例如， 理檢查系統來鑑定其醫藥品係真品或仿。.可使用此影像處 (第3實施形態） 、一 Dn°° 其次說明本發明第3實_態之_ 偽鑑定方法及適用於該方法之影像處理檢查U即用於上述真 且難以爲造 12 201036830 j印刷媒體。第3實施形態中，印刷在印刷媒體之表面的真偽鑑 定用之既定圖案，係使用吸收或反射可見光的墨水，與反身j紅外 光的墨水及吸收紅外光的墨水來印刷。因為使用者只能看見利用 吸收或反射可見光的墨水來印刷的部分，無法利用肉眼辨識正確 的真偽鑑定用之既定圖案。 圖7铜示於遮蔽可見光陳態下伽紅外線照射並拍攝的 真偽鐘定用之既定圖案(格子狀)。圖8係顯示使用吸收或反射可見 光的墨水與反射紅外光的墨水來印刷真倾定狀既定圖案的例 8 ⑻係顯示利用吸收或反射可見光且反射紅外光的墨 ο J刷之第1圖案(斜線),(b)係顯示利用反射紅外光的墨水來印 ^弟2圖案(交又線)。圖8所示之例中，印刷有作為第i圖宰之 鑑定用之既定_的—部分，且印刷有作為第2目案之真 圖-案的,餘部分。並且，此時，第2圖案;系全； ⑻所示，可讀取真偽鑑㈣之既定圖案。 上1偽機部16 4認利職攝裝置13賴的 且 ❹ -2圖案兩者之資料存在時’判斷印刷媒體i直 到利用吸收或反射可見光的墨水來印刷㈣i ΐ 及 圖案(斜線），⑼係顯示由利用反射紅外 f 中餘部分(塗黑)構成之第2圖案。第2 ϊΐΐ :用===，的部分係不與第1圖案= 及收、，工外光的墨水來印刷的部分係與第i圖案重疊。於遮蔽 13 201036830 f射印刷媒體並拍攝時，第1圖案盥 :会反射紅树，朗分無 印刷代替的表面之与德卩± , „ ^牡·^祝如衷置之晝面上顯示 既定圖案相同的圖^時，顯現與真偽鐘定用之 9(a)所示的第〗圖宰及圓ϋ用之既定圖案，變成與圖 第3圖案。口案2 _中任，不同的 變得更加_ 卜線的墨水兩者來印刷，故印刷媒體之偽造 形或之:，使用係吸收或反射紅外光，且隱 覆蓋印刷媒體之表ΐ的透光貝3^== 印畫刷媒體之表面或 偽鐘定，因印刷有第2圖案來進行真 為1 !圖^第2 吏用量等而可降低印刷成本。又因 置精度不高亦可。其、:果5圖f相對於第1圖案的印刷位 印刷以=上巧本發明-態樣之 用吸收或反射可見光的墨水來安在之表面使 面或覆蓋該印刷媒體之表面的 刷媒體之表 照射該印刷髓之表面賴細 14 201036830 刷媒體之表面或該透光性薄膜之表面的^置顯示該印 Ϊ ί ，之_進行影像 影綱;具有關:該=以日，J像處理確Si 為真品；在其他情況時，判斷該印刷媒體為贗 1’。崎該印刷媒體 ❹ 反射:該吸收或 ===之ί第2圖案係印刷在印刷媒體 又，上述印刷媒體之真偽鏗定 案係利用反射紅外光的墨水來印刷，該:該第！圖 光，水和P刷，該第2圖案係部分或L圖該f利用:及^外 又，上述印刷媒體之真偽鑑定方法宜為=圖二重登。 案係利用吸收紅外光的墨水來印刷，‘、2 ϋ該第1圖 又，上述印刷媒圖案重叠。 ❹ ，墨水來印刷，該第2圖案係全部不射紅外 i視器裝置之晝面上顯示有談第] 结。一重邊，在該 藉由該影像處理確認該影像ΐ料“有關^f案兩者時，或 判斷該印刷媒體為贗品。 ”、、，、σσ，在其他情況時， 又’上述印刷媒體之真偽鑑定方法宜為如 ^ > 无的墨水與吸收紅外光的墨水來印刷，該第2 = ，墨水來印刷的部分係全部不與該第！ 水來印刷的部分係全部與該^ 案 在^視綠置之畫面上顯示林_該第〗_及^案^案 木係利用反射紅外光的墨水來印刷，該‘、2 该第1圖 光的墨水與吸收紅外光的墨水來印刷，2第2 反射紅外 光的墨水來印刷的部輕全部不與 反射紅外 15 201036830 第3圖案時’或藉由該影像處理合成關於該第1圖 ==宰=案二資料並輕具有關於不同於L丨 判斷該印刷媒定之第3圖案的資料存在時， 骽馮真扣，在其他情況時，判斷該印刷媒體為贗品。 方本發明另一態樣之影像處理檢查系、统，宜為如下 可見光的墨在表的刷有仙吸收或反射 r反射紅外光 2圖案之翻^水並與該第1 _不同的第 攝裝置，於盖表面’且至少包含下列各者其中之-：拍 面或該透光5:ί;Π:ΐΓ外光照射該印刷媒體之表 印刷媒體之表面或該透光性薄下攝該 與預先記,判斷部，使用該影像資料 像處理確認在該影像資料^%m 具有照明裝查且ί下方式：該拍攝裝置，宜 =為垂直的方式向被拍：某體心照】系統，能 ”’能以約為平行或非垂直之既=方照明 表面照射紅外光。 月又的方式向破拍攝媒體之 a+又，上述影像處理檢查系統宜為如下方彳.^ 、 卜光的墨水係含有紅外線吸收峨 】:以吸收或反射紅 使用該頂置光入射照明系統來照射紅外^反射別的隱形墨水，且 .上述影像處理檢查系統宜為如下方i 外先的墨水係含有紅外線吸收劑或紅外線S劑=ίί射Ϊ 16 201036830 使用該頂置光入射照明系統來照射紅外光。 ’又，上述影像處理檢查系統宜為如下方式：該吸 外光的墨水係含有紅外線吸收劑或紅外線反射劑的珍 射、-工 使用該側射照明系統來照射紅外光。 / Α求’且 又，上述影像處織查系統宜為如下方式：該第 安 水來印刷，該第2圖案係部份或全部與該第工圖案重最。卜先的墨 又，上述影像處理檢查糸統宜為如下方: 楚1 用吸收紅外光的墨水來印刷，該第2 y ^ ，案係利 Ο 水來印刷’該第2圖案係部份或全部與該第、i圖案重最工外光的墨 又，上述影像處理檢查系統宜為如 用反射紅外光的墨水來印刷，該第2 = 圖案係利 ，印刷，該第2圖案係全部不與該第=射墨 貧料存在時，判斷該印刷媒 圖案兩者之 刷媒體為層品。 況時’判斷該印 又，上述影像處理檢查系統宜為如下 ，反射紅外光的墨水來印刷，該第 用^1圖案係利 Ο ，外光的墨水來印刷的部分係全部用吸 判斷部，藉由該影像處理合成關 圖^重®，該真偽 圖案的資料，確認具有不同於圖案的貧料與關於該第2 者的既定之第3圖荦的資料±圖木及該第2圖案其.中任一 其他情況時在;y判斷該印繼為真品；在 該監視器裝該拍，置係與 定用明以=媒“在表二tii偽鑑 17 201036830 收或反射紅外光的墨水來印刷與該第⑼ 又，上述印刷媒體宜為如下方式:Ί岭2圖案。 外光的墨水來印刷，該第2圖幸传明/ 圖案係利用反射紅 該第2圖案係部分或全部外光的墨水來印刷， 外光的墨:該第1 __用吸收紅 該第2圖飾水來印刷， 紅外光的體該用該第1圖案係利用反射 =，該第2 _'全部不與該^ r圖宰 定圖案的其餘部分。 弟圖案係该真偽鑑定用之既 又，上述印刷媒體中，宜為 射紅外光的墨水來_，卿1圖㈣利用反 印刷的部分係全部不與該第宰光的墨水來 =2水來_部分係全部與該二=2圖⑦^紅 圖案的-部分再附 既定圖案的其餘部分，該第的2^=的部分係該真偽鑑定用之 的部分係與該冗餘的部^同圖案利用吸收紅外光的墨水來印刷 考上 只要是該式的實施形態而係充分記載，但 因此，有通常知識者即可進行各種變更或變形。 在本案發明ΐί圍;^亚未脫離本願發明之範圍，應解釋為包含 18 201036830 【圖式簡單說明】 理檢於本發料1實細彡紅麵蚊之影像處 圖2係顯示第1實施形態之印刷媒體的一例。 圖3係顯示第1實施形態中影像處理檢查装置之構成。 理檢於本㈣第2實施雜之雜歡的影像處 圖5係顯示第2實施形態中印刷媒體的一例。 圖6係顯示第2實施形態中拍攝裝置之構成。 Ο201036830 VI. Description of the invention: [Technical field of the law] The invention of the invention relates to the true image processing of the printing media and the printing media that are difficult to forge. ^_于翁法之 [Prior Art] 〇尽-都八"暇 敝 敝 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠 珍珠However, 4 C, using ordinary printing technology can make a similar printing "line to brush layer, and then use ultraviolet or infrared ice to know the light of the ink, etc., to print the authenticity, r, heart The tiger part will emit the camp light, so it is known that the printing is made. If the same special ink can be obtained, the printing and brushing of the media can be forged. ~. People mention Gil = other ways to find the authenticity of the securities. In other words, there is a line of ink on the side of the mark on the side of the mark, and the top is 重叠 Ϊ Ϊ 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 LJ, and the authenticity identification technology is not limited to the above-mentioned securities, etc., and it is gradually becoming necessary. That is, 'must be identified side by side; i is inferior, and it is hoped that the authenticity can be easily verified at the site of buying and selling goods.