五、發明説明（l ) [技術領域] 本發明為關 A7 B7 於印章製造裝置，尤其是關於製造印章之專 外的人亦可容易製造所要之印章之印章製造 明書中所謂印章製造裝置-詞係包括製造其 面或雙面具有凹凸圖案之板之凹凸_案板形成裝置者。 家及專業者Μ 裝置。在本說 [背景技術] 包括蓋阜姓 據印韋等廣義 ，將棹狀體成 選擇地予以彫 又，亦有利 圖案相反凹凸 經濟部中央標準局員工消費合作社印裝 内*予 然而 蓋經常 給新進 悄肜下 造期間 又， 板及名 有之。 因此 等之需 人亦可 Μ固化 ，法人 郵寄之 人員等 委託専 方面會 最近將 牌與印 該時亦 ，有專 求。以 Κ製造 名Μ及 之印章 板狀體 刻而製 用一種 之模型 後形成 及個人 對方之 之印章 家或專 成為問 各個別 章同樣 會發生 家及專 往*市 印章之 包括所屬部門等之較大型圖章Μ及收 為，火都數山毋家成W業人Μ所製造 之·方之端部衣丨U ·用：Ρ工成用機器 造之 例如 ,m 川、 印面 所要 圖章 等， 業者 題。 房間 ，用 同揉 業人 面上 印章 用樹脂等形成具有與印章之凹凸 後，將橡膠等流動體注入該模型 構件而製造印章之方法。 的印章的數量頗多。例如，用Η ，蓋會計科目等之圖章，或分發 需要各棰各樣的許多印章，在該 製造印阜時，旮時候在費用及製 之入口之門牌，大樓之租戶顯示 凹凸圖蓀所形成之表面之情況亦 的問題。 員Μ外的人亦可以製造所要印章 己有出售專家及專業人員以外的 製造裝置（嚴格而言•應叫做一套 本紙張尺度適用中國國家梂準（CNS ) A4規格（210X 297公釐} d,先閱讀背面之注意事項再填寫本頁) 4 五、發明説明（2 ) A7 B7 有 備 具 為 卻 略 省Μ 予 式 _ 然 雖 置 裝 造 製 卜章 當印 適之 為知 較習 具該Η 線者 ， 外章體 紫印框 之造之 狀製燈 面法光 平方螢 , 之 線 置述外 裝下紫 射由藏 照 並内 線，括 外座包 紫底係 , 製置 膜木裝 薄及射 之 ，照 型件線 光構外 感脂紫 線樹 -外化又 紫硬 。 上明又 在透。 設該成 , 止 構 器防所 時及體 定，蓋 之 板之 間置如 時載自 亮明閉 點透開 之 之 之 燈線部 UL· Lr Κ 夕 夕 螢紫於 線過漏 外透洩 紫M線 定用外 設面紫 者上之 用體板 使框置 由述載 外 等 紫 紙 及 。圖 層M描 底為在 之層先 應脂首 反樹 ， 無化時 線硬章 外線印 紫外造 對紫製 由較置 係層装 件 底 造 構，製 脂成章 樹所印 ib層之 硬脂知 線樹習 外化該 紫硬用 - 線 為 稱 簡 ’ 下 以 上(> 紙案 光圖 透或 線字 外文 紫 之 之 上 紙 在 印 。 轉畫 上原 記成 筆製 Μ 而 章— 印 之 後 成 作 上 蓋 案 圖 影 外設照 紫器内 及時間 盡定時 原 用定 將 ， 規 , 體在 上蓋便 板閉 Μ 置關 ， 載後間 明之時 透置射 之 載照 置而之 裝叠質 ί SB tt 身 S 封 照Μ畫 線予原 外膜有 紫薄畫 , 型於 後光合 之 感 適 線定 (請先閱讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印裝 液轉 之 反 定案 規画 用 影 膜印 薄將 之 得 光獲 曝 ’ 此後 如 之 將洗 。 清 線丨 外 紫 之 燈 光 螢 線 外 紫 4Μ, 豊 身 水 用 為 中 置 裝 之 皆 出 其 而 明 透 線 外 紫 對 份 〇 部 Η 荼負 圖 之 影 } Ρ線 £外 ’紫 過 3透 ο 底 色 的裼 片為 正份 為部 成他 即 紫外 於紫 置射 載照 而並 叠 ， 重體 件蓋 構閉 脂關 樹後 化 之 硬上 線板 外置 紫載 及明 片透 底之 該置 將裝 I 射 著照 接線 外 間 時份 定 部 見 ί 身 線照 外線 紫外 之紫 燈中 光件 螢構 線脂 JJ 照 亥 kau- <、、 由 份 P 咅 察 圖 影 印 於 應 對 尚 ’ 化 化 .he fie 砹碩 線會 外丨 紫 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 5 五、發明説明（3 ) A7 B7 其他它部份不硬化。經過該硬化處理後，用規定液體（所出 經濟部中央標隼局貝工消费合作社印製 化部射 業， 用件 需影遒 及 造章 装置 硬他照 。作良 使構 ，印原 度 製印 造裝 未其再 章之不 接間 時之造 厚。章要 製生 去比件 印盡性 直中 盡成製 之 練印所 章發 除份構 成原業 其為 原—製對 紙热種造 印料 而部面 完造作 將作 造所， 光 度一製 種資 ίψ案印 而製有 法片。製機紙 透 程供内 一桨 構画之 上括， 無負因體理光 線些提間 供 _ 脂影成 座包 業· 但造原 字處透 外架於 時 提影 Mj印完 底若作 ，製大定字線 紫要在短 ，印 化之此 製-多 在要之 規文外 於需的在 成之 硬層如 木為許#需 題用以 紫 當> 目且 達料 線脂對 在置行 案，問欲將於 適問其單 置資 外樹。 裝裝實 _ 之述， ，印 定時，簡 裝案 紫化件。安造要。影言上外等複 設射成可 之_ 洗硬構化件製黹 在印換為以機等 器 照所亦 述影 清線面定構章 必存有，成晝理機 時線情人。 下印 水外印固面印者題己造造原處印 定外上的者 藉生 用紫之面印的造 問身製製寫字複 用紫於外置 可產 即成出印該知製的本之之手文子。要之鑒 K 裝 的有 中完 突使將習章 長畫件片非謂電者 需度係員造 W 目備 置可層而， ’印間 原構負 除所用 Η , 淡明人製 I 之具 裝即底線後而，時 然面該-用-費者濃發業章Μ述其 之份之 外然然内造雖印而又使案費再搞本專印罾上 -售部份紫 在製 於， 要圖亦 原 之之 t 置 (請先閲讀背面之注意事項再填寫本Λ'〕 本紙張尺度適用中國國家標率（CNS ) A4規格（210 X 297公釐） -6 經濟部中央標準局員工消費合作社印聚 五、發明説明（4 ) ;及從外部所加諸物理 的剌激所加諸的部份或 何一種部份為因物理的 面構件；及對樹脂製印 印影圖案寫入裝置；及 之印影圖案資料而控制 製印面構件之印影圖察 _桨轉印控制裝置。 上述樹脂製印面構件 等規定波長範圍光線而 面構件之其他較佳一樣 脂為例。 印影圖案資料發生裝 之表示凹凸圖案之印影 裝置即依照該印影圖案 紫外線等之物理剌激使 諸部份之特性變化，有 剌激未加諸的部份當中 等之物理的或化學的作 面形成相應印影圖案資 因此，本發明不霈要 時間内可製造印章。 [圖式之簡單說明] 圖1顯示本發明第1霣 A7 B7 刺激部份之特性發生變ib，有物理 物理的剌激未加諸的部份當中之任 或化學的作用而被除去之樹脂製印 面構件選擇性地給予物理的剌激之 印影圖案資料發生裝置相應所發生 印影圖案寫入裝置，在對應於樹脂 資料之位置給予物理的剌激之印影 之較佳一樣態為，例如受到紫外線 改變其特性之樹脂。上述樹脂製印 態為，可Μ因熱而改變其特性之樹 置為讀進盡像而發生成為印影之源 画案資料訊號。印影圖案轉印控制 資料訊號而對樹脂製印面構件給予 樹脂製印面構件上物理的剌激所加 物理的刺激所加諸的部份或物理的 之任何一方的部份為由於液體洗淨 用而被除去，在樹脂製印面構件表 料之凹凸圖案。 製造負片等之中間構件*簡單且短 施例之印影轉印用光學構成部之方 本紙張尺度適用中國國家梯準（CNS ) Α4規格（210Χ297公釐） -------Γ--^------1Τ------A . (請先閱讀背面之注意事項再填寫本頁) -7 - 經濟部中央梂準局貝工消费合作社印製 3°0^ut A7 _ B7 五、發明説明（5 ) ' 塊圖。 圖2顯示本發明第1實施例之電構成部之方塊圖。 圖3顯示本發明第1至第6實施例之印章製造裝置之外觀構 成例之斜視圖。 圖4為說明本發明第2實胞例之印影圖案資枓之取進處埋 之流程圖。 圖5為說明本發明第1實細例之對印面構件之印面圖案之 轉印處理之流程圖。 _ 6為本發明第1實施例之光源-·變肜例之概略剖面_。 画7為本發明第1實施例之光源之其他一變肜例之概略剖 面圖。 _ 8為本發明第1實施例之印影轉印用液晶板部之一變形 例之概略斜視圖。 圖9為Μ第1實施例所作成之印章例之斜視圖。 圖1 0為以第1實施例所作成之門扉表示及公司標誌例等之 斜視_。 _ 1 1為Μ第1實施例所作成之名牌例之斜视圓。 _12顯示本發明第2實施例之印影轉印用光學構成部之方 塊圖。 Μ 1 3顧示本發明第2實施例之鑪楢成部之方塊_。 麵1 4顯示本發明第2實施例之製造印章用之基本處理之流 程圖。 _15顯示本發明第2實施例之變形例之印影轉印用光學構 成部之方塊_。 本紙悵尺度適用中國國家標隼（CNS ) Α4規格（21〇Χ297公釐） -8 - (請先閱讀背面之注意事項再填寫本頁) *1Τ -Λ- 經濟部中央標準局貝工消費合作社印裝 A7 B7五、發明説明（6 ) [實胞發明之最佳肜態] 玆參考附圖將本發明印章製造裝置之第1實砲例詳述如下。 本實施例之印章製造裝置係由印章本體4 0與印章製造機 4 5所成，印章製造機4 5係由圖2所示之電構成部（資料處理 部與印影轉印控制部），及圖1中所示之印影轉印用光學構 成部所構成。圖1中也有顯示印章本體之構成。又，圖3為 顯示本實胞例印章製造裝置之外觀例之斜視圖。再者 > 圏4 及_ 5各為顯示製造印章之基本處理之流程（M。 首先，參考圖2而說明本赏胞例之1構成部，如下。 該電構成部主要是取進印影画案資料而控制印影轉印用 光學構成部者，相當於一種資料處理裝置，如间其他一般 的電子資料處理裝置，由輸入部1 〇，控制部2 0及輸出部3 0 所構成。控制部2 0係執行相應來自輸入部1 0之資料及該時 點之處理階段等之處理•按其處理結果等而藉輸出部3 0控 制印影轉印用光學構成部者。 輸入部1 0由具備有按下鐽及刻度鍵等之鏈輸入部1 1，晝 像_取部1 2及印阜種類測出感測器1 3所構成。_輸入部Π 用來產生給予控制部2 0文字碼資料及各植控制資料者。晝 像讀取部1 2用K晴取原稿而將晝像資料給予控制部2 0者。 印章棰類測出感測器1 3係用以測出所裝填之印章種類而將 印章種類資料給予控制部2 0者。例如，印章本體及其裝設 夾具設有用以規定印章種類之孔等物理的識別要素，印章 種類測出感測器1 3讀出該物理的識別要素而輸出印章棰類 資料。然而，省略印章種類測出感測器1 3亦可〇 本紙張尺度適用中國國家橾準（CNS ) A4規格（210X 297公嫠） 請先閱讀背面之注意事項再填寫本頁) ,,νΛ. 訂 -9 - 經濟部中央標準局貝工消費合作社印製 本紙張尺度適用中國國家橾準（CNS ) A4規格（210X297公釐） A7 _B7_ 五、發明説明（7 ) 丨 輸出部3 0係由後述之紫外線照射光源5 0之驅動回路3 1 * 後述之印影轉印用液晶板部5 1之驅動回路3 2，及顯示用液 晶裝置3 4之下驅動回路3 3所構成，各驅動回路3 1，3 2，3 3 ，係在控制部2 0之控制下驅勤所對應的構成部份。顯示用 液晶裝置3 4係相當於資料處理裝置中之顳示裝置，用K顯 示對使用者之制導信息•或印章製造者所輸入之印影圖案 資料等者。 又，關於紫外線照射光源5 0及印影轉印用液晶板部5 1及 其驅控制將於後述（參考圖1 )。 控制部2 0係例如由微型遒子計算器所構成，有C Ρ ϋ 2 1， R ϋ Μ 2 2，R A Μ 2 3，文字發生器R 0 M ( C G - R ϋ Μ ) 2 4 ·輸人部介面2 5 及輸出部介面2 6等藉系統匯流排（s y e t e in b u s ) 2 7連接而構 成之。 R 0 Μ 2 2内儲存有C P U 2 1所執行之製造印章用各tt處理程式（ 參考函4及圖5 )，從所鍵輸入之碼資料變換成為對應該碼之 文字碼之表，例如，在日文中由” 4女名”碼變換成為”漢字’ 的汴名漢字變換用辭典資料等之固定資料。 RAM23係由CPU21作為工作記憶體（working memory)而使 用者，同時儲存有關使用所輸入之固定資料者。 CG-R0M24係儲存該印章製造機所準備之文字及記號之點 圖形，當給予特定文字及記號之碼資料時，輸出所對應之 點圖形者。又，可分開設顯示用及印影用之兩個CG-R0M。 輸入部介面2 5係實行輸入部1 0與控制部2 0間之介面，輸 出部介面2 6係實行_出部3 0與控制部2 0間之介面者。 -10 - (請先閱讀背面之注意事項再填寫本頁) •^· 訂 ^002〇t A7 B7 五、發明説明（8 ) ' (請先W讀背面之注意事項再填寫太頁) C P U 2 1為將來自輸入部1 0之輸入訊號及相應該時之處理階 段所定之R Ο Μ 2 2内之處理程式*利用R A Μ 2 3作為作業區，必 要時適當地使用儲存在R Ο Μ 2 2及ϋ A Μ 2 2之固定資料而予以處 理，並將其處理狀況及處理結果等顯示於顯示用液晶裝置 3 4，或驅動紫外線照射光源5 0及印影轉印用液晶板部5 1而 製造印章等。 其次，參考圖1說明印影轉印用光學構成部及印章本體之 構成如下。 印章本體4 0為由棒狀之木製底座4 1 (不一定要木製）*安 裝在該木製底座4 1 一端部•在蓋章時吸收按壓力及按壓胆 力而使印面構件凸部與紙面良好地接觸之海綿•橡膠等之 彈性材所成之海綿構件4 3，及設在該海綿構件4 3表面之平 板狀印畨構件4 2所構成之。印面構件4 2係由對紫外線無反 應的底層4 2 a與紫外線硬化樹脂層4 2 b所成，使紫外線硬化 樹脂層4 2 b露出於外部。紫外線硬化樹脂層4 2 b之厚度係由 印面上附著印泥（印台墨台）之凸部所需要之突起虽所決定u 經濟部中央標準局員工消費合作社印製 印章本體40係以未圖示之安裝機構所裝卸自如地安裝於 印章製造機4 5。例如，其剖面圼矩肜狀之印章本體4 0被安 裝成為其矩形之一個角配合於與基準點一玫之垂直交叉座 標糸統，而其剖面圼圓形或橢圓形之印章本體4 0即藉例如 安裝用夾具而裝填，以便其剖面圼矩形狀之印章本體4 0 — 樣的方法安裝於印章製造機4 5。又，安裝該印章時’以防 止紫外線洩漏印章製造機4 5之外部為宜。 印毖轉印用光學構成部為，將紫外線照射光源50 ·可控 本紙張尺度適用中國國家標準（CNS ) A4規格（210XM7公釐） _ 1 1 ~ 經濟部中央標率局員工消費合作社印製 A7 B7五、發明説明（9 ) ‘ 制紫外線透過之印影轉印用液晶板部5 1，及對物透鏡（以組 合透鏡所實琨為多）5 2 Μ該順序配置而構成，而上述之紫外 線硬化樹脂層4 2 b成為照射紫外線之對象。又，可在光源5 0 與印章本體4 0之間設擴散板Μ求光線之均勻化。 紫外線照射光源（例如螢光管）5 0為只在上述光源驅動回 路3 1之Ο Ν指令所指定之期間内發光而射出紫外線。該發光 時間被選定成為可使紫外線硬化樹脂層42b引起足夠硬化之 時間。又，用開關等來Ο N、0 F P紫外線照射光源5 0亦可。換 言之，M C P U 2 1控制紫外線照射光源5 0之ϋ N、OF F亦可。 被配置成為二次元狀之印影轉印用液晶板部5 1之各格為 ，在控制部2 0之控制下，由上述液晶板部驅動回路3 2而設 定0 N、0 F F者；被設定成為0 N狀態之格為可使光源5 0之紫外 線透過*而設定成為〇 F F之格即阻止光源5 0之紫外線之透過 。對各格之OH、OFF設定為|從後述之勤作說明中可明白， 與印影圖案成為相似的情形下實行，賴此*透過印影轉印 用液晶板部5 1之紫外線像成為印影围案等。 一般是將液晶板用在顯示裝置而使可视光透過者，但也 有使紫外領域作為透過領域之液晶板，將該種液晶板直接 或設紫外線透過濾光鏡而使用，即可適用於上逑之印影轉 印用液晶板部5 1。 對物透鏡5 2係將成為印影圖案之紫外線像成像於紫外線 硬化樹脂層4 2 b者。應將對物透鏡5 2之焦點平面稍異於紫外 線硬化樹脂層4 2 b之表面為宜。當焦點平面與紫外線硬化樹 脂層4 2 b之表面完全一致時，即由於印影轉印用液晶板部5 1 -12 - 本紙張尺度適用中國國家標準（CNS ) Α4規格（210 X 297公釐） (請先閱讀背面之注意事項再填离本頁)V. Description of the Invention (l) [Technical Field] The present invention is related to A7 B7 seal manufacturing devices, especially those who are specialized in the manufacture of seals can also easily manufacture the required seals. The word system includes those who make the unevenness of a board with a concave-convex pattern on its surface or both sides. Home and professional M device. In this book [Background Technology] including the surname of Gai Fu is broadly engraved according to Yin Wei, etc., and the engraved body is selectively carved, and it is also beneficial to the opposite pattern. During the period of the new entry, the board was well known. Therefore, those who need to wait can also be cured, the mailing of the legal person, etc., the entrusting party will have the license and printing at the time, and have special requirements. After making a stamp with the name Μ and the name plate engraved and making a model, the sealer or the individual's sealer or the individual's seal will be asked. Each individual seal will also happen. The larger stamp M and the collection are made by the Hudu Shushan Wujiacheng W industry person M. Fang's end clothing 丨 U Use: For example, M Sichuan, the stamp required by the machine, etc. Operator question. In the room, the seal is stamped on the face of the industry with resin, etc. After forming the unevenness with the seal, a fluid such as rubber is injected into the model member to make the seal. The number of seals is quite large. For example, use Η to affix seals of accounting subjects, etc., or distribute many seals that require various types. In the process of manufacturing Yinfu, at the entrance of the fee and system, the tenant of the building displays the bump map. The situation on the surface is also a problem. Persons other than employees can also manufacture the required seals. Manufacturing equipment other than experts and professionals who are already sold (strictly speaking, should be called a set of paper standards applicable to China National Standards (CNS) A4 specifications (210X 297 mm) d Please read the precautions on the back and then fill out this page) 4 V. Description of the invention (2) A7 B7 is equipped with equipment but saves a little Μ Yu type The Η line, the outer seal body made of purple seal frame made of light surface normal light square fluorescent, the line is set under the exterior of the purple shot by the Tibetan photo and the inner line, including the outer seat package purple bottom system, made of film wood Installed thinly and shot, according to the light structure of the molded parts, the exterior of the purple silk tree is externalized and purple hard. The upper Ming is transparent. With this structure, the stopper is protected