108907 308667 A6 B6 五、發明説明（1 ) ί產業上之利用領域〕 本發明係關於將所輪人包含線條寬度資訊的向量數據 與光柵數據，或包含線條寬度資訊之向量數據，轉換為 光櫊數據並放大/縮小，而傳送於輸出裝置之影像處理 裝詈，特別是對於在放大/縮小處理時，可自動修正線 條寬度的影像處理裝置。 「習知之技術] Μ 往，要將 C/\D(Computer-Aided Design利用計算機 設計）等所作成的向量數據之圖面输出於光_印表機 (raster printer)時，或由圖像掃描器（image scanner) 所諝取的部份光柵數據煽輯為向量數據輪出於光禰印表 機時，由於與其相對應的輸出裝置有效記憶區寬度之闞 係或為了統一最後輪出用紙之尺寸，將所作成的圖面數 據縮小或放大處理.由輸出裝置輪出。 然而，一般上，用CAD或向量處理來編輯時，大部份 是準備多棰筆尖（pen) K供描繪内部線條之用，而在向 —------------------------裝------訂 . ^ (請先閲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¾ 條。處 大 之 線置之 放 面 於裝下 之 圖 合換 Μ 面 的 符轉採 圈 示 類櫊係 的 表 0Β ά 二、 ΙΜ& 種光， 元 據 尖 \ 大 表 數 筆量放 據 柵 使向或 數 光 為給小 禰 與 ，知縮 光 據 時通時 與 數 出數出 據 量 輸參輪 數 向 機之機 量 c Μ 表類表 向之於 印揷印 Μ 明對 柵尖柵 於說往 光筆光 對理Μ W 將該 ，處為 據，使 先小 〇〇 數度而。首縮圓 最寬 理/ 82. 5. 20,000 本紙張尺度適用中國國家標準<CNS)甲4規格（2丨0 X 297 Ά'釐） A6 B6 308667 五、發明説明（2 ) 放大/縮小處理過程流程圖。 _8中，首先Μ向量數據與光檷數據表示的圖面數據 之中，設定向鼉數據之筆尖寬度後（步驟301> ,將該向 量黻據轉換為光櫊數據（步驟302 ),因而向量數據之起 點/終點對應於放大/縮小率，轉換成被放大/縮小的 起點/终點數據。 接著，將原先的光檷數據和步驟302所轉換的光柵數 據合併（步嫌303)。對該合併成一個的光柵數據Μ指定 放大/縮小率放大/縮小處理（儲存304),將該放大/ 縮小處理過的光柵數據輸出於光櫊印表機（步驟305)。 如此，向最數據跟向量數據的起點/終點數據所指定 之放大/縮小率無闢，先被轉換成光柵數據，而後被光 柵轉換的光檷數據與不是Μ向量部份表示的原先光柵数 據合併，該合併後的光柵數據轉換成指定放大/縮小率 之圖面數據。 因而，由於對象圖面之放大/縮小，使Μ向量表示之 線條寬度也變化。例如，「Α0」圖面縮小為「A4J圖面 時.圆面整體構成大小随縮小率而變小，同時向量數據 之線條大小也成光柵數據而變细。 因此，縮小前Μ向量表示之線條，如為细線時，縮小 後其線條可能會消失。 其次，對Μ向量數據所表示的_面之放大/縮小加W 說明。 -4- ----------I-------------裝------，玎 (請先閲讀背面之注意事項再塡寫本頁) 經濟部中央標準局員工消費合作社印製 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公蝥） 82. 5. 20,000 經濟部中央標準局員工消費合作社印製 308667 A6 __B6_ 五、發明説明（4 ) 圖9為Μ往Μ向量數據表示的圈面之放大/縮小處理 程序流程圓。 圖9中，首先設定向量數據筆尖大小後（步驟401), 按指定放大/縮小率，將該向量數據放大/縮小處理 (步驟402 )。因而該向量數據的起點/终點數據對應於 放大/縮小率，轉換成被放大/縮小的起點/终點數據。 接著，將該放大/綰小處理遇的向量數據轉換為光檷 黻據（步驟403 ).並將所轉換的該光柵數據輸出於光棚 印表機（步驟404 )。 如此，向最數據線圓之起點/终點會依照所指定的放 大/縮小率，受到放大/縮小轉換，放大/縮小後之向 最數據經轉換為光柵數據。 然而，此放大/縮小之光檷轉換，對於向量數據之 「PENJ 號碼，即「筆尖寬度」並無關聪。 因而，儘管_面放大/縮小，但對應於「PEHJ 號碼 Μ向量所表示的線條寬度仍然一定。例如「Α0」匾面縮 小為「Α4」鼷面，其圖面整體播成會縮小，但線條寬度 仍不變。 因此，縮小前所描繪的粗線，縮小後，仍被繪成同樣 粗線與鬮面整體構成不能調合，成為難看的鑰出圜面。 另，特開昭63-203363號公報所記載的印刷控制裝置 是，按照所指定用紙尺寸將圖形、影像放大/縮小之同 時，從各種大小字體中，壤擇最適合之大小字體，直接 -5- ------------------------裝------、玎 (請先閲讀背面之注意事項再塡寫本頁) 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297么'釐） 82. 5. 20,000 3§S®687 308667 A6 B6 經濟部中央標準局員工消費合作杜印製 五、發明説明（4 ) 編輯印刷數據，Μ所定之尺寸印刷输出之。 另外，在特開昭63-282831號公報，特開平2-12575號 公報，特開平2-93923號公報，特開平2-216587號公報， 特開平3-4319號公報中也有將影像等輪出於輪出裝置時 之有關放大/縮小處理技術之記載。 然而，瑄些都不是對付Μ向量數據形式表示的線_， 於放大/縮小時，做適當的線條寬度之修正者。 