丰201036830 [Summary of the Invention] (Problems to be Solved by the Invention) ^Invented the problem of the above-mentioned conventional examples, the purpose of which is to provide a high degree of imprinting, toughness, and materiality. True weight The authenticity identification method of the body and the image processing inspection system and the printing media which are difficult to forge. The main object of the present invention is to achieve the above purpose, and the authenticity of the printing medium of the present invention is '3 body The surface of the first ship is printed with ink that absorbs or reflects visible light, and the second pattern that is different from the first pattern is printed by printing the surface of the first ship or the surface of the printed ship. The mask can be illuminated only by infrared light to illuminate the surface of the printing medium or the ft image is processed, and the first or the hunter is displayed on the surface of the monitor device to confirm the image data and has " When the raft exists, it is judged that the printed medium is a genuine product. U degree condition k, touching the printing medium and 'an image processing method of another aspect of the invention, the predetermined pattern of the surface of the medium and performing true The pseudo-detection image is printed on the [in the 'printing body, using the absorption or reflection on the surface' of the first pattern and using ink invisible or printed with the same color as the surface to print the same pattern as the first! Figure 2 | Infrared The ink that absorbs or reflects the silk can be used to print on the surface of the jj and the ink on the surface of the jj is printed with the surface of the third job, including the transparent thin visible light of the following cases. The printing is only performed by infrared light, and is placed on the surface of the masking film, and in the hybrid state, the surface of the light-transmissive film is taken in _Yuanyuan County 201036830; s sturdy, displayed on the screen; The material outputted by the component in the second pattern is fed into the material and pre-memorized, and the material has information about the second image=the image processing to confirm the true product; in other cases, the ink is determined. The child ^ grabs the mouth, judges that the print media is again, the smoke is black - Sa Zhao 佛 Buddha version 兮赝 mouth. With the established pattern, in the ^ face to make ^ ^ face printing with authenticity identification red ^ The ink is printed with the same pattern of the r-th pattern of the same color as the absorption of the color or the inverse of the invention according to the invention, in the form of a straight σ, such as a second brother. The surface of the printing medium or the surface of the printing medium, or the surface of the product, the surface of the translucent film that absorbs or reflects the red surface of the red light is used to absorb or reflect the infrared light. With the second pattern, light penetration, the so-called color-transparent hand, does not absorb or reflect, so that the visible visuals of the user are almost the same as the color, the color of the surface of the media is the same color. Moreover, because of the redundancy; the possible ink that is counterfeited is the absorption or reflection of the infrared. In the state where the first pattern