and fixed, and the cover is placed between the plates. The lamp line part UL · Lr Κ which is loaded from the bright and closed point as it is loaded at the moment Describe the purple paper and so on. Layer M is drawn in the first layer should be fat first anti-tree, no hard line The outer line is printed by ultraviolet and made of purple. It is constructed from the bottom of the upper layer assembly. The fat is made of the ib layer printed by Zhang Shu. The hard line of the zhi layer is externalized. The purple is used-the line is called "simplified". The above (> The light of the paper is transparent or the foreign language of the line is printed on the paper. The original copy of the painting is written as a pen and the chapter is printed on the cover. , Regulation, the body is closed on the upper side of the toilet plate, and the door is closed. When it is loaded in the back, it will be transparently placed and loaded. The package is stacked. SB tt Body S cover photo. The line is painted to the original outer film with purple thin painting, type After the photosynthesis feels appropriate (please read the precautions on the back before filling in this page), the Central Government Bureau of Economic Affairs of the Ministry of Economic Affairs of the Consumer Cooperative Society will reverse the printing of the printing fluid, and use a thin film to expose it. It will be washed afterwards. Clear Line 丨 Outer Purple Light Fluorescent Line Outer Purple 4Μ, 豊 身 水 用 为 中装 装 出 之 而 明 Translucent Line Outer Purple Counterpart 〇 Part Η Tu negative map shadow} Ρ line £ 外 'Purple over 3 through ο background color The slabs are as good as the other parts, that is, the ultraviolet light is placed on the Zizhi and the photos are stacked. The heavy parts cover the structure and close the fat to close the tree. When you shoot the outside of the wiring, you will see the part of the body, the outside, the ultraviolet, the purple, the purple light, the middle light, the fluorescent structure, the grease, the JJ, the photo, and the photo. The fie astatine line meeting 丨 purple paper size is applicable to the Chinese national standard (CNS) A4 specification (210X297 mm) 5 5. Description of the invention (3) A7 B7 Other parts are not hardened. After the hardening treatment, use the prescribed liquid (printed by the Ministry of Economic Affairs, Central Standard Falcon Bureau Beigong Consumer Cooperative Printing and Chemical Industry Department, and the parts need to be hardened and the photo of the stamping device. Make a good structure and print the originality The thickness of the printing, printing, and manufacturing is not repeated without the chapter. The chapter should be made to be more accurate than the printed. Hot materials are used to make printing materials, and part of the finished materials will be used for manufacturing. Photographs are produced by the production of ΨΨ, and there are legal pieces. The machine paper penetration is provided for the inclusion of a paddle in the frame, and there is no negative reason. To provide room _ fat shadow into the seat package industry, but the original word is made through the outer frame. At the time, the Mj is printed. If the printing is done, the big set word line should be short, and the printing system is more important. The hard layer of the process is beyond the rules, such as wood for Xu #need to be used for the purpose of Zidang> and the material is expected to be placed on the line.装 实 _ narration,, printing time, simple case of purple parts. Safety requirements. Shadows on the outside and other resets can be shot into _ wash hard structured parts system It is also stated in the photo-printing of the machine and the machine that it must be preserved in the Qing-dynasty line-and-plane structure, and it will become the lover of the machine in the day. The author uses the purple face to make the writing system to make the writing and reuse the purple to the external to produce the original hand of the printing system. The essential book K is equipped with a medium and complete command. The long picture piece of Xi Zhang is not meant to be electricity. It needs to be created by the staff. It can be layered, and the original structure of the ink room is divided by the Η, the equipment of the lighter system I is the bottom line, and sometimes it should be used. -Fei Zhe Nong Faye Zhang M described his part, but it was made in-house, but the case fee was reprinted on this special printing. Read the precautions on the back before filling in this Λ '] This paper scale is applicable to China ’s national standard (CNS) A4 specifications (210 X 297 mm) -6 Printed by the Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Invention Description (4 ); And the part or any part of the physical stimulation applied from the outside is due to the physical surface member; Device; and the printing pattern data to control the printing image of the printing surface member _ paddle transfer control device. The above-mentioned resin printing surface member and other predetermined wavelength range of light and other preferred surface member of the same fat as an example. Printing pattern data generation equipment The imprinting device that represents the concave-convex pattern changes the characteristics of the parts according to the physical stimulation of the imprinting pattern such as ultraviolet rays, and the physical or chemical working surface of the unstimulated part forms the corresponding imprinting pattern. Therefore, the present invention can produce seals within a short period of time. [Brief description of the drawings] Figure 1 shows that the characteristics of the stimulating part of the first A7 B7 of the present invention change ib, and there are parts that are not stimulated by physical and physical stimulation The printed surface member made of resin that has been removed by any part or chemical action selectively gives physical stimulation of the imprinted pattern data generating device corresponding to the imprinted pattern writing device that occurs, giving physical imprinting at the position corresponding to the resin data The preferred state of the imprint is, for example, a resin whose properties are changed by ultraviolet rays. The above-mentioned resin printing state is that a tree whose characteristics can be changed due to heat is set as a source of image data signal after being read into the image. The imprint pattern transfer control data signal and the physical stimulation applied to the resin-made printing surface member to the resin-made printing surface member is applied by the physical stimulus or the part of any one of the physics is for liquid cleaning. After being removed, the concave-convex pattern on the surface of the resin-made printed surface member. Intermediate components for manufacturing negatives, etc. * The simple and short example of the optical component for printing transfer is based on the paper standard applicable to China National Standards (CNS) Α4 specification (210Χ297mm) ------- Γ-- ^ ------ 1Τ ------ A. (Please read the precautions on the back before filling out this page) -7-Printed by the Central Bureau of Economic Affairs of the Ministry of Economic Affairs Beigong Consumer Cooperative 3 ° 0 ^ ut A7 _ B7 5. Description of the invention (5) 'Block diagram. FIG. 2 shows a block diagram of the electrical component of the first embodiment of the invention. Fig. 3 is a perspective view showing an example of the external configuration of the seal manufacturing apparatus according to the first to sixth embodiments of the present invention. FIG. 4 is a flow chart illustrating the placement of the imprinting pattern resource in the second real cell example of the present invention. Fig. 5 is a flowchart for explaining the transfer process of the printing surface pattern of the printing surface member according to the first practical example of the present invention. _6 is a schematic cross section of the light source in the first embodiment of the present invention-a modified example_. Drawing 7 is a schematic cross-sectional view of another modified example of the light source in the first embodiment of the present invention. _8 is a schematic perspective view of a modified example of the liquid crystal panel portion for printing transfer according to the first embodiment of the present invention. Fig. 9 is a perspective view of an example of a seal created in the first embodiment of M. Fig. 10 is a squint view of a door indication and a company logo example created in the first embodiment. _ 1 1 is the squint circle of the famous brand example created in the first embodiment. _12 shows a block diagram of an optical component for printing transfer according to a second embodiment of the present invention. Μ 1 3 shows the square of the furnace forming part of the second embodiment of the present invention. Face 14 shows a flow chart of the basic processing for making a seal in the second embodiment of the present invention. _15 shows a block of an optical component for printing transfer in a modification of the second embodiment of the present invention_. The standard of this paper is applicable to China National Standard Falcon (CNS) Α4 standard (21〇297mm) -8-(please read the precautions on the back before filling in this page) * 1Τ -Λ- Beigong Consumer Cooperative of Central Bureau of Standards, Ministry of Economic Affairs Printing A7 B7 V. Description of the invention (6) [Best state of invention of the real cell] The first actual shot example of the stamp manufacturing apparatus of the present invention will be described in detail below with reference to the drawings. The stamp manufacturing apparatus of this embodiment is composed of a stamp body 40 and a stamp manufacturing machine 45. The stamp manufacturing machine 45 is composed of an electrical component shown in FIG. 2 (data processing unit and printing transfer control unit), and The optical component for printing transfer shown in FIG. 1 is configured. Figure 1 also shows the composition of the stamp body. In addition, Fig. 3 is a perspective view showing an example of the appearance of the seal manufacturing apparatus of this real cell example. Furthermore, 圏 4 and _5 each show the flow of the basic process of manufacturing stamps (M. First, referring to FIG. 2 to describe the 1 component part of this example, as follows. The electrical component part is mainly taken in to print It is equivalent to a data processing device, such as other general electronic data processing devices, which is composed of an input unit 10, a control unit 20, and an output unit 30. 