Γ發明欲解決之問題] 如上述，在Μ注之裝置中，要將摻雜向量數據與光柵 黻據之黻撺，或只是向婦數據之數據，放大/縮小轉換 為光檷黻據，傳送於輸出裝置之際•如為摻雜向量數據 與光柵數據，其向量數據之起點/终點數據會跟所指定 放大/縮小率不黼聯，先被轉換成光柵數據，此經光柵 轉換後之光柵數據跟原先光柵數據合併，該合併後之光 柵數據Μ所指定放大/締小率轉換為光柵數據，而原先 向最黻據經放大/縮小處理後線條寬度會有變化。例如 將原先數據縮小輪出時，整體構成會随縮小率而縮小， 向最數據之線條寛度在光檷數據中變细。因而縮小前向 最黻據表示的線條如果很细，於縮小後可能會有消失之 問題點。 又要將只有向量數據之數據放大/縮小處理_出時， 向最數撺猓圖之起點/終點會依照所指定的放大/縮小 率，受到放大/縮小轉換，放大/縮小後之向量數據轉 -6 - 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） 82. 5. 20,000 ------------------------裝------訂 {請先閲讀背面之注意事項再塡寫本頁)108907 308667 A6 B6 V. Description of the invention (1) Utilization field in the industry] The present invention relates to converting vector data and raster data containing line width information or vector data containing line width information into light. The data is enlarged and reduced, and the image processing device transmitted to the output device is especially suitable for the image processing device that can automatically correct the line width during the enlargement / reduction process. "Conventional Techniques" Μ In the past, when the vector data made by C / \ D (Computer-Aided Design) was used to output the drawing of the vector data to the light_printer (raster printer), or the image was scanned Part of the raster data retrieved by the image scanner is converted into a vector data wheel. If it is out of the optical printer, due to the width of the effective memory area of the output device corresponding to it or to unify the final round of paper The size of the drawing data will be reduced or enlarged. The output device will output the wheel. However, in general, when editing with CAD or vector processing, most of them are prepared with multiple pens K for drawing internal lines. For the purpose, and in order to -------------------- order. ^ (Please read the notes on the back first (Fill in this page) ¾ printed by the Employees ’Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs. The big line is placed on the surface of the installed map and replaced with the symbol conversion circle on the M surface. The table 0B ά 2. ΙΜ & Kind of light, the tip of the yuan \ big meter counts the amount of data placed on the grid to make the direction or count the light for Xiao You, know the light data Time and count out the data and input the data of the parameter of the wheel machine. C Μ table type to the printing and printing. , So that it is smaller by a few hundred degrees. The shrinking circle is the widest / 82. 5. 