is irradiated, the infrared light is only genuine, and the printing medium is photographed by the first. The surface, therefore, distinguishes the phase of the image from the third part of the absorption or reflection of infrared light, but can be in the case of the product, 2 = _ part and other parts. On the other hand, the field of view of the device is approximately equal; the light reflection or absorption exists in the photographing portion. Therefore, it is difficult to hit your field t-shirt like a bedding material. There is also a device equivalent to the second pattern on the top surface of the device to display /p brush image data on the monitor or use the image data and the first memory _; The judgment is the authenticity or the layer ί 枓 进 进 进 进 进 进 进 进 进 进 进 进 进 进 进 进 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 The printing position accuracy for the ith pattern can be low. The knot S, ς ' is set in a securities, etc., even in the case of inexpensive product packaging, a library, a binary method, or an image processing inspection system. The application of this is really a clock. On the surface of the print media, the second pattern identified by the user is printed. Because the second pattern must be identified by the Hongrui JUJU inspection device, it is often difficult to detect the forgery of the first media. It has become difficult. 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Ο 印刷 Ο Ο Ο Ο Ο 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷The authenticity of the print media is determined by the image processing inspection cake. In the middle, the sheet-shaped printing medium 2 is inserted into a special one, and the 图案 is the first pattern. This picture 1 is fortunately also entered into your Tianba, 1 Fu 26 ^ ί ^ ^ ^ code and other identification codes, also ^ map; 'can be 1D barcode or 2D strip in the first pattern I u special identification mark . Moreover, the overlap printing can also be irradiated to the surface: when the surface m2 is inserted into the inside, the visible light is read by the Cong 21 hunting, and the surface of the printing medium 2 is photographed, α 1... as shown in FIG. 3, image processing Check the device! The casing η 201036830 is a light-white closed structure, and includes a device 12, a lens array, and a 绫> r 丨 幻 寺 temple (incident V', the roll 14 introduced into the inside of the casing 11, and the supervision The printing medium 2 authenticity determining unit 16 (described later in detail), etc. "JCPU or the like: column. Also arranged in a row - may be _ LEDs are arranged in groups of 2, and the printing medium 2 is inserted into the housing. The insertion direction of η is rotated, and the printing medium 2 is introduced into the shovel 驴% 7锟14 in the 疋 ; ; ; ; ; ; ; 、 、 、 、 、 、 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由Na printing surface k is rotated in the direction of the G portion, and the printing medium 2 is temporarily ejected to the casing 11 11 ^, and = the predetermined direction is rotated 'the printing medium 2 is introduced into the frame of the frame I / the surface of the printing medium 2 is irradiated with infrared light. The surface of the second = medium f 2 is formed by the surface of the body. As a result, the printing is performed on the printing medium, and the other is based on the size of the second pattern 27 and the position of the printing sheet (4). , and then to the first department consists of R. 'Fig. program or about the first pattern and the second pattern. The data of the mf memory, the image captured by the device 13 ί ΐΐ , etc. The 92 pieces of image data of the first picture li' and the other ff 2 taken by the camera 13 are respectively sent to The authenticity judging section 16 is also memorized. ^ f 1 Fig. 21.