2 0 is to execute the processing corresponding to the data from the input unit 10 and the processing stage at that point in time. • The output unit 30 is used to control the optical component for imprint transfer according to the processing result. The input unit 10 is equipped with Press the chain input part 1 1 such as 鐽 and scale keys, the day image _ take part 1 2 and the Yinfu type detection sensor 1 3 are formed. The _ input part Π is used to generate the text data for the control part 2 0 And each plant control data. The day image reading unit 12 takes the manuscript from K Qing and gives the day image data to the control unit 20. The seal type detection sensor 1 3 is used to detect the filled seal Type and give the seal type data to the control unit 20. For example, the seal body and The mounting fixture is provided with physical identification elements such as holes for specifying the type of seal, and the seal type detection sensor 13 reads out the physical identification elements and outputs seal type data. However, the seal type detection sensor is omitted 1 3 can also be used. This paper standard is applicable to the Chinese National Standard (CNS) A4 (210X 297). Please read the precautions on the back and then fill out this page) ,, νΛ. Order-9-Central Bureau of Standards, Ministry of Economic Affairs The paper standard printed by Beigong Consumer Cooperative applies to China National Standard (CNS) A4 (210X297 mm) A7 _B7_ V. Description of invention (7) 丨 Output section 3 0 is a driving circuit of the ultraviolet light source 50 described below 3 1 * The drive circuit 3 2 of the liquid crystal panel portion 5 1 for printing transfer described later and the drive circuit 3 3 under the display liquid crystal device 3 4 are formed, and each drive circuit 3 1, 3 2, 3 3 is located in The control unit 20 controls the components corresponding to the drive-off duty. The liquid crystal device 34 for display is equivalent to a temporal display device in the data processing device, and K is used to display the guidance information to the user or the imprint pattern data input by the seal maker. In addition, the ultraviolet irradiation light source 50 and the printing liquid crystal panel portion 51 and the drive control thereof will be described later (refer to FIG. 1). The control unit 20 is composed of, for example, a miniature calculator, including C Ρ ϋ 2 1, R ϋ Μ 2 2, RA Μ 2 3, and a text generator R 0 M (CG-R ϋ Μ) 2 4 · input The human interface 25 and the output interface 26 are connected by a system bus (syete in bus) 27. R 0 Μ 2 2 stores the tt processing programs for manufacturing stamps executed by CPU 2 1 (reference letter 4 and Figure 5), and the code data input from the key is converted into a table of text codes corresponding to the code, for example, In Japanese, the "4 female name" code is converted into "Chinese character" Bian name conversion dictionary data and other fixed data. RAM23 is used by the CPU21 as a working memory (working memory) and stores the input related to the use CG-R0M24 is to store the dot graphics of the characters and marks prepared by the stamp maker, and to output the corresponding dot graphics when the code data of the specific text and marks is given. In addition, it can be opened for display. And two CG-ROMs for printing. The input interface 25 is the interface between the input portion 10 and the control portion 20, and the output portion interface 26 is the interface between the output portion 30 and the control portion 20 -10-(Please read the precautions on the back before filling in this page) • ^ · Order ^ 002〇t A7 B7 V. Invention description (8) '(Please read the precautions on the back before filling in the page) CPU 21 is the input signal from the input section 10 and the corresponding The processing program in R Ο Μ 2 2 determined at the time of the processing stage * uses RA Μ 2 3 as the operation area, and if necessary, appropriately uses the fixed data stored in R Ο Μ 2 2 and ϋ A Μ 2 2 to process, The processing status and processing results are displayed on the display liquid crystal device 34, or the ultraviolet light source 50 is driven, and the liquid crystal panel portion 51 for printing transfer is used to produce a seal. Next, the printing transfer will be described with reference to FIG. The structure of the optical component and the stamp body is as follows: The stamp body 4 is made of a stick-shaped wooden base 4 1 (not necessarily wooden) * Installed at one end of the wooden base 4 1 • Absorbs pressing force and pressing force when stamping A sponge member 4 3 made of an elastic material such as sponge and rubber that makes the convex portion of the printing member contact the paper surface well, and a flat plate member 42 arranged on the surface of the sponge member 4 3 are composed of the printing member. 4 2 is composed of a bottom layer 4 2 a that does not react to ultraviolet rays and an ultraviolet curing resin layer 4 2 b, which exposes the ultraviolet curing resin layer 4 2 b to the outside. The thickness of the ultraviolet curing resin layer 4 2 b is attached from the printed surface Inkpad ( Although the protrusion required for the convex part of the Taiwan ink table is determined, the stamp body 40 printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs is installed on the stamp manufacturing machine 45 with a mounting mechanism not shown. The stamp body 40 with its rectangular cross-section is installed as a corner of its rectangle to match the vertical cross coordinate system with the reference point 1 mei, and the stamp body 40 with its circular or oval cross-section is taken as an example. Install it with a jig so that the stamp body with its rectangular cross-section is mounted on the stamp making machine 45 in the same way. In addition, when installing the seal, it is appropriate to prevent ultraviolet leakage from the outside of the seal manufacturing machine 45. The optical component for printing is used to illuminate the UV light source 50. The paper size of the controllable paper is in accordance with the Chinese National Standard (CNS) A4 (210XM7mm) _ 1 1 ~ Printed by the Employee Consumer Cooperative of the Central Bureau of Standards and Statistics, Ministry of Economic Affairs A7 B7 V. Description of the invention (9) 'The liquid crystal plate part 51 for printing transfer made by ultraviolet rays, and the objective lens (as much as the combined lens) 5 2 Μ are arranged in this order, and the above The ultraviolet-curable resin layer 4 2 b becomes an object to be irradiated with ultraviolet rays. In addition, a diffusion plate M may be provided between the light source 50 and the stamp body 40 to make the light uniform. The ultraviolet irradiation light source (for example, fluorescent tube) 50 emits ultraviolet light only during the period specified by the Ο Ν instruction of the light source driving circuit 31. The light emission time is selected to be a time sufficient to cause the ultraviolet-curable resin layer 42b to harden. In addition, it is also possible to irradiate the light source 50 with ultraviolet rays of 0 N and 0 F P with a switch or the like. In other words, M C P U 2 1 can also control ϋ N, OF F of ultraviolet irradiation light source 50. Each cell of the liquid crystal panel portion 51 for the printing transfer, which is arranged in a two-dimensional shape, is set to 0 N, 0 FF by the liquid crystal panel portion driving circuit 32 under the control of the control portion 20; The grid in the 0 N state is to allow the ultraviolet light from the light source 50 to pass through *, and the grid to be 0FF is to prevent the ultraviolet light from the light source 50 from transmitting. Set the OH and OFF of each grid to | It can be understood from the diligent explanations that will be described later. It is implemented when the imprint pattern becomes similar, which is why * The ultraviolet image of the liquid crystal panel section 5 1 for imprint transfer becomes an imprint case Wait. Generally, a liquid crystal panel is used in a display device to transmit visible light, but there are also liquid crystal panels that use the ultraviolet field as a transmission field. The liquid crystal panel is used directly or provided with an ultraviolet transmission filter, and can be applied to the above.逑 之 印 印 Transfer Liquid Crystal Panel Section 51. The objective lens 5 2 is an image of an ultraviolet image that becomes an imprint pattern on the ultraviolet curing resin layer 4 2 b. The focal plane of the objective lens 52 should be slightly different from the surface of the ultraviolet curing resin layer 42b. When the focal plane is exactly the same as the surface of the ultraviolet-curing resin layer 4 2 b, it is because the liquid crystal panel section for printing transfer 5 1 -12-This paper size is applicable to China National Standard (CNS) Α4 specification (210 X 297 mm) (Please read the notes on the back before filling out this page)