20,000 The paper size is applicable to the Chinese National Standard < CNS) A4 specification (2 丨 0 X 297 Ά ') A6 B6 308667 5 2. Description of the invention (2) Flow chart of the enlargement / reduction processing process. In _8, first of all, in the drawing data represented by the vector data and the light data, after setting the width of the pen tip to the data (step 301>, the vector is reduced The data is converted into optical data (step 302), so the start / end points of the vector data correspond to the enlargement / reduction ratio and are converted into the start / end data of the enlargement / reduction. Then, the original optical data and the The converted raster data is merged (step 303). For the merged raster data M, the enlargement / reduction ratio is enlarged / reduced (storage 304), and the enlarged / reduced raster data is output to the optical print table Machine (step 305). So, the most data and vector The enlargement / reduction ratio specified by the starting / end point data is unrestricted, and is first converted into raster data, and then the optical data converted by the raster is merged with the original raster data that is not represented by the M vector part. The combined raster The data is converted into drawing data specifying the enlargement / reduction ratio. Therefore, due to the enlargement / reduction of the object surface, the line width indicated by the M vector also changes. For example, when the "Α0" drawing is reduced to "A4J drawing. The overall size of the round surface decreases with the reduction rate, and the line size of the vector data also becomes thinner as raster data. Therefore, the line represented by the M vector before reduction If it is a thin line, the line may disappear after reduction. Secondly, add W to the enlargement / reduction of the surface represented by the M vector data. -4- ---------- I-- ----------- installed ------, 玎 (please read the precautions on the back before writing this page) The paper printed by the Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs This paper is suitable for China Standard (CNS) A4 specifications (210 X 297 public) 82. 5. 