··Printing 'processing' with visible ink to confirm its contents, and also by visual observation of the stone, ^, confirming it slightly for the first place In the case of the 2nd ® case, because the above-mentioned invisible ink or the color of the image is printed as the above, the processor has no image, and the content can be confirmed only by the image processing inspection device i. Use infrared absorbing ink to print, and irradiate infrared light & print ^ 201036830 = two == part of the absorption of infrared light, the reflectivity is low. In addition, the light is irradiated in the printing ===== brush, and red = high will The image data of the printing == t piece is photographed by the photographing device 13 using the predetermined valve 値 値 ί ί ί ί ί ί ί ί ί ί ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ Print media 2: surface ==== Ο MR±_blood' processor can be in monitor device 15 In the case of written notice, it is impossible to make sure that it is handled by the processor. By looking at the authenticity judgment department 16, when the input data is present, the data of the Qing _7 is a layer. And each of them absorbs or reflects the infrared light by means of a monitor at the stand of /53='determination of the print notice and/or sound or flashing warning light, etc., warning the surface of the alarm. 〇Infrared reflection _ white ink or pearl ink; the outer line suction case 27 is printed on the printing medium, and the condition of the white ink of the dynasty 2 is available on the printing medium 2=. =分分, that is, the second pattern is printed on the bottom color of the paper. 】^t2l··. The color-changing printed layer caused by pearl printing is originally described by 珂, and the specific information 'is often difficult to think of The authenticity of the clock is determined by the characteristics of the water, and the reflection of the light is not possible. ^ 201036830 Good shooting is applied to the surface of the purchase or not perpendicular to the surface of the printing medium 2 ^ ^ Temple and then set parallel Lighting to shoot. The daylight white ink day r can be borrowed _light incident and can also use the ink that reflects the infrared light to absorb the infrared light ink to print the second g pattern 21·.., the utilization part overlaps with the old (four)... Figure 2 (4) part or full brush i-th pattern I., using ink of anti-infrared light to print 2 patterns 27 part or all of the second pattern 27, so that 1 pattern 21 ... The second pattern 27 knife or the king's portion is read, but the first pattern 21../ is not printed without the gap, and the second sheet is printed on the surface of the surface of the object (2nd Embodiment) Next, a description will be given of an image processing inspection system and a special stereoscopic method for the method according to the second embodiment of the present invention. The pseudo-identified image is in a hand-held system in which the product packaging constitutes an image processing inspection device. This system causes the 'surface of the body 3' to take a predetermined pattern of the image print surface of the print medium 3 and to perform authenticity verification. As shown in FIG. 5, the printing medium 3 is, for example, a surface 'using ink that absorbs or reflects visible light, a brush medium', and the like (not shown) and a symbolized bar code thereof. "There is a business, a business name, 31. In addition, in order to prevent fraud during the circulation stage, the printed body 'corporate 1 pattern ^• raw (transparent _ membrane 32 silk «. Again, in;; j surface utilization The translucent film 32 on the surface of the eP brush medium 3 has a surface γ, and the surface is covered with an invisible absorption or reflection of infrared light. The position, size, and specific content of the pattern % are not