.1T 經濟部中央標準局員工消費合作社印製 本紙张尺度適用中國國家標準（CNS ) Α4規格（210Χ 297公釐） A7 B7 五、發明説明（10) ' 之各格之配置而使印影圖案之輪廊線圼鋸齒狀，但使對物 透鏡5 2之焦點平面稍為移離紫外線硬化樹脂層4 2 b表面時， 各格之光通量發生稍為重叠的琨象，可防止印影圖荼之輪 廊圼鋸齒狀。 如同習知的技術，紫外線硬iL·樹脂膾4 2 b的硬化部份Μ夕卜 部份可用規定之液體（例如水：氣體亦可）所除去。 具有上述圆2中所示電構成部與圖1所示印影轉印用光學 構成部之印章製造裝置為，例如，圼圖3所示之外觀。在圖 3中所示外觀例中，在操作板面上適當地配置ϋ輸入部1 1， 顯示用液晶裝置3 4與印章本體4 0之安裝構造5 5，晝像謓取 部1 2係透過電纜而連接於印章製造機本髑5 6 〇 其次，參考圖4說明M C P (J 2 1為中心而執行之印影圖案資 料之取進處理之一例如下。 例如，用鍵輸入部1 1而指示取得處理印影圖案資料時| C P li 2 1 BP M m Tf ί R0U22Z HI 4 Pjr Pf] Mi HI ^ Z Wl m M 理程式，首先茌顯示用液晶裝1 3 4顯示印寧種類資料•從 鍵盤輸入部1 1取得印章製造者所選擇之印單棰類資料（步驟 10 0)。印章Μ類係Μ矩形，圓形，橢圓形等之印面形狀， 及大形，中形，小形等之大小而規定，預定規定該印章製 造裝置可處理者。 接著，C P U 2 1在顯示用液晶裝置3 4上顯示詢問鐽盤輸入或 影像輸入印影圖案資料之信息，從_盤輸入部1 1取得有關 印章製造者所選擇之輸入方法之資料而判斷所選擇之輸入 方法（步驟1 〇 1 )。 _ -13 - (請先閲讀背面之注意事項再填寫本1) -Ϊ 、1Τ 考 A7 B7 經濟部中央梂準局貝工消費合作社印製 五、發明説明 (1 L1) 1 1 1 1 如 果 選 擇 影 像 輸 入 時 使 顯 示 用 液 晶 裝 置 34 顯 示 要 求 將 * 1 1 1 原 搞 放 置 於 畫 像 讀 取 部 1 2而 起 動 畫 像 m 取 部 12 之 信 息 取 y-V 1 I 請 1 I 得 遒 像 謫 取 部 12所 讀 取 之 进 像 貸 料 (步驟1 02) 然後 將所 先 ft/j 1 I 讀 1 讀 取 之 晝 像 與 有 關 所 指 示 之 印 早 種 類 之 印 面 之 外 形 m 廊 重 背 Λ 1 I 叠 顯 示 於 顯 示 用 液 晶 裝 置 34 要 求 指 定 在 m 取 畫 像 之 内 用 之 注 1 I 意 | 在 印 影 圖 案 之 部 份 取 得 所 指 示 之 印 影 圖 案 部 份 將 該 部 事 項 I 再 1 \ 份 作 為 印 影 _ 案 影 像 而 顯 示 茌 顯 示 用 液 晶 裝 置 34 而 完 成 印 填 寫 1 尽 L 1 影 睡 案 資 料 之 取 得 處 理 (步驟1 0 3 ) > 頁 1 I 例 如 印 章 製 造 者 操 作 盤 輸 入 部 11 之 游 標 鐽 時 可 將 1 I 有 關 所 指 定 印 章 種 類 之 印 面 之 外 肜 串冊 靡 顯 示 向 該 方 向 移 動 1 1 1 > 操 作 盤 輸 入 部 11 之 確 定 lil 可 將 該 之 印 面 外 形 輪 1 訂 廓 顯 示 所 圍 繞 之 讀 取 畫 像 之 部 份 當 做 被 指 定 成 為 印 影 圖 案 1 1 而 取 得 之 0 1 I 相 對 之 當 識 別 成 為 選 擇 鍵 盤 輸 入 方 法 做 為 印 影 圖 案 資 1 I 料 之 輸 入 方 法 時 CPU2 1在顯示用液品裝置3 4上顯示要求指 定 印 圓 案 之 屬 性 資 料 之 信 息 並 収 U 所 指 定 之 印 m _ 案 J 1 之 靥 性 資 料 (步驟1 04) >印影麵案之屬性為 有例如是否附 1 1 有 框 之 印 影 縱 向 或 横 向 行 數 文 字 之 大 小 (絕對指定或 1 I 相 對 指 定 均 可 ) 陰刻（相 當 於 顯 示 中 所 謂 之 反 轉 顯 示 )或陽 1 1 [ i 刻 (相當於顯示中所謂非反轉顯示） 文 字 之 字 型 製 造 .成 1 1 為 稍 出 圼 寫 出 飛 白 狀 或 否 在 圓 形 印 章 等 是 否 要 實 行 文 字 1 之 外 形 變 換 處 理 (圓形化處理等〉 印 影 圖 案 部 份 外 形 之 大 1 1 小 等 I 而 取 得 該 等 資 料 〇 也 有 因 指 定 印 章 之 大 小 等 之 限 制 1 I 而 無 法 承 m 指 定 的 屬 性 9 例 如 > 小 形 印 単 時 即 止 多 行 之 1 1 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公鼇） -14- ^〇〇2ui B7 經濟部中央標準局貝工消費合作社印製 五、發明説明 ( 12) 1 1 1 I 型 式 等 0 • 1 1 1 之 後 C P U 2 1在顯示用液晶裝置3 4顯示而向印章製造者要 1 i 請 1 | 求 輸 入 文 字 資料 並取 得 與 文 字 處 理機 等 資枓 處 理 装 置 同 gfl 1 | 讀 1 樣 的 處 理 藉鍵 盤 輸人 之 文 字 資 枓 (步驟1 05) 〃該輸入處理 背 1 ϊ& I 中 之 顯 示 並 非印 影 圖案 影 像 式 的 顯 示。 然 後， 當 有 文 字 資 之 注 1 料 輸 入 結 束 之指 示 時， CPU2 1即將所輸入之文字資料按所指 急 事 項 I 再 1 I 定 之 各 種 屬 性而 變 換處 理 成 為 印 影_ 案 影像 而 顯 示 在 顯 填 % 一 ί 本 人 I 示 用 液 晶 裝 置34而 _印 章 製 造 者 確 認以 結 束印 影 圆 栞 資 料 頁 '—✓ 1 I 之 取 得 處 理 (步驟1 06) )又 將其構成為使用者Μ踺操作而 1 I 轉 換 所 輸 入 文字 顯 示與 到 該 時 為 止 所輸 入 之文 字 之 印 影 圖 1 1 I 桨 m 像 顯 示 亦可 0 1 訂 印 早 製 造 者為 當結 束 印 影 _ 案 資料 之 輸入 操 作 之 後 t 1 1 可 立 即 起 動 對印 面 構件 42 之 轉 印 處 理， 成 可暫 時 記 憶 在 1 I RAM23 (或 外 部記 憶 裝置 ) 1 例 如 印 章製 造 者可 在 顯 示 用 液 晶裝 置 34顯 示 印 影 圖 案 J 影 像 之 狀 態 (包括讓出所記憶者而顯示之狀態） 下 使 用 m Ί 盤 輸 入 部 11 而命 令 對印 面 構 件 42 轉 印。 該 時， C Ρ U 2 1即開始 1 1 執 行 存 在 R0M22之如圖5所 示 之 對 印面 構 件42 之 轉 印 處 理 1 I 程 式 〇 1 1 1 首 先 C P U 2 1取得來印章自棰類測出感测器1 3之資料 確 1 1 m 印 章 本 體 4 0被 安 裝在 印 章 製 造 機 45 - 及 被安 裝 的 印 章 本 1 1 體 40 之 棰 類 符合 所 指定 者 (步驟200 )° 1 1 在 此 > 若 得到 未 安裝 或 安 裝 錯 誤 等結 果 時， 即 在 顯 示 用 1 I 液 晶 裝 置 34上顯 示 要求 安 裝 之 信 息 ，或 要 求更 換 所 安 裝 之 1 1 本紙張尺度適用中國國家橾準（CNS ) A4規格（210X 297公釐） -15- 經濟部中央標準局貝工消费合作社印裝 A7 B7五、發明説明（Γ3 ) 印章本體4 0之信息等以執行錯誤處理（步驟2 0 1)。 相對地，若確認被安裝的印章本體4 0為正確時|即相應 目前所安裝之印影圖案而設定印影轉印用液晶板部5 1之各 格之Ο N、0 F F (步驟2 0 2 )。本實施例中被設定為，相對於印 影圖綦之格為Ο N狀態，相當於背景之格為0 F F的狀態。然後 ，C P U 2 1為使紫外線照射光源5 0發光動作規定時間（步驟 203卜 然後|經過規定時間K後，在顯示用液晶裝置34上顯示 照射終了，及用規定液體（水）洗淨印章本體4 0之紫外線硬 化樹脂層4 2 b之信息而結束一連串之印影圖案之轉印處理（ 步驟204)。 印章製造者用規定液體洗淨轉印處理（硬化處理）後之印 章本體4 0之紫外線硬化樹脂層4 2 b之後，從紫外線硬化樹脂 層42b除去印影圖案以外之部份|形成構成印影圈案之凹凸 而完成印章。 再者，用規定液體洗淨印阜本體4 0之後 > 將其再度安裝 於印章製造機4 5而照射紫外線，確使樹脂硬化為宜。該時 ，將印影轉印用液晶板部5 1上全部之格成為開放狀態為佳。 _ 9至圖1 1中顯示Μ第1實施例之印章製造裝置所製造之 印章，門扉顯示板及名牌之例。 圖9顯示印章（_章）之例，在橢圓肜之木製底座4 1上藉海 綿構件4 3而固定有以凹凸所形成之英文字母” A & Β ”圖案之印 面構件42。 _ 1 0顯示門扉顯示板及公司章等之例；因為不需要如圆 本紙張尺度適用中國國家標準（CNS ) A4規格（21〇X：297公釐） (請先閱讀背面之注意事項再填寫本頁) -16- A7 B7 經濟部中央標準局貝工消费合作社印策 五、發明説明 (14) 1 1 1 | 寧 般 地 具 有 彈 性 的 m 係 在 木 製 底 座 上 直 接 固 定 用 凹 凸 形 • 1 1 1 成 有 英 文 宇 母 圖 案 之 印 面 構 件 (該情形下 因非印章的關係 1 | 請 I I t 印 面 構 件 的 用 語 並 非 妥 當 但 為 了 容 易 與 m 9比較而如此 先 閱 1 I 讀 1 表 琨 者 對 圖 11 亦 相 同 )42 ( >再者 在門框上破安裝而向走 背 1 I 廊 成 為 垂 直 的 房 間 號 碼 牌 等 即 在 其 兩 面 形 成 有 如 圖 10所 示 意 1 1 I 之 凹 凸 圖 栞 0 事 項 1 1 再 \ | 麵 11 顧 示 名 牌 之 m 因 為 不 爾 要 如 圖 章 般 地 具 有 彈 性 的 填 1 本 關 係 在 木 製 底 座 上 直 接 固 定 用 凹 凹 形 成 Η 文 字 & m 茶 A 1 | 之 印 面 構 件 42 0 1 I 在 圖 10 中 所 示 之 門 扉 表 示 板 及 公 司 章 或 圖 11 中 所 示 之 1 1 1 名 牌 等 為 提 高 其 視 認 性 起 晃 紫 外 線 硬 ib 樹 脂 層 42b 底 1 訂 層 42 a及/或 木 製 底 座 4 1 應 使 用 不 同 之 顔 色 為 佳 1 1 如 上 述 根 據 本 實 施 例 與 習 知 技 術 比 較 不 需 要 製 造 1 I 負 Η 之 作 業 同 時 可 用 鐽 盤 輸 入 部 11 等 容 易 製 造 相 當 於 1 1 原 耋 之 資 料 的 關 係 印 章 製 造 專 家 Μ 外 的 人 亦 簡 單 且 短 時 1 線 間 内 可 製 造 所 要 的 印 韋 (及門靡表示板 公司章 名牌等凹 凸 _ 案 板 ) 〉又 在習知的印章製造裝置中亦用文字處理器 1 1 等 製 造 原 畫 但 爾 要 將 其 複 印 在 描 圖 紙 等 之 作 業 而 該 點 1 I 作 業 比 本 實 施 例 還 要 多 0 1 1 | 圆 3及_ 4 顯 示 基 本 處 理 之 流 程 但 實 施 例 因 具 有 資 料 處 1 1 理 構 成 的 Μ 係 可 容 易 對 hriW 應 在 中 途 變 更 印 章 本 體 之 大 小 (因 1 1 印 影 此 之 大 小 )及印影之屬·性等 、同樣的理由 ，用- -次的印 1 I 影 圖 案 資 料 之 輸 入 處 理 而 可 得 印 章 大 小 相 異 而 印 影 為 相 1 I 肜 的 各 種 印 章 0 1 1 本紙張尺度適用中關家揉準（_祕（腹腾着> —17 _ 經濟部中央標準局負工消费合作社印製 A7 B7五、發明説明（15) 再者，在上述實施例屮，於構成印影圈案之成為凸部部 份適用由硬化所留下之紫外線硬化樹脂層4 2 b的關係，將印 影轉印用液晶板部51之各格設定ON、OFF時，不需要變換所 輸入的印影圖案資料，換言之，不必實行逆字處理（鏡文字 化處理），資料處理的負擔較少。 又，本發明並非限定於第1實施例，可做種種變化，對第 1實施例之變形例如下述。 (1 )用可變焦距透鏡構成對物透鏡5 2，藉對物透鏡5 2之功 能實行印影之掮大縮小亦可。該時，需要移動;可變焦距透 鏡之部份透鏡之驅動系統。再者，用光學系統處理來實行 擴大縮小比使用數元映象（b i t m a p )方式之資料處理實行擴 大縮小更可達成印影輪郸線之平滑ib，又，比使用映象 (line m a p )方式之資料處理方式予Μ擴大鎺小可縮短處理 時間，再者，可自由設定變倍率。 (2 )在印章製造機上可設置用規定流體洗淨硬化樹脂層 4 2 b之過程之構成部份。例如，將結束硬化處理（印影轉印 處理）之印章本體4 0予K移動，使其先端部浸潰於收容在收 容容器内之規定液體而自動除去硬化部份Μ外的部份亦可。 (3 )省略對物透鏡，使印章本體4 0之紫外線硬化樹脂層 4 2 b直接與印影轉印用液晶板部5 1之表面接觸而硬化印影圖 案化部份亦可。 ‘ (4)僅將與木製底座分開之介面構件42安裝於印章製造機 4 5 Μ實行紫外線硬化樹脂層4 2 b之硬化處理者亦可。該時| 於木製底座4 1或介面構件4 2之一方設置通常是用剝離紙所 本紙張尺度適用中國國家揉準（CNS ) A4规格（210X 297公釐) ----------Λ------訂------·線ΊΤ (請先Μ讀背面之注意事項再填寫本頁) ~ 18 ~ 經濟部中央梯準局員工消費合作社印策 A7 B7 五、發明説明（ιβ) ' 耰蓋之接著層以便使木製底座4 1與介面構件4 2容易接著為 宜。 (5 )可適用市面上出售之資料處理裝置做為本發明之部份 構成要素亦可。例如，適用文字處理機，私人電子計算機 及印刷裝置等做為印影轉印用光學構成部Μ外名資料處理 構成，藉電纜對印影轉印用液晶板部5 2各格之Ο Ν、0 F F資料 等亦可。 (6 )可用一個液晶裝置貿琨顯示用液晶裝置3 4與印影轉印 用液晶板部5 1。例如在圖6中所不，適用可使紫外線及可视 光透過者做為液晶裝置5 1之同時，分開而設置具_有拋物 線面鏡之紫外線照射光源5 0 1與可視光照射光源5 0 2，藉可 擺動之鏡子5 0 3，當作為顯示裝置作用時即以自可視光照射 光源5 0 2所照射之可視光作為液晶裝置5 1 ( 3 4 )之後照光，而 印影轉印時即由紫外線照射光源5 0 ]所照射的紫外線做為液 晶裝置5 1 ( 3 4 )之後照光亦可。者，如_ 7中所示，適用可 使紫外線及可視光透過者做為液晶裝置5 1 ( 3 4 )之間時，設 置紫外線照射光源5 0 1及可視光照射光源5 0 2所共同使用之 拋物線面鏡5 0 4 *當做為顯示裝置作用時即由可視光照射光 源5 0 2所照射而由鏡子5 0 5所反射之可視光作為液晶裝置5 1 之後照光，印影轉印時即由紫外線照射光源5 0 1所照射並由 鏡子5 0 5所反射之紫外線做為液晶裝置5 1 ( 3 4 )之後照光亦可。 (7 )使印影轉印用液品板部5 1為一次元構成者，關於副掃 描方向即移動印面構件4 0或印影轉印用液晶板部5 1而實行 印影之轉印亦可。圖8中顯示後者之例。光源部5 1 0為内藏 本紙張尺度適用中國國家梯率（CNS ) Λ4規格（210XM7公釐） ： -1 9 - (請先閱讀背面之注意事項再填窩本頁) 訂 經濟部中央標準局員工消費合作社印製 A1 B7五、發明説明（17) ' 具有未圖示之拋物線面鏡之紫外線照射光源，而設有由前 逑紫外線照射光源所照明之一次元液晶板部。圖8中用黑色 斜線所表示之部份為表示不透過紫外線之格。光源部5 0 1固 定在帶5 1 2上《帶5 1 2捲繞於由導框5 1 5所固定成為規定間隔 之兩個輥子5 1 3，5 1 4。輥子5 1 3，5 1 4之一方為未圖示之驅 動裝置所驅動，Μ便將固定在驅動帶51 2之光源部5 1 0向圆 中左右方向|即副掃描方向移動之。 (8 ) Η；適用紫外線以外之物理的要凶所破iL·者做為硬化樹 脂層4 2 b。例如，可使用可视光硬化樹脂或熟硬ib樹脂等。 使用可視光硬化樹脂時，Μ可視光遮蓋釗離紙覆Μ可視光 硬iL·闷脂層之狀態配置印章本體4 0，R在印影轉印處理時 釗開該剝離紙為佳。又，使用熱硬化阁脂1诗適用熱轉印印 刷器等所採用之發熱控制元件置成為1次元成2次元狀之 板部Μ取代印影轉印用液晶板部5 1之间時，需要使硬化樹 脂層直接接觸於板部如變形寊施例3中所示。 (9 )使用如因照射紫外線而崩壞之樹脂等，用規定液體可 除去有規定之物理剌激所加諸部份者做為構成介面之樹脂 亦可。 (1 0 )印影_案之輸入方法為，只用讀収道像的方法，或 Η用Ιϋ盤輸入的方法均可。例如，在只使用讀取进像入之 印章製造裝置中，將畫像謓取部所讀取之盡像資料直接供 給予印影轉印用液晶板部亦可，該時，可省略C P U本身或可 省略藉C P U之輸入控制及轉送控制。 Η參考附_ 1 2至1 5將本發明第2實施例之印章製造裝置詳 (請先閲讀背面之注意事項再填巧本頁') 本紙張尺度適用中國國家標準（CNS ) Α4規格（210X297公釐） A7 B7 經濟部t央標準局員工消費合作社印製 五、發明説明（Μ) 1 > 1 I I 述 如 下 0 1 1 1 本 η 施 例 與 第 1實施例不氏 J 係使用祕描光線在印面構件 1 I 42上 形 成 印 章 圖 案 者 〇 本 實 施 例 之 印 ...tr. 早 製 造 裝 置 為 如 同 第1 請 先 背 而 1 ! \ 實 施 例 由 印 章 本 體 與 印 早 製 造 機 所 成 印 早 製 造 機 為 包 ( 隹 1 1 括 如 圖 1 3所示 之 電 構 成 部 (由資枓處理邰與印影轉印控制部 之 注 意 事 再 1 1 I 所 成 ) 及圖1 2中所示之印影轉印用光學構成所成λ β d 1 2中 1 1 I 同 時 顯 示 印 章 本 體 之 構 成 〇 印 寧 製 造 裝 置 之 外 觀 構 成 例 為 填 寫 本 1 如 m 第 1實施例之圖3所示 者 〇 Μ 14 (,¾ m 示 印 ；*r- 皁 製 造 Μ- 本 處 頁 '—^ ί 1 理 之 流 程 m 〇 1 I 苜 先 參 圖 1 3說 明 本 實 施 例 之 锘 構 成 部 如 下 1 1 I 該 構 成 部 為 如 同 第 1實施例 由_入部1 0 控制部20及 1 訂 _ 出 部3 0所構成 〇 輸 入 部 1 0 控 制 部20為 如 1.1] 第 1實_例， 1 1 因 此 省 略 詳 细 之 構 成 0 1 I _ 出 部3 0係 由 後 述 之 驅 動 控 制 印 m 轉 印 用 光 學 構 成 部 之 1 I 各 部 之 光 學 構 成 部 驅 動 回 路 群 3 5 m 顯 示 裝 置 34之 驅 動 回 1 1% 路 33所構成 各 驅 動 回 路 3 5 3 3 ί系 在 控 制 部20之控制 下 驅 1 動 所 對 應 之 構 成 部 份 〇 1 1 光 學 構 成 部 驅 動 回 路 群 3 5係 由 各 稱 驅 動 回 路 所 成 但 在 1 I 此 即 合 而 表 示 之 〇 在 光 學 構 成 部 之 要 素 内 如 後 述 有 各 1 1 1 Μ 驅 m 控 制 所 需 要 之 構 成 要 索 際 上 驅 動 回 路 係 按 每 1 Ί — 個 構 成 要 素 而 存 在 〇 1 1 其 次 9 參 考 圓 12說 明 印 影 轉 印 用 光 學 構 成 部 及 印 早 本 體 1 1 之 構 成 如 下 〇 1 I 印 .rJ：r. 早 本體40的構造 為 如 同 第 1實施例 未_示之印章本體 1 1 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） -2 1 - A7 B7 五、發明説明（l9 ) 經濟部中央標準局員工消費合作社印製 4 0之安裝機構為，Μ規定間距（線間距）向_1 1 2中所示之Y方 向（副掃描方向）可移動之構成。 印影轉印用光學構成部為•由紫外線照射雷射光源6 0， 光束集光器6 1，光開關6 2，光束擴大器6 3，圓简形透鏡6 4 ，多邊形鏡子6 5，f Θ透鏡6 6，及對物透鏡6 7.所構成•而各 要素係以該順序配置之。 紫外線照射雷射光源β 0為，當控制部2 0命令輸出之期間 内，紹未圖示之驅動回路（參考_ 1 3中以符號3 5所示之回路 )而振Μ輸出紫外線雷射光者11如此輸出之留射光被光束集 光器6 1所聚集而入射於光開關ΰ 2。該光開關6 2係依未圖示 之驅動回路（參考麵1 3屮用符號3 5所示之回路）而斷續留射 光者，其控制指令係由控制部20所發出。又，若紫外線照 射留射光源6 0本身為按控制訊號而可控制雷射光之射出， 非射出，即可脈衝式射出雷射光的型式時*可省略該光開 關6 2。被斷绒之雷射光被光束擴火器6 3成為具W规定之點 形狀之後，由圓筒形透鏡6 4袖償多邊肜鏡子6 5反射之點形 狀變更之後入射於多邊肜鏡子6 5。 多邊形鏡子6 5係由未_示之驅動回路（參考在圈1 3中Μ符 號3 5所示之回路）及驅動機構（馬達）6 8 Μ定速旋轉，藉Μ將 所斷编之直進雷射光向X方向（主掃描方向）偏向掃描者。 