20,000 Printed by 308667 A6 __B6_, Employee Consumer Cooperative of Central Bureau of Standards, Ministry of Economic Affairs V. Description of invention (4) Figure 9 shows the circle represented by the vector data from M to M The process flow of the enlargement / reduction processing of the surface is round. In FIG. 9, firstly, after setting the tip size of the vector data (step 401), the vector data is enlarged / reduced according to the specified enlargement / reduction ratio (step 402). Therefore, the vector data The start / end points of the data correspond to the enlargement / reduction / End point data. Next, the vector data of the enlargement / evolution processing is converted into optical data (step 403). The converted raster data is output to the shed printer (step 404). , The starting point / end point of the circle of the most data line will be subject to enlargement / reduction conversion according to the specified enlargement / reduction ratio, and the most data after enlargement / reduction will be converted into raster data. However, the light of this enlargement / reduction The conversion does not matter for the "PENJ number of vector data, that is, the" pen tip width "). Therefore, although the _plane is enlarged / reduced, the width of the line corresponding to the "PEHJ number M vector" is still constant. For example, the "A0" plaque is reduced to "Α4", the overall picture will be reduced, but the line The width remains unchanged. Therefore, the thick line drawn before shrinking is still drawn to be the same after shrinking. The overall composition of the thick line and the boundary surface cannot be adjusted, and it becomes an unsightly key surface. In addition, the printing control device described in Japanese Patent Laid-Open No. 63-203363 is to enlarge and reduce graphics and images according to the specified paper size, and select the most suitable size font from various size fonts, directly -5 ------------------------- Install ------, 玎 (please read the notes on the back before writing this page) This paper The scale is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 ohms) 82. 5. 20,000 3 §S®687 308667 A6 B6 The Ministry of Economic Affairs Central Standards Bureau employee consumption cooperation du printing V. Invention description (4) Edit the printing data and print out the size set by M. In addition, in Japanese Unexamined Patent Publication No. 63-282831, Japanese Unexamined Patent Publication No. 2-12575, Japanese Unexamined Patent Publication No. 2-93923, Japanese Unexamined Patent Publication No. 2-216587, and Japanese Unexamined Patent Publication No. 3-4319, there are also rotations of images, etc. Records about the enlargement / reduction