visible. ',,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, On the other hand, the second pattern 33 is printed on the film, and the ink on the top of the film is not invisible in order to prevent the user from perceiving the second figure 33 2 = 2 (ie, there is no quotient The situation of the three-dimensional printing media 3 is not only the weight of the printing media, but also the weight of the processing. The imaging device 4 in the processing inspection device i can be handled by the processor 4, and the imaging device 4 is configured in a hand-held configuration in which the determination unit 5 of the monitor device 15 is provided separately. "Pseudo_4 16 The imaging device 4 is configured as follows. The imaging lens 4 is disposed in four-dimensional imaging, and the imaging element 42 is disposed, for example, in a ring shape, a plurality of LEDs 43 incident on the mirror 2, and overhead light. = Concentric circular sidelights for most LEDs 44; as a guide for side-projection g ο LEi has visible visible light coffee and silk infrared infrared ί 辞 簟 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 。 。 。 。 。 。 The light-shielding cylinder 45 is formed, for example, by a material, and is coated with a light-shielding coating surface 45a at least on the outer circumferential surface 48. The inner diameter and the outer diameter of the light-shielding cylinder 45 are set such that the end surface of the rear end surface of 45 is opposite to The LEDs 44 are arranged in a ring shape. Further, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The thin body avoids the object side focus position of the self-photographing head 41. In addition, in this embodiment, the masking Between the end of the 45th and the protective cover #, the use of, for example, white resin 11 201036830 formation = ring 47, to improve the light reflected off the reflective surface 45a, directly or on the surface of 32. Conversely, the surface of the printing medium 3 or the film 4 is in the direction of the surface of the printing medium 3, and the surface of the printing medium 3 or the film 32 is placed on the surface of the printing medium 3 or the film 32 at a predetermined angle. The third 因3, the printing partner. This selects the county and the side-shooting lighting system which is displayed on the screen of the right side and 'in the second embodiment' because the opening limit of the front end of the shooting 45' can only be taken: The surface of the film 32 on the surface of the body 3 is f = the coverage of the printing medium (the range indicated by the symbol 34 in Fig. 5). The end of the opening of mu«: the surface of J is on the surface of the printing medium 3 or the film is fixed, so the position deviation is large. That is, the 仃 仃 仃 仃 仃 且 且 且 且 且 且 且 且 且 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第In addition, the second pattern is partially or entirely "= described in the first embodiment of the i-th pattern, and the description thereof is omitted. - The raft is not limited to the first packaging film. In the case of the case, it can also be applied to the pharmacy of the medical institution, such as the packaging of the package, or the gh 脑 th th 〇 〇 〇 〇 gh gh gh 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The system can be used to identify the authenticity or imitation of the pharmaceutical product. The image can be used (third embodiment), a Dn°°, and the third embodiment of the present invention is described below. The pseudo-identification method and the image processing suitable for the method are described. The inspection U is used for the above-mentioned true and difficult to manufacture 12 201036830 j. In the third embodiment, the predetermined pattern for authenticity identification printed on the surface of the printing medium uses ink that absorbs or reflects visible light, and