多邊肜鏡子6 5之旋轉亦在控制部2 0之控制下寊行，與上述 光開關6 2之斷缡動作同步而賁行。被多邊形鏡子6 5所反射 之掃描雷射光為，例如由環形透鏡構成之f Θ透鏡6 (5所變換 成為可在照射對象物（紫外線硬化樹脂層4 2 b )上之掃描速度 (請先閱讀f面之注意事項再填寫本頁).1T The paper standard printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs is applicable to the Chinese National Standard (CNS) Α4 specification (210Χ 297 mm) A7 B7 V. Invention description (10) The individual layout of the printed pattern The contour of the corridor is jagged, but when the focal plane of the object lens 52 is slightly moved away from the surface of the ultraviolet-curing resin layer 4 2 b, the luminous flux of each grid slightly overlaps, which can prevent the corridor of the image. Jagged. As in the conventional technique, the hardened part of the UV hard iL · Resin 4 2 b M part can be removed with a prescribed liquid (for example, water: gas). The seal manufacturing apparatus having the electrical constituent part shown in the circle 2 and the optical constituent part for printing transfer shown in FIG. 1 is, for example, the external appearance shown in FIG. In the example of the appearance shown in FIG. 3, the input section 11 is appropriately arranged on the operation panel surface, the mounting structure of the display liquid crystal device 3 4 and the stamp body 40 is 5 5, the day image pickup section 12 is transmitted through The cable is connected to the stamp making machine 髑 5 6 〇 Next, referring to FIG. 4, one example of the fetching process of the imprint pattern data executed by MCP (J 2 1 as the center) is as follows. For example, the key input part 1 1 is used to instruct acquisition When processing imprinted pattern data | CP li 2 1 BP M m Tf ί R0U22Z HI 4 Pjr Pf] Mi HI ^ Z Wl m M management program, first display LCD with LCD device 1 3 4 display Yining type data • input from keyboard 1 1 Obtain the seal type data selected by the seal maker (step 100). The seal M type is the shape of the printing surface such as rectangular, circular, elliptical, etc., and the size of large, medium, small, etc. It is planned to specify the person who can process the stamp manufacturing device. Next, the CPU 21 displays information asking for the input of the imprint pattern or the image input imprint pattern data on the display liquid crystal device 34, and obtains the relevant stamp maker from the _ disc input unit 11. Judging by the data of the selected input method The input method of choice (step 1 〇1). _ -13-(Please read the precautions on the back before filling in this 1) -Ϊ 、 1Τ Examination A7 B7 Printed by the Central Bureau of Economic Affairs of the Ministry of Economic Affairs Beigong Consumer Cooperatives V. Inventions Description (1 L1) 1 1 1 1 If you choose to use the liquid crystal display device 34 for display when video input is selected, the display request * 1 1 1 will be placed in the image reading unit 1 2 and the image m will be activated. Please 1 I get the image credits read by the image acquisition unit 12 (Step 1 02), and then read the first ft / j 1 I read 1 day image and the printing surface related to the indicated type of early printing Appearance m Corridor weight Λ 1 I Superimposed and displayed on the liquid crystal display device 34 It is required to specify the use of m in taking pictures 1 I Meaning | Obtain the indicated imprint pattern part in the imprint pattern part Again 1 \ copies as The image is displayed and the LCD device for display 34 is used to complete the printing process. 1 L 1 Acquiring the data of the sleeping case (step 1 0 3) > Page 1 I For example, the cursor of the operation panel input section 11 of the stamp maker In this case, 1 I can move the display of the book on the printed surface of the specified seal type to the direction. 1 1 1 > Confirmation of the input portion 11 of the operation panel lil can surround the outline display of the printed surface 1 The part that reads the image is designated as the imprint pattern 1 1 and obtained 0 1 I. When the recognition is selected as the keyboard input method as the imprint pattern data input method 1 CPU 2 1 is in the display liquid device 3 4 The information required to specify the attribute data of the round printing case is displayed and the specific data of the printing m _ case J 1 specified by U (step 1 04) > the attribute of the printing case is If attached with 1 1 framed vertical or horizontal line of text size (absolute designation or 1 I relative designation is possible) Yin engraving (equivalent to the so-called reverse display in the display) or Yang 1 1 [i engraving (equivalent The so-called non-inverted display in the display) The manufacture of the font of the character. To 1 1 is to write out a little white or not in a round seal or not. Is it necessary to perform the shape conversion process of the character 1 (circularization process, etc.)> Imprint pattern Part of the shape is large 1 1 small and so on I to obtain such data. There are also restrictions due to the size of the specified seal, etc. 1 I can not bear the specified attributes 9 For example > 1 1 copy of multiple lines at the time of small printing The paper standard is in accordance with the Chinese National Standard (CNS) A4 (210X297 Gongao) -14- ^ 〇〇2ui B7 Printed by the Beigong Consumer Cooperative of the Central Standards Bureau of the Ministry of Economy V. Invention Instructions (12) 1 1 1 I type etc. 0 • 1 1 1 After the CPU 2 1 in the display liquid crystal device 3 4 display And ask the stamp maker 1 i please 1 | Seek to input text data and get the same as gfl 1 for word processing devices such as word processors | Read 1 process to process text resources input by keyboard (step 1 05) 〃 The display in input processing 1 ϊ & I is not an image display of imprint pattern. Then, when there is an instruction for the end of the input of the text information, the CPU 2 1 converts the input text data according to the designated urgent matters and then various attributes specified by the I into the imprint _ case image and displays it in the display. (1) I use the liquid crystal device 34 and _ the seal maker confirms to end the imprinted round castellation data page '-✓ 1 I acquisition process (step 1 06)) and it is constituted as a user operation operation and 1 I conversion Printed image of the input text and the text input up to that time. 1 1 I Paddle m-image display is also available. 0 1 The order is printed early. After finishing the input operation of the print_case data, t 1 1 can be started immediately. The transfer process of the seal member 42 can be temporarily stored in a RAM 23 (or an external memory device). 1 For example, the seal maker can display the imprint pattern J image on the display liquid crystal device 34 Using 11 m Ί disk command input unit 42 of the transfer print surface of the member states (including those let out the memory state of the display). At this time, C PU 2 1 starts 1 1 to execute the transfer process to the printing surface member 42 shown in FIG. 5 in the R0M22 1 I program 〇1 1 1 First, the CPU 2 1 obtains the seal self-sensing sense The data of the detector 1 3 is confirmed 1 1 m. The stamp body 4 0 is installed on the stamp maker 45-and the installed stamp book 1 1. The body 40 is of the type specified (step 200) ° 1 1 here > If the result is not installed or installation error, it will display the information required to install on the display 1 I LCD device 34, or request to replace the installed 1 1 This paper standard is applicable to China National Standards (CNS) A4 specification (210X 297 mm) -15- A7 B7 printed by Beigong Consumer Cooperative of Central Bureau of Standards of the Ministry of Economy V. Description of Invention (Γ3) Stamp body 40 information etc. to perform error handling (step 2 0 1). On the contrary, if it is confirmed that the stamp body 40 to be installed is correct | that is, corresponding to the imprint pattern currently installed, set the Ο N, 0 FF of each cell of the liquid crystal panel portion 5 1 for imprint transfer (step 2 0 2) . In this embodiment, it is set that the grid of the printed image is in the ON state, which is equivalent to the background grid of 0 F F. Then, the CPU 21 operates to illuminate the ultraviolet irradiation light source 50 for a predetermined time (step 203, then | after a predetermined time K, the display of the end of irradiation is displayed on the display liquid crystal device 34, and the seal body is washed with a predetermined liquid (water) 4 0 UV curing resin layer 4 2 b information to end a series of transfer process of printing patterns (step 204). The seal manufacturer cleans the stamp body 4 0 UV after the transfer process (hardening process) with the specified liquid After curing the resin layer 4 2 b, remove the part other than the imprint pattern from the ultraviolet-curing resin layer 42 b | forming the unevenness that constitutes the imprint circle case to complete the seal. Furthermore, after cleaning the Yinfu body 40 with a prescribed liquid > It should be installed again on the stamp making machine 45 and irradiated with ultraviolet rays to ensure that the resin is hardened. At this time, it is better to open all the cells on the liquid crystal panel portion 51 for printing transfer to the open state. _ 9 to FIG. 11 An example of a stamp, a door display panel, and a nameplate manufactured by the stamp manufacturing apparatus of the first embodiment is displayed. Figure 9 shows an example of a stamp (_chapter), borrowing a sponge on the wooden base 41 of the oval Part 4 3 is fixed with a printed member 42 with the English letter "A & Β" pattern formed by irregularities. _ 1 0 Examples of display door panels and company seals, etc .; because it is not necessary to apply the Chinese paper standard to the country Standard (CNS) A4 specification (21〇X: 297mm) (Please read the precautions on the back before filling in this page) -16- A7 B7 Seal Policy of the Beigong Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Invention Instructions (14 ) 1 1 1 | m, which is rather elastic, is fixed on the wooden base with a concave-convex shape • 1 1 1 A printed member with an English yumu pattern (in this case due to the non-seal relationship 1 | Please II t the printed surface The terminology of the component is not appropriate, but for easy comparison with m 9 so read first 1 I read 1 the table is also the same as in Figure 11) 42 (> Furthermore, the door frame is broken and the back 1 I corridor becomes vertical The room number plate, etc., has irregularities as shown in Fig. 10 1 1 I on both sides栞 0 Matter 1 1 again \ | Face 11 m of Gu She brand name because it is filled with elasticity like a seal 1 This relationship is directly fixed on the wooden base and formed with concave and convex Η characters & m Tea A 1 | The member 42 0 1 I is displayed on the door display board and company logo shown in FIG. 10 or the 1 1 1 brand name shown in FIG. 11 to improve its visibility. The ultraviolet hard ib resin layer 42b, the bottom 1 order layer 42 a and / Or wooden base 4 1 should use different colors. 1 1 As mentioned above, according to this embodiment and the conventional technology, it is not necessary to manufacture 1 I negative Η. At the same time, it can be easily manufactured by using the input unit 11 etc. The relationship between the information of the seal seal manufacturing expert Μ people outside is also simple and short-term 1 line can be manufactured within the line of the desired Inwei (and Menmi display board company Nameplates and other irregularities _ chopping board)〉 In the conventional seal manufacturing device, the original picture is also produced with a word processor 1 1 etc. However, it is necessary to copy it on the tracing paper etc. and the point 1 I operation is more than this embodiment. More than 0 1 1 | circle 3 and _ 4 show the flow of basic processing, but the embodiment is easy to change the size of the stamp body in midway due to the M system with the data structure 1 1 (because 1 1 prints this size ) And the nature of the printing, etc., for the same reason, the seal size can be obtained by the input processing of the first-time printing 1 I shadow pattern data, and the various stamps with the printing phase of 1 I 邜 0 1 1 paper size Applicable Zhongguanjia rubbing (_secret (abdominal with> _17 _ Printed A7 B7 by the Ministry of Economic Affairs Central Bureau of Standards Consumer Cooperatives V. Description of the invention (15) Furthermore, in the above embodiment, it constitutes the print For the convex part of the circle, apply the ultraviolet curing resin layer left by curing 4 2 b Relationship, when setting the individual sections of the liquid crystal panel portion 51 for imprint transfer to ON and OFF, there is no need to change the input imprint pattern data, in other words, there is no need to perform reverse character processing (mirror characterization processing), and the burden of data processing is less . In addition, the present invention is not limited to the first embodiment, and various changes can be made. The modification of the first embodiment is as follows, for example. (1) The objective lens 52 is composed of a variable focal length lens, and it is also possible to perform large-scale reduction of printing by the function of the objective lens 52. At this time, it is necessary to move; a part of the lens driving system of the variable focal length lens. In addition, the use of optical system processing to perform expansion and reduction can achieve smoother ib of the printing wheel line than the data processing using the bitmap method, and it is also better than using the line map method. The data processing method can be shortened by increasing the size of the data, and the zoom ratio can be set freely. (2) A component of the process of washing the hardened resin layer 4 2 b with a prescribed fluid can be installed on the stamp making machine. For example, it is also possible to move the stamp body 40 which has finished the hardening process (imprint transfer process) K, so that the tip portion thereof is immersed in a predetermined liquid contained in the storage container to automatically remove the part other than the hardened part M. (3) The object lens is omitted, and the ultraviolet curing resin layer 4 2 b of the stamp body 40 directly contacts the surface of the liquid crystal panel portion 51 for printing transfer to harden the printed portion. ‘(4) Only the interface member 42 that is separate from the wooden base may be installed on the stamp making machine 4 5 Μ and may be cured by ultraviolet curing resin layer 4 2 b. At this time | Set on one side of the wooden base 4 1 or the interface member 4 2 is usually made of peeling paper. The paper size is applicable to the Chinese National Standard (CNS) A4 specification (210X 297 mm) --------- -Λ ------ Subscribe ------ · Line ΊΤ (please read the precautions on the back before filling in this page) ~ 18 ~ Central Government Bureau of Economics and Staff Employee Consumer Cooperative A7 B7 5. DESCRIPTION OF THE INVENTION (ιβ) It is preferable to cover the adhesive layer so that the wooden base 41 and the interface member 42 can be easily attached. (5) It is possible to apply a commercially available data processing device as part of the present invention. For example, a word processor, a personal electronic computer, a printing device, etc. are used as the optical component for printing and transfer. The external name data processing structure is used, and the liquid crystal panel part for printing and transfer is taken by a cable 5 2 of each grid. Ν, 0 FF Information is also available. (6) A liquid crystal device 34 for liquid crystal display and a liquid crystal panel portion 51 for printing transfer can be used. For example, as shown in FIG. 6, it is applicable to those who can transmit ultraviolet light and visible light as the liquid crystal device 51, and separate the ultraviolet light source 5 0 1 with a parabolic mirror and visible light source 5 0 2. With the swingable mirror 5 0 3, when functioning as a display device, the visible light irradiated from the self-visible light irradiation light source 5 0 2 is used as the back light of the liquid crystal device 5 1 (3 4), and the printing is The ultraviolet rays irradiated by the ultraviolet irradiation light source 5 0 may be used as the liquid crystal device 5 1 (3 4) and then illuminate. In addition, as shown in _7, when ultraviolet light and visible light are applied as the liquid crystal device 5 1 (3 4), the ultraviolet light source 5 0 1 and the visible light source 5 0 2 are used together. The parabolic mirror 5 0 4 * When used as a display device, it is irradiated by the visible light irradiation light source 5 0 2 and the visible light reflected by the mirror 5 0 5 is used as the liquid crystal device 5 1 to illuminate afterwards. The ultraviolet rays irradiated by the ultraviolet irradiation light source 50 1 and reflected by the mirror 50 5 may be used as the liquid crystal device 5 1 (3 4) to illuminate afterwards. (7) The liquid product plate portion 51 for imprinting transfer may be a one-dimensional component, and the imprinting may be performed by moving the printing surface member 40 or the liquid crystal plate portion 5 for imprinting transfer in the sub-scanning direction. Figure 8 shows an example of the latter. The light source section 5 1 0 is the size of the built-in paper. The Chinese National Gradient (CNS) Λ4 specification (210XM7 mm): -1 9-(please read the precautions on the back before filling the nest page) Order the Central Bureau of Standards of the Ministry of Economic Affairs Printed by staff consumer cooperatives A1 B7 V. Description of the invention (17) 'A UV light source with a parabolic mirror (not shown), and a primary LCD panel illuminated by the front UV light source. The part indicated by the black diagonal line in Fig. 8 is a grid indicating that it does not transmit ultraviolet rays. The light source unit 5 0 1 is fixed to the belt 5 1 2 and the belt 5 1 2 is wound around two rollers 5 1 3, 5 1 4 fixed at a predetermined interval by the guide frame 5 1 5. One of the rollers 5 1 3, 5 1 4 is driven by a drive device (not shown), and M moves the light source portion 5 10 fixed to the drive belt 51 2 in the left-right direction of the circle, that is, in the sub-scanning direction. (8) Η; apply physical damage other than ultraviolet iL · as the hardened resin layer 4 2 b. For example, visible light hardening resin or hard IB resin can be used. When using visible light hardening resin, the visible light covers the Zhao Li paper and covers the visible light. The state of the stamp body is 40, and it is better to open the release paper during printing transfer. In addition, when the heat control element used in thermal transfer printers such as thermosetting resin 1 is used to replace the plate portion M in the form of one dimension into two dimensions instead of the liquid crystal panel portion 51 for printing transfer, it is necessary to use The hardened resin layer directly contacts the plate portion as shown in Modification Example 3. (9) Use resins