processing technology when the device is wheeled out. However, these are not the lines expressed in the form of M vector data. When zooming in / out, appropriate line width modifiers are used. ΓThe problem to be solved by the invention] As mentioned above, in the device of M injection, the doping vector data and the grating data should be enlarged / reduced into the optical data, and then transferred to the optical data. On the output device • For doped vector data and raster data, the start / end data of the vector data will not be interlinked with the specified enlargement / reduction ratio, and will be converted into raster data first. The raster data is merged with the original raster data, and the enlarged / reduced ratio specified by the merged raster data M is converted into raster data, and the line width will be changed after the enlargement / reduction process to the original data. For example, when the original data is reduced and rounded out, the overall structure will be reduced with the reduction rate, and the line width of the most data will become thinner in the light data. Therefore, if the line indicated by the frontmost narrowing line is very thin, it may disappear after shrinking. In addition, the vector data only has to be enlarged / reduced. When the data is output, the starting point / end point of the graph will be enlarged / reduced according to the specified enlargement / reduction ratio. The enlarged / reduced vector data will be converted. -6-This paper scale is applicable to the Chinese National Standard (CNS) A4 specifications (210 X 297 mm) 82. 5. 20,000 ---------------------- --Install ------ Order (please read the notes on the back before writing this page)
經濟部t央槳準局興工灞费合作杜印K 输出 \線述據光述縮大 與輸大時上數的上 \放 據於放大.，柵換將大述 數送定放丨光轉；放上 量傳指使^2為所} 率將 向據之 --2換置24小及 入數入值5}1轉裝2縮以 輸柵輸之(@度換 g \ ; 圖 丨 之光所訊置寬轉(I大 訊為照資裝條述置放25 資換按度定線上裝述a 度轉可寬設之併併上al 寬小具條之量.合合按(S 條縮，線粗定；之據置 線 \ 中述變設丨據 g装 j含大置上條述 β 數光小 段包放裝更線上 柵的縮 手在經理變時以11光併 \ 圖 之是，處定小據丨述合大 題明，據像設縮數置上所放 間發數影，，量裝跟置之 決 1 柵之率細向換據裝理 解第光置小變入轉數併處 t 入装縮條輸之柵合小 308667 A6 B6 五、發明説明（-「） 換為光柵數據，並沒有對向量數據之線條寬度做修正， 無關於放大/縮小率，進行光柵轉換。因而，儘管數據 經放大/縮小，原先向量數據所表示的線條寛度仍然一 定，例如縮小時整體構成規格縮小，線條寬度未變化。 因此，縮小前所描繪的粗線，縮小後仍為粗線，與圖面 整體構成不能調合，而有成為難看的輸出圖面之問題點。 因此，本發明之目的在於消除這些問題點，提供不受 摻雜向量數據與光柵數據的數據中之向量數據線條寬度 資訊；或只有向量數據的數據線條寬度資訊之影礬，可 傳送出依據放大/縮小率具備適當線條寬度光檷數據之 影像處理裝置。 卷紙張又度適用中國國家標準（CNS)甲4規格（210 X 297公釐） 82. 5. 