reflexive j. Infrared light ink and infrared light-absorbing ink are printed. Since the user can only see the portion printed by the ink that absorbs or reflects visible light, it is impossible to use the naked eye to recognize the correct pattern for authenticity identification. It is shown in a predetermined pattern (lattice shape) for the authenticity of the gamma-ray illumination and is captured under the visible light. Figure 8 shows the use of ink that absorbs or reflects visible light and ink that reflects infrared light to print the true shape. Example 8 of the pattern (8) shows the first pattern (hatched line) of the ink brush that absorbs or reflects visible light and reflects infrared light, and (b) shows the pattern printed by the ink that reflects infrared light (cross line In the example shown in Fig. 8, the part which is the predetermined _ for the identification of the i-th image is printed, and the remaining part of the true picture of the second item is printed. The second pattern; the whole system; (8), the original pattern of the authenticity (4) can be read. The upper 1 pseudo-machine unit 16 4 recognizes that the information of the job device 13 and the data of both the ❹-2 pattern exist. The printing medium i is printed by the ink that absorbs or reflects visible light (4) i ΐ and the pattern (hatched line), and (9) shows the second pattern composed of the remaining portion (blackened) by the reflected infrared f. 2nd ϊΐΐ: with === The part that is not printed with the first pattern = and the ink of the external light The system overlaps with the ith pattern. When the print media is shot and captured, the first pattern 盥: reflects the mangrove tree, and divides the surface without printing to replace the 卩±, „^牡·^祝如心When the image having the same predetermined pattern is displayed on the surface of the surface, the predetermined pattern for the first image and the circle shown in Fig. 9(a) for the display and the authenticity is changed to the third pattern. Oral case 2 _ in the middle, the difference becomes more _ the ink of the line is printed, so the forgery of the printing medium or: the use of absorption or reflection of infrared light, and cover the surface of the printing media Guangbei 3^== The surface of the print brush media or the pseudo-clock is set, and the second pattern is printed to perform the actual use of the second image, etc., to reduce the printing cost. Also, the accuracy is not high. And the printing position of the image of the first pattern is printed with respect to the printing position of the first pattern to cover the surface or cover the surface of the printing medium with an ink that absorbs or reflects visible light. The surface of the printing pulp is irradiated to the surface of the printing medium. 201036830 The surface of the brush medium or the surface of the light transmissive film is displayed. The image is displayed in the image frame; The processing is confirmed to be true; in other cases, the printing medium is judged to be 赝1'. Saki, the print media ❹ Reflection: The second pattern of the absorption or === is printed on the print medium. The authenticity of the print medium is printed by ink that reflects infrared light. The light, the water and the P brush, the second pattern system portion or the L image of the f use: and the outside, the authenticity of the above-mentioned printing media identification method is = Figure 2 re-entry. The case is printed by using ink that absorbs infrared light, and the first and subsequent print medium patterns overlap. ❹, ink is printed, and the second pattern is displayed on the top surface of the device. On one side, when the image processing is confirmed by the image processing, "the print media is judged to be defective.", ", σσ", in other cases, the above print media The