that break down due to irradiation of ultraviolet rays, etc., and use the specified liquid to remove the part added by the specified physical stimulation as the resin that constitutes the interface. (1 0) The input method of Yinying_Case is that only the method of reading the final image is used, or the method of inputting with Ιϋ disk is acceptable. For example, in a seal manufacturing apparatus that only uses image reading, the image data read by the image pickup section may be directly supplied to the liquid crystal panel section for printing transfer. In this case, the CPU itself may be omitted or the Omit input control and transfer control by CPU. Η reference attached _ 1 2 to 1 5 detailed description of the second embodiment of the stamp manufacturing apparatus of the present invention (please read the precautions on the back and then fill in this page) This paper size is applicable to China National Standard (CNS) Α4 specification (210X297 Mm) A7 B7 Printed by the Employee Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs V. Description of Invention (Μ) 1 > 1 II is described as follows 0 1 1 1 The light forms the seal pattern on the seal member 1 I 42. The seal of this embodiment ... tr. The early manufacturing device is like the first one, and the first one! \ The embodiment is printed by the seal body and the printing machine The early manufacturing machine is a package (隹 11 includes the electrical component shown in Fig. 13 (made by the attention of the processing unit and the imprint transfer control part and then 1 1 I) and the one shown in Fig. 12 Λ β d 1 2 in 1 1 I of the optical composition of the printing transfer is displayed at the same time. The composition of the stamp body is displayed. The example of the appearance of the Yining manufacturing device is to fill in this 1 as m 1 embodiment shown in Figure 3 〇Μ 14 (, ¾ m printed; * r- soap manufacturing Μ-local page '-^ ί 1 process flow m 〇1 I alfalfa first refer to Figure 13 to illustrate this implementation The example of the osmium component is as follows: 1 1 I The component is composed of the input part 10, the control part 20 and the ordering output part 3 0 as in the first embodiment. The input part 1 0 The control part 20 is like 1.1] Actual example, 1 1 so the detailed configuration is omitted. 0 1 I _ output section 3 0 is controlled by the drive described later. 1 I of the optical component for transfer. I The optical component of each part. Drive circuit group 3 5 m display device The driving circuit of 34 is composed of 1 1%, and each driving circuit composed of the circuit 33 3 5 3 3 is the component corresponding to the driving 1 under the control of the control unit 20. The driving circuit group 3 5 of the optical component is composed of each It is said to be formed by the drive circuit, but it is expressed in 1 I. It is within the elements of the optical component as described later Each 1 1 1 Μ drive m control components required to control the upper drive circuit is present per 1 Ί-a component element 〇1 1 Second 9 Reference circle 12 describes the optical components for printing transfer and the main body 1 The composition of 1 is as follows: 〇1 I seal. RJ: r. The structure of the early body 40 is the same as that of the stamp body not shown in the first embodiment 1 1 The paper size is applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm)- 2 1-A7 B7 V. Description of invention (l9) The installation organization printed by the Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs is 40. The specified pitch (line pitch) is in the Y direction shown in _1 1 2 (sub-scan Direction) movable structure. The optical components for imprint transfer are: laser light source 60 that irradiates ultraviolet rays, beam concentrator 61, optical switch 6 2, beam expander 6 3, circular simple lens 6 4 and polygon mirror 65, f Θ The lens 6 6 and the objective lens 6 7. The elements are arranged in this order. The ultraviolet radiation laser light source β 0 is the period during which the control unit 20 commands the output of a drive circuit not shown (refer to the circuit indicated by the symbol 3 5 in _ 1 3) and vibrates to output ultraviolet laser light. 11 The afterglow light output in this way is collected by the beam concentrator 61 and enters the optical switch ΰ 2. The optical switch 62 is for intermittently retaining light according to a drive circuit (not shown in the reference surface 13 3), which is not shown, and its control command is issued by the control unit 20. In addition, if the ultraviolet irradiation light source 60 itself can control the emission of the laser light according to the control signal, if it is not emitted, that is, the type of pulsed laser light can be pulsed * The light switch 6 2 can be omitted. After the velvet laser beam is shaped into a point with a prescribed value of W by the beam diffuser 63, the cylindrical lens 6 4 compensates the polygonal mirror 6 5 and the point shape reflected by the cylindrical lens 6 4 changes and then enters the polygonal mirror 6 5. The polygon mirror 65 is composed of a driving circuit not shown (refer to the circuit shown by M symbol 3 5 in the circle 1 3) and a driving mechanism (motor) 6 8 M rotating at a constant speed, and the broken knitting is directly guided into the mine by M The beam is deflected toward the scanner in the X direction (main scanning direction). The rotation of the polygon mirror 6 5 is also controlled under the control of the control unit 20, and is synchronized with the above-mentioned optical switch 6 2 breaking operation. The scanning laser light reflected by the polygon mirror 65 is, for example, a f Θ lens 6 (5 transformed from a ring lens into a scanning speed that can be irradiated on the object to be irradiated (UV-curable resin layer 4 2 b) (please read (Notes on the f side and then fill out this page)
本紙張尺度適用中國國家梯準（CNS ) A4規格（210X297公釐） -22 - A7 B7 經濟部中央標準局員工消費合作社印製 五、發明説明 (20 ) 1 1 1 1 成 為 -一 定 之 後 ，例 如 II 二重球面 透 鏡構成之 對物透鏡66 而 ' 1 1 1 照 射 其 表 面 與 該對 物 透 鏡66之焦 平 面一致之 紫外線硬化 樹 1 I 請 1 | 脂 Μ 42b kj Rfl 1 I ptj 讀 1 因 此 相 應 印影 圆 案 之規定方 向 (主Μ描方向）- -線份 -y 背 1 ιέ | 資 料 實 行 光 開 關62之 雷 射光之斷 缡 之冏時， 將印章本體 40 ( 之 注 I 意 J 因 此 係 紫 外 m 硬化 樹 m )曾’ 4 2 b )向 副 祕描方向 偏倚- -線份 ιίιϊ 事 項 Ί I 再 1 I 虛 In] 樣 的 作 用， U 以 可將紫外 選擇tt地 R照射於紫 外 填 % A 本 • m 硬 化 樹 脂 10 4 2 b上對應於印奶_盔之部份 Μ Μ 之，可將 S 1 | 印 關 案 轉 印 於紫 外 線 硬丨L·樹脂 4 2 b - 1 I 其 次 就 留 14説 明 動 作如K _· 如 Η IM 5之流程IM ，在步驟 1 1 I 2 0 0確诏所安裝之印草本體4 0為妥當阽，Μ接通光 關關6 2之 1 訂 狀 下 開 始 振 盪紫 外 線 照射雷射 光 源60，冏 時開始旋轉 多 1 I 邊 肜 Λ 0/1 hi 子 6 5 再使 將 設 定於初期 位 置之印章 本體4 0向副 1 I 描 方 向 驅 動 機構 成 為 可動作狀 態 等，使印 影轉印用光 學 1 1 構 成 部 可 動 作 之狀 態 (步驟212 ) ‘ •當留則振迓及多 邊形鏡子 6 5 之 旋 轉 等 m 定時 求 相應印阜 |£ 類之抑描 線總敝Ν之丨uj時 «1 1 設 定 m 位 置 參數 i為期初iiS (1 ) (步213卜 1 1 然 後 取 出 目前 成 為 對象之印 影 1S!案之線 i之逛 像貨枓（2 1 I 他 料 ) 與多邊形鉞」 :G 5之旋轉丨π]步ι(ιΜ) N 0KF控制光 開 1 1 I 關 62 將 線 i之印影圖浆Hi!描照射於紫外線硬化樹 脂層42b ! m i之位置使該線i 上 '部份碑ib V (步驟2 1 4 )…又 ，紫外線 1 硬 化 ill 脂 層 4 2 b無法以 '次描描纪分硬化時 可Ml 覆實行R] 1 I m 之 掃 描 複 數次 0 當 结束對線 i之掃描轉印處理 (硬化 處 1 1 埋 )時 確認對所有的跺的掏描轉印處埋尚未結柬 之後 將 1 1 本紙張尺度適用中國國家標準（CNS)M規格⑺OX騰着） 經濟部中央榡準局負工消費合作社印製 五、發明説明 (21) 1 1 1 1 I 印 ：.^r. 早 本 體 40移 動 條 線 份 虽 之 |.〇 Β'ϊ /U. 梦 數 i增加1 而 iul 1 1 1 到 上 述 之 步 驟 2 1 4 (步 驟 2 1 5 2 1 6 ) '~S 1 I 請 1 | 在 Μ 覆 該 m 單 位 > *Sl II 轉 卬 處 理 (硬（b處理） 之 後 ΓΪ7 * 取 後 结 先 Μ 1 » 讀 1 對 全 部 的 線 的 處 理 在 步 驟 2 1 5獾得货定结果 背 面 ! I CP U2 1即將轉印處理结朿 K及指示用规定液體（水 )洗淨卬 之 意 1 1 1 草 本 體 4 0 之 紫 外 線 硬 化 脂 丨Η 4 2b-' 二佔总顯； )迮顯示裝置33 事 項 1 i A 1 | 上 Ifl3 &1. 朿 •—* m 串 卬 圖 眾 之 轉 印 處 II (步驟2 17 卜 填 寫 本 1 Ji 印 -/r· 製 造 者 用 m ♦ 液 W 洗 iL· 處 理 後 .-1/ 印 _草本 體 40 之 頁 <»»〆 \ | 紫 外 線 硬 ib 脂 層 4 21)之後 印影_察Μ外的部份被除去， 1 I 形 成 了 椐 成 印 影 ϋ 茶 之 凹 凸 而 兀 成 印 α*?·- 早 〇 1 1 I 在 該 第 2實施例中亦如阆第1 踅 jjtli 例 不 需 要 製造 負 片 之 1 訂 作 Μ in'J 時 可 用 ill m 輸 入 邰 11 等 容 易 製 造 相 當於 原 Μ 之 1 1 以 料 因 此 印 章 製 造 専 家 以 外 的 人 亦 可 簡 單 且短 時 間 内 1 I 可 製 造 所 要 的 印 章 (及門靡顯示板 公司草 名牌等之凹凸 1 | il 案 板 ) ) 1 -線 本 發 明 並 非 限 定 於 本 實 Mli 例 及 所 描 述 % 施 例者 = 茲 將 \ m 迪 Μ 2踅丨拖例之變形蜇施例例示如 、 , ί (1 1 ) 不 移 動 印 早 本 體 4 0 而 移 勤 窜 射 光 源 60至 對 物 透 1 I m 6 7 之 光 學 糸 統 部 份 之 全 體 而 遛 行 副 ίίι5 方 向 之轉 印 亦 可 1 1 I ύ 又 如 茌 ϋ 15 中 所 示 » 設 向 副 描 方 向 ίί-ϋ .变 化 角度 之 可 搖 1 ΑΛ： m I- 69 Μ 便 將 過 對 物 透 鏡 67之 Ιί 射 光 線 向 印章 本 體 4 0 1 上 之 副 掃 描 方 向 掃 描 亦 可 0 1 1 (12) 用 光 學 處 理 實 行 影 Μ 案 之 擴 火 m 小 而 不用 資 料 處 1 I m 賞 行 亦 可 〇 例 如 ) 適 當 地 組 合 多 逷 形 m 子 65 之定 速 旋 轉 1 1 本紙張尺度逋用中國國家標準（CNS ) A4規格（210 X 25>7公釐） -24 - A7 B7 經濟部中央標準局員工消費合作社印製 五、發明説明 (22) 1 1 1 » 速 度 之 改 變 及 光 開 關 62 之 斷 Ι»·Λ 之 越 本 周 期 之 改 變 及 副 1 1 1 掃 描 方 向 之 移 送 虽 之 改 變 即 可 擴 大 縮 小 印 1MI 案 者 0 1 ! 請 1 1 又 本 發 明 並 非 限 定 於 已 述 之 實 liiii 例 與 第 1 λ -第2 實 施 先 Μ 1 1 讀 1 m 之 全 部 或 大 多 數 有 關 連 之 變 形 實 施 例 為 如 下 述 〇 背 1¾ 1 I (1 3) 可 將 Μ 可 視 光 硬 化 而 非 紫 外 線 硬 化 之 樹 脂 適 用 於 印 1 | 意 I 面 構 件 該 時 眧 射 光 源 之 光 線 波 U 範 fM 當 然 異 於 實 施 例 事 項 I 再 1 I 0 乂 可 將 熱 硬 化 之 樹 脂 適 用 於 印 面 構 件 0 再 者 可 將 紫 填 寫 本 1 外 線 及 可 視 光 及 熱 所 施 加 的 部 份 软 ib 而 可 除 去 之 樹 脂 適 用 頁 1 I 於 印 面 構 亦 可 0 該 時 所 留 下 的 部 份 成 為 形 成 印 影 圖 察 1 I 之 部 份 〇 使 用 如 上 述 的 Μ 硬 化 熱 軟 ib 脂 ιίιϊ 適 Hi 光 線 之 I I 1 光 能 Μ 做 為 熱 源 時 直 接 可 適 用 L· 述 各 種 實 胞 例 之 構 成 ύ 1 訂 (1 4 ) 在 上 述 洌 中 顯 示 Μ 時 間 分 割 來 實 行 由 di& m 取 •riJ· Μ 像 之 印 1 i ϋ 絮 之 取 得 處 理 及 負 底 Η 功 能 部 份 之 製 造 處 理 但 可 ! I 大 略 l«f] 峙 並 行 實 行 該 等 處 理 亦 可 G 如 此 做 時 將 盤 像 謓 取 1 1 I 的 資 料 即 轉 送 至 負 底 Η 功 能 部 份 之 製 ilh XBI 部 即 可 可 節 省 % 1 專 \ 存 印 影 圖 案 資 料 之 記 憶 或 可 適 用 少 容 Μ 的 記 憶 體 (2 〜3 * 1 行 左 右 ) 1如此做時 謓取盡像用之光線照射 與對印面構 1 1 件 昭 V\v\ 射 光 線 之 時 序 不 同 可 併 用 昭 /\ »、 射 光 源 如 上 述 實 胞 例 ο 1 1 以 上 係 Η 製 造 印 章 之 裝 置 為 屮 心 而 說 m 但 從 肜 成 具 1 1 | a 凹 凸 面 的 觀 點 而 言 將 上 ii 裝 置 之 構 成 1 接 可 適 用 於 製 1 造 名 牌 及 門 虜 牌 等 板 狀 基 板 表 而 Μ 凹 凸 表 琨 文 字 等 圖 案 J 1 之 凹 凸 圖 案 板 之 凹 凸 桨 板 肜 成 裝 置 〇 因 此 如 上 述 在 ! 