20,000 I 1 n u u Hal - HHH ii ui. Ί1 Hofl I I n - - -- -^OJ (請先M讀背面之注意事項再礓寫本¾) A6 B6 S08667 五、發明説明（6 ) 縮小装置所放大/縮小處理的光柵數據傳送輸出之輸 出控制裝置（圖1之6)。 第2發明是在包含線條寬度資訊之输入向量數據經放 大/縮小轉換為光柵數據傅送於輪出装置之影像處理裝 晋中，且可按照所輸入之指定放大/縮小率，設定變更 上述線條寬度資訊之值，使放大時線條變粗，縮小時線 條變细之設定裝置（_4之12>; K上述設定裝置所設定 之線條寬度值，處理输入向量數據放大/縮小之放大/ 縮小裝置（圖4之13);將上述放大/縮小裝置所放大/ 縮小的向最數撺轉換為光柵數據之轉換裝置（圖4之14) ;K及將上述轉換裝置所轉換的光柵數據傳送輸出之翰 出控制裝置（圖4之1 5 )。 「作用1 第1發明中，將包含媒條寬度資訊的輸入向量數據與 輪入光柵數據，經放大/縮小轉換為光柵數據傳送於輸 出裝置之際，首先，設定裝置按照輸入之指定放大/縮 小率，將上述線條寬度資訊之值設定變更，使放大時線 條變细，縮小時線條變粗之值。接著，轉換裝置將上述 輪人向最數撺K上述設定值之線條寬度轉換為光柵數據 。接著，轉換裝置將上述轉換裝置所轉換的光檷數據踉 上述輪入光柵數樓合併。接著放大/縮小裝置將上述合 併裝置所合併的光柵數據按上述放大/縮小率放大/縮 小處理，輸出控制裝置將上述放大/縮小裝置所放大/ -8- 本紙張尺度適用中國國家標準（CNS) T 4规格（210 X 297 K釐） -----------^--------------裝------訂 (請先閲讀背面之注意事項再塡寫本頁) 經濟部中央標準局8工消費合作杜印髮 82. 5. 20,000 經濟部中央標準局8工消费合作杜印製 303667 A6 B6 五、發明説明（7 ) 縮小處理的光_數據傳送輪出於上述輪出裝置。因而， 放大/縮小時，上述輪出裝置所輪出的線圈不致於消失 或極端的粗大。 第2發明中，將包含線條寬度資訊的输入向量數據放 大/縮小轉換為光檲數據傳送於輸出裝置之際，首先設 定裝胥按照輪人之指定放大/縮小率，將上述線條寬度 資訊之值設定蟧更使放大時線條變粗，縮小時線條變细 之值。接著放大/縮小裝置將上述輪入向量數據K上述 設定裝詈設定值之線條寬度，放大/縮小處理。接著， 轉換裝置將上述放大/縮小裝置所放大/縮小處理的向 最數據轉換為光柵數據，輪出裝置將上述轉換装置所轉 換的光柵數據傳送輸出於上述_出裝置。因而，放大/ 縮小時，可由上述輪出裝置輪出具可與整體圖面調合線 條寬度之線圖。 「實施例] W下參照圖面將本發明一啻_例說明之。 為第1發明一實施例之影像處理裝置功能方塊圖。 _1中之影像處理裝置是可將含有向量數據跟光柵數 棟之_面數據放大/縮小轉換為光柵數據者。是由可輸 人包含線條寬度資訊之向最黻據D〗、光柵數據D2、Μ及 指定放大/縮小率之放大/縮小率數據D3之输入裝置； 將向最黻據D1內的線條寬度資訊之線條寬度值，設定為 乘於放大/縮小率數據D3的倒數之積的線條寬度設定装 -9 - 本紙張尺度適用中國國家橒準（CJNLS)甲4規格（210 X 297 X货） 82. 5. 20,000 ------------------------裝------.玎 (請先閲讀背面之注意事項再塡寫本頁) 經濟部中央標準局員工消費合作社印製 师 308667 A6 B6 五、發明説明（8 ) 置2 ;將向量數搛D1轉換為光柵數據之向量/光柵轉換 裝置3 ;將向量/光柵轉換裝置3之所轉換的光柵數據 跟光柵數據D2合併之合併裝置4 ;將合併後的光柵數據 根據放大/縮小率D 3放大/縮小處理的放大/縮小處理 裝置5 ;以及將該經放大/縮小處理過的光柵數據，或 只有經合併處理過的光柵數據，輸出於圖未示輸出裝置 的光柵繪圆機之輸出傳送裝置6所構成。 1 其次，將該影像處理裝置之動作按流程圖説明之。 圖2為第1實施例影像處理裝置動作過程流程圖》 圖2中，首先輸入装置」收到含有向量數據D 1和光柵 數據1) 2之圖面數據以及指定放大/縮小率的放大/縮小 率數據D3;線條寬度設定裝置2將向量數據D1的線條寬 度資訊之線條寬度值，設定為乘以放大/縮小率數據D 3值 的倒數之積，於放大時為線條變細，编小時為線條變粗 (步驟101) ^接#，向量/光柵轉換裝置3將包含線條 寛度設定裝置3所設定的線條寬度資訊之向量數據轉換 為光柵數據（步驟102)。 接著，合併装置4將步驟102所轉換的光柵數據跟所 輸入的光榈數據D2合併（步驟103),然後根據放大/縮 小率數據D3,判斷該合併後的光柵數據是否要放大/縮 小處理（步驟1 0 4 )，如要放大/縮小處理，則按照所輸 入放大/縮小率數據D3,將光柵數據處理成為放大/縮 一 1 0 - 本紙張尺度適用中國國家標準（CNS)〒4規格（210 X 297公釐） 82. 5. 20,000 ------------------------裝------訂 (請先閲讀背面之注意事項再塡寫未頁) A6 B6 308667 五、發明説明（9 ) (請先閲讀背面之注意事項再塡寫本頁) 小嫌理邊的光柵數據（步驟105)。接著將該放大/嫌小 處琿遇的光柵數據傳送輪出於圖未示之光櫊繪圖櫬（步 揉 loen。 一方而，在步驟1 0 4中，如不要放大/縮小處理，則 換位到步驟106 ,將合併後的光柵數搛照原樣直接傳送 輪出於光柵繪闢機。 而輪出裝置之光檷繪橢將所收到的光柵數據輪出。 於此，對於含有向量數據和光榴數據之圖形數據放大 /縮小之轉換例，與以往之放大/縮小轉換方式，Μ具 體例比較說明之。 圖3為含有輸人向量數據和輪入光柵數據之画形數據 ,經放大/縮小轉換為光權數據後之结果與Μ往例比較 之圖。 