authenticity identification method is preferably printed by inks such as ^ > no ink and infrared light absorbing ink, and the second = , the part of the ink to be printed is not the same! The parts printed by water are all displayed on the screen of the green screen. The wood is printed with ink that reflects infrared light. The '1' is the first picture. The light ink is printed with the ink that absorbs the infrared light, and the second part of the ink that reflects the infrared light is printed with the light portion not reflected with the infrared 15 201036830 when the third pattern is used or synthesized by the image processing. = slaughter = case 2 data and lightly with information about the third pattern that is different from L丨's judgment of the print medium, 骽 冯真扣, in other cases, the print medium is judged to be counterfeit. Another aspect of the image processing inspection system and system of the present invention is preferably that the ink of the visible light has a reflection on the surface of the brush or a reflection of the reflection of the infrared light 2 pattern and is different from the first _ The device is on the surface of the cover and includes at least one of: a face or a light transmission 5: Π: ΐΓ external light illuminates the surface of the print medium of the print medium or the light is thin And the pre-recording, judging unit, using the image data image processing to confirm that the image data ^%m has illumination inspection and the following method: the photographing device should be in a vertical manner to be photographed: a body photo system] Can "" can be illuminated with approximately parallel or non-vertical = square illumination surface. Month again to break the shooting media a + again, the above image processing inspection system should be as follows: ^, Bu Guang ink Contains infrared absorption 峨:: absorbs or reflects red using the overhead light incident illumination system to illuminate infrared reflection other invisible ink, and the above image processing inspection system should be as follows: the external ink system contains infrared absorption Agent or infrared S agent = ί射Ϊ 16 201036830 The overhead light incident illumination system is used to illuminate the infrared light. 'Further, the image processing inspection system is preferably as follows: the external light-absorbing ink contains an infrared ray absorbing agent or an infrared ray reflecting agent. - the worker uses the side-illumination system to illuminate the infrared light. / pleading, and the image-receiving system is preferably as follows: the second water is printed, and the second pattern is partially or completely The pattern of the work is the most important. In addition, the above-mentioned image processing inspection system should be as follows: Chu 1 is printed with ink that absorbs infrared light, the 2nd y ^, the case is Lily Water to print 'The 2nd The pattern is part or all of the ink that is the most external light with the first and i-patterns. The image processing inspection system is preferably printed by using infrared-reflecting ink. The second = pattern is favorable, printing, the first When all of the pattern patterns are not present in the first ink-injecting material, the brush medium of the printing medium pattern is determined to be a layer. In the case of determining the printing, the image processing inspection system is preferably as follows, and the infrared light is reflected. Ink to print The first ^1 pattern is used for printing, and the portion of the external light ink is printed by the suction determining unit, and the image processing is combined with the image processing, and the data of the authentic pattern is confirmed to have a different pattern. The poor material is related to the information of the predetermined figure 3 of the second