1 本 發 明 書 中 所 m 印 章 製 造 裝 置 — 詞 貿 包 括 製 造 其 一 面 或 兩 1 I 面 具 ή 凹 凸 歸 桨 之 凹 凸 案 板 肜 成 裝 置 * 因 此 * 在 中 m 1 1 本紙張尺度適用中國國家標準（CNS ) A4規格（210 X 297公釐） 2Γ) A7 B7五、發明説明（23) 之 凸 置凹 裝成 成形 形但 板’ maa II名 1— Γ— ΛΜΜ 凹 章 括印 包關 亦有 詞用 /Λ— 置’ 裝中 造明 製說 章上 印以 屮在 園。 砘念 利概 0 板 。 案 者 _ 言 凸 而 凹份 為 部 物的 象應 L^J -k-rt 之 所 案 中 _ 板 il 凸 凹 著 味 意 詞 名 等 性 tL· 4月 可 用 利 之 h 業 產 之 明 發 本 述 如 業 S 論 恥'· 為 置 !li:农 0 製 K 或 用 小牌 大名 其， 論草 無 ex 或 之 - 耍 ifj所 M·:造 等 狀 形 ¥ Hh-0 製 内 間 時 0 短者 且板 戢 案0 0 A: ij 方 JL. 合 凹 適 之 (請先閏讀背面之注意事項再填寫本A') ,11 經濟部中央標準局貝工消費合作社印掣 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 26This paper scale applies to China National Standards (CNS) A4 specification (210X297 mm) -22-A7 B7 Printed by the Employee Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs V. Invention Instructions (20) 1 1 1 1 Become-after certain, for example II Object lens 66 composed of a double spherical lens and '1 1 1 irradiates an ultraviolet hardened tree whose surface coincides with the focal plane of the object lens 66 1 I please 1 | Lipid 42b kj Rfl 1 I ptj read 1 and therefore corresponding The prescribed direction of the printing round (the main tracing direction)--line part-y back 1 ιέ | When the data implements the interruption of the laser light of the optical switch 62, the seal body 40 (note I means J is therefore ultraviolet m hardened tree m) Zeng '4 2 b) biased in the direction of the sub-secret description--line part ιίιϊ Matter Ί I and 1 I imaginary In] like the role, U can choose UV tt to irradiate the UV fill% A This part of the hardened resin 10 4 2 b corresponding to the printed milk _ helmet part Μ Ｍ of The S 1 | Yinguan case can be transferred to UV hard 丨 L · Resin 4 2 b-1 I Secondly, leave 14 to explain the action such as K _ · such as the process IM of Η IM 5, in step 1 1 I 2 0 0 The imprinted body installed in the edict 4 is proper, M is turned on and off 6 2 of 1 Start to oscillate ultraviolet light irradiated by the laser light source 60 under the condition, and start to rotate more than 1 I 邜 肜 Λ 0/1 hi 6 5 Make the stamp body set at the initial position 4 0 to the sub 1 I scanning direction drive mechanism into an operable state, etc., to make the printing transfer optics 1 1 component operable state (step 212) Then the vibration and the rotation of the polygonal mirror 6 5 are determined at the time m corresponding to the corresponding Infu | £ 1. When the total suppression of the type of trace is «u 1« 1 1 Set the m position parameter i to the beginning of the period iiS (1) (step 213 Bu 1 1 Then take out the current imprint 1S! The shopping line of the case is like a shopping cart (2 1 I other materials) and polygonal yoke ": G 5 rotation 丨 π] step ι (ιΜ) N 0KF control light on 1 1 I Pass 62 The printed image of line i Hi! Trace irradiation to the ultraviolet-curing resin layer 42b! The position of mi makes the part of the monument ib V on the line i (step 2 1 4) ... In addition, the ultraviolet 1 hardening ill fat layer 4 2 b cannot be traced In case of hardening, Ml can be overwritten. R] 1 I m scan multiple times 0 When the scan transfer process for the line i is completed (the hardened part 1 1 is buried), confirm that all the digging and transfer parts are buried yet. Afterwards, 1 1 paper scale will be applied to the Chinese National Standard (CNS) M specification ⑺ OX Teng). Printed by the Central Bureau of Economics of the Ministry of Economic Affairs, the Consumer Labor Cooperative. As early as the main body 40 moves the line, although | .〇Β'ϊ / U. The number of dreams i increases by 1 and iul 1 1 1 to the above step 2 1 4 (step 2 1 5 2 1 6) '~ S 1 I please 1 | Overlay the m unit in gt * * Sl II transfer to the processing (hard (b processing) after ΓΪ7 * take the first knot after the processing Μ 1 »Read 1 The processing of all lines in step 2 1 5 Badger order results Back! I CP U2 1 Immediately after the transfer process, the K and instructions are washed with a prescribed liquid (water). 1 1 1 The grass body 4 UV curable grease of the body 4 ΗΗ 2 2b- '2 accounted for the total display;) display device 33 Item 1 i A 1 | on Ifl3 & 1. 朿 • ** m transfer to the transfer place of the figure II (Step 2 17 BU fill in the book 1 Ji 印-/ r · the manufacturer uses m ♦ liquid W to wash iL · after treatment. -1 / India_Herb 40 Page < »» 〆 \ | Ultraviolet Hard Ib Lipid Layer 4 21) After the printing _ outside the part of the Cha M was removed, 1 I formed a printed image ϋ The tea is uneven Cheng Yin α *?-Early 〇1 1 I In this second embodiment, it is also the same as the 1st jang jjtli in the second embodiment. It is not necessary to make a negative film. 1 It can be used as ill in m. Enter Tai 11 and so on. Based on the original M 1 1 material, people outside the family can make the seal easily and in a short period of time. 1 I can produce the desired seal (and the bumps 1 | il chopping board of the famous brand of the door display company).) 1-Line The present invention is not limited to the actual Mli example and the described% Example person = I will \ m 迪 Μ 2 訅 丨 drag example of the modified sting example example,, ί (1 1) does not move the body 4 0 and shift the light source 60 to see the whole of the optical system part of the 1 I m 6 7 through the object and the transfer in the direction of the deputy ίίι5 can also be 1 1 I ύ as shown in 茌 ϋ 15 » Set to the sub-drawing direction ίί-ϋ. The angle of change can be shaken 1 ΑΛ: m I- 69 Μ Then the ray from the object lens 67 will be scanned toward the sub-scanning direction on the stamp body 4 0 1 or 0 1 1 (12) Use the optical processing to implement the expansion of the project in the case of small size without using the data point 1 I m Appreciation is also possible. For example) Appropriate combination of constant speed rotation of the multi-shaped m 65 65 1 This paper size is used in China National Standard (CNS) A4 Specification (210 X 25> 7mm) -24-A7 B7 Printed by the Staff Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs Explanation (22) 1 1 1 »The change of speed and the interruption of the optical switch 62 I ·· Λ The change of the current cycle and the sub 1 1 1 The transfer of the scanning direction can be enlarged and reduced by the change of the 1MI case. 0 1 ! 1 1 and the present invention is not limited to the actual examples described above. The first and the second implementation of the first lambda λ 1 1 read 1 m all or most related to the modified embodiment is as follows. (1 3) The resin that can be hardened by visible light instead of ultraviolet light is suitable for printing 1 | Italian I surface member At this time, the light wave of the light source U Fan fM is of course different from the embodiment matters I and then I I 0 I can change The thermosetting resin is suitable for printed surface components. In addition, the purple can be filled in the outer part 1 and the part of the soft ib applied by visible light and heat can be removed. The resin can be removed. Page 1 I The printed surface structure can also be 0. The part left at this time becomes the part of forming the printed image 1 I. Using the above Μ hardened thermally soft ib grease ιίιϊ suitable for Hi light II 1 light energy Μ can be directly used as a heat source Apply L · to describe the composition of various real-cell examples. 1 Set (1 4) to display the time division to display the di & m to take the image of the image of di & The manufacturing process of the functional part is ok! I roughly l «f] The parallel implementation of these processes can also be G. When doing so, the data of the disk image 1 1 I is transferred to the negative bottom Η the production of the functional part ilh XBI It can save% by 1 part. Special memory for storing printed pattern data or memory with less capacity (approximately 2 to 3 * about 1 line) 1 When doing so, the light irradiation for the image and the structure of the printed surface 1 1 If the time sequence of the light beam is different, you can use it together. The light source is as described above Real cell example ο 1 1 is the above device for making seals for the sake of the heart, but m is from the point of view of 遜 成 具 1 1 | a concave and convex surface. The configuration of the above ii device can be applied to the manufacture of 1 brand and Plate-shaped substrates such as Menru cards and embossed patterns of embossed patterns such as embossed patterns on the surface of the J1 are used to form the uneven paddles. Therefore, as described above! One side or two 1 I masks are used to form a concave-convex embossed chopping board device * Therefore * In the middle m 1 1 The paper size is applicable to the Chinese National Standard (CNS) A4 specifications (210 X 297 mm) 2Γ) A7 B7 Description of the invention (23) The convex concave is formed into a shape but the plate 'maa II name 1—Γ— ΛΜΜ The concave chapter includes the seal and the package also has the word use / Λ— 置 ’. In the garden. Tie Nian Li Yi 0 board. The case _ the convex and concave part of the image should be in the case of L ^ J -k-rt _ plate il convex and concave with the meaning of the word name equality tL · April available profit h Ruye S's disgrace '· is set! Li: farm 0 to make K or use a small name to name it, on the grass without ex or it-play ifj by M ·: make other shapes ¥ Hh-0 system inner time 0 short And the case of the case 0 0 A: ij Fang JL. Concave fit (please read the precautions on the back before filling in this A '), 11 The paper standard printed by Beigong Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs This paper is applicable to China National Standard (CNS) A4 specification (210X297mm) 26