person, the figure wood and the second pattern, in any other case; y, the print is judged to be genuine; the beat is mounted on the monitor , and the printing medium is printed in the following manner: (9) In addition, the printing medium is preferably in the following manner: the ridge 2 pattern. The ink of the external light is printed, and the image of the second image is printed by the ink that reflects part or all of the external light of the second pattern, and the ink of the external light: the first __ absorbs the red 2 The figure is printed with water, and the body of the infrared light is reflected by the first pattern, and the second part is not the same as the rest of the pattern. The pattern of the brother is used for the authenticity identification. In the above printing medium, it is preferable to use the ink that emits infrared light to _, and the image of the reverse printing is not the same as the ink of the first light. The part of the _ part is all attached to the rest of the predetermined pattern with the portion of the red pattern of the second = 2, and the portion of the second portion is the portion for the authenticity identification and the redundant portion. ^The same pattern is printed by the ink that absorbs infrared light. As long as it is an embodiment of the formula, it is sufficiently described. However, various changes or modifications can be made by those skilled in the art. In the present invention, the invention is not limited to the scope of the invention, and should be interpreted as including 18 201036830 [Simple description of the diagram] The inspection is performed in the image of the present invention. An example of a print media of the form. Fig. 3 is a view showing the configuration of an image processing inspection apparatus in the first embodiment. The image of the second embodiment of the present invention is shown in Fig. 5, which is an example of the print medium in the second embodiment. Fig. 6 is a view showing the configuration of an image pickup apparatus in the second embodiment. Ο
…圖7係顯示本發明第3實施形態之印刷在印刷媒體的真偽鑑 疋用之既定圖案。 圖8(a)〜(c)係顯示第3實施形態中使用吸收或反射可見光的墨 7與反射紅外光的墨水來印刷真偽鑑定用之既定圖案的例子。 圖9(a)〜(c)係顯示使用第3實施形態中吸收或反射可見光的墨 二，與反射紅外光的墨水及吸收紅外光的墨水兩者來進行真偽鑑 疋用之既定圖案的例子。 【主要元件符號說明】 1〜影像處理檢查裝置 2 ' 3〜印刷媒體 4〜手持式拍攝裝置 5〜本體部 11〜筐體 11a〜插入口 12〜照明裝置 13〜拍攝襞置 14〜輥 15〜監視器裝置 16〜真偽判斷部 17〜侧射照明裝置 19 201036830 21〜商標 22〜企業名 23〜金額 2 4〜編號 2 5〜條碼 2 6〜浮水印 27、33〜第2圖案 31〜第1圖案 32〜薄膜 3 4〜範圍 41〜拍攝鏡頭(鏡頭) 42〜拍攝元件 43、44〜LED 45〜遮光筒 45a〜反射面 46〜保護蓋 47〜反射環 48〜外周面Fig. 7 is a view showing a predetermined pattern for authenticity detection printed on a printing medium according to a third embodiment of the present invention. 8(a) to 8(c) show an example in which an ink 7 that absorbs or reflects visible light and an ink that reflects infrared light are used to print a predetermined pattern for authenticity identification in the third embodiment. 9(a) to 9(c) show the use of an ink 2 that absorbs or reflects visible light in the third embodiment, and an ink that reflects infrared light and ink that absorbs infrared light to perform a predetermined pattern for authenticity detection. example. [Description of main component symbols] 1 to image processing inspection device 2 '3 to printing medium 4 to hand-held imaging device 5 to main body portion 11 to housing 11a to insertion port 12 to illumination device 13 to imaging device 14 to roller 15 to Monitor device 16 to authenticity determining unit 17 to sidelighting device 19 201036830 21 to trademark 22 to company name 23 to amount 2 4 to number 2 5 to bar code 2 6 to watermark 27, 33 to 2nd pattern 31 to 1 pattern 32 to film 3 4 to range 41 to photographing lens (lens) 42 to photographing elements 43, 44 to LED 45 to light-shielding cylinder 45a to reflecting surface 46 to protective cover 47 to reflecting ring 48 to outer peripheral surface