即_3(3)為Μ往之放大/縮小轉換為光柵數據之各過 稈圖形黻據，_3(b)為圖1影像處理裝置之放大/縮小 轉換為光柵黻據各過程圖形數據。 經濟部中央標準局員工消費合作钍印製 其中.所輪人的數據為輸入向量數據DTI 、DT11和输 人光柵黻據DT3 、DT14,而輪入向量數據DT1與輸入向 最黻據DT11相同；輪人光柵數據DT3與輸人編輯DT14相 同。又指定放大/縮小率同為「1/4」，K線條寬度而 言為「1/2」，又輪人向量數據DTI、DT11各有起點P10 、P12;終點Pll、P13,媒條寬度W10與W14皆相同。 _3(a)中，Μ注，輸入向量數據DT1上被所指定的起 -1 1 - 82. 5. 20,000 本紙張尺度適用中國國家標準（CNS) f 4規格（2丨0 X 297公釐） A6 ^08667 B6 五、發明説明（10 ) 點P10、终點P11而線條寬度1Π0的線圖，照原樣轉換為 光檷數據（DT2),與輪人光柵數據DT3合併後（DT4), 轉換為所指定縮小率「1/4」 之光檷數據（DT5> ,則對 應於起點P10和终點P11位置之媒條寬度W12比例於縮 小率「1 / 4 J 也即線條寬度縮小「1 / 2」 。 其中，輪入向最數據DT1的猓條寬度，即光柵數據線 條寬庠W12被縮小為媒條寬度W13,如輪入向量數據DT1 编條太细，會使經縮小轉換後的線條寬度W13不存在於 光柵數據中而消失的情形。 ，相對的，在鬮3(M中，輪入向量數據DT11線條寬度W14 在轉換為光柵聃據之前，將線條寬度W15設定為乘Μ縮 小率之倒數，即4倍（線條寬度而言為2倍 >,因而轉換 為光柵黻據後的2倍孃條寬度W16 ,雖經縮小率「1/4」 縮小線條寬度「1/2.1 ,仍有與輸入向量數據DT11線條 寬度W14大致相同的嬢條寬度W17的光柵數據DT16。由 此.可防lh輪入向最數據於縮小時消失。 其次，對第2發明R有向量數據的圖面放大/縮小轉 換為光柵數據之影像處理装置說明。 圖4為第2發明之一實胞例影像處理装置之功能方塊 _4中的K像虜理裝置是由輸人只有包括線條寬度資 .........— •… "· — — .....-..... 訊的向最數據D11之圖面數據，和指定放大/缩小率的 放大/縮小率黻據D13之輸入裝置11;將向量數據D11 -1 2- 本紙張尺度適用中國國家標準（CNS)甲4规格（2】0 X 297公釐） (請先閲讀背面之注意事項再塡駡本50 .裝 、=u . 經濟部中央標準局8工消費合作社印製 82. 5, 20,000 經濟部中央標準局員工消費合作社印焚 A6 B6 五、發明説明（11 ) 内媒條寬度資訊之線條寬度值設定為乘Μ放大/縮小率 D13後之積的線條寬度設定裝冒12;按照放大/縮小率 数據D1 3 ，將該向最數據D11放大/縮小處理之放大/ 縮小虜理裝置1 3 ;將該放大/縮小處理的向量數據轉換 為光柵數據之向最/光柵轉換裝置14; Μ及將該轉換過 的光檲黻據傳送輪出於圖未示輪出裝置的光檷繪圆櫬之 輸出傅送裝置16所構成。 其次，將國4影像處理裝置之動作按流程圖說明。 圖5為第2實豳例影像處理裝置動作過程流程圖。 國5中，首先輪入裝冒11收到向量數據DU的圖面數 據，及指定放大/縮小率的放大/縮小率數據D 1 3 ,則 编條寬度設定裝置12將向量數據D11的線條寬度資訊之 媿條寬度值設定為乘Κ放大/縮小率數據D1 3值後之積 (步驟201)於放大時為線條變粗，縮小時為線條變细。 接著，放大/縮小處理裝置13根據放大/縮小率數據D13 判斷是否要放大/縮小處理（步嫌202)，如要放大/縮 小處理，刖按照放大/縮小煽輯D 1 3 ,將含有線條寬度 設定裝置12所設定線條寬度值之向量數據放大/縮小處 掸（步驟203 ),將該放大/縮小處理過的向量數據轉換 為光柵數據（步驟204)。其中，步驟203的放大/縮小 處理係對向最數據的起點及终點進行數據之放大/縮小 轉換。因而如有輸入指定放大/縮小，其向量數據之線 條寬度由步驟201處理，而向量數據之起點/终點數據 -1 3- 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297 X釐） 82. 5. 20,000 ,At衣 訂 (請先閲讀背面之注意事項再塡寫本頁) 308667 A6 B6 經濟部中央標準局S工消費合作社印製 五、發明説明（12 ) 由步驟20 3所處理。 一方面，在步驟202不要放大/縮小處理，則換位到 步嫌2 0 4 .不經放大/縮小處理裝置1 3的放大/縮小處 理，由向最/光柵轉換装置14將向量數據轉換為光柵數 撺。 接著，輪出傳送裝置15將該光檷數據傳送輪出於圖未 示之光棚编圖橢（步驟20 5 )。 Η將R有向最數據的圖形數據放大/ _小之轉換例與 W注的放大/縮小轉換方式，Μ具體例比較說明。 _6為只有輪人向最數據的圖形數據，放大/縮小轉 換為光柵數據之结果與Μ往例比較之圖。 即，鬮6(a)為Κ往之放大/縮小轉換為光柵數據各過 程圖形黻據，_6(b)為圖4影像處理裝置之放大/縮小 轉換為光棚數據各過程圖形數據。 其中，所輸人的數據為輸人向量數據DT20、DT23,輸 入向最黻撺DT20與輪人向最數據DT23相同。又，指定放 大/縮小率同為「1 / 4 J ,在線條寬度上而言即為「1 / 2」 ，又輸人向最數據DT20、DT23各有起點P20、P22,終點 P21、P23,線條寬度W20與W23相同。 _6(a)中.W注有起點P20、終點P21與皞條寬度W20 的輪人向最黻據DT20,只有起點P20與終點P21受到縮小 轉換，縮小後線條寬度W21仍然與線條寬度W20相同。 就瑄樣經向最/光柵轉換，光柵黻據DT22内有比起被縮 -1 4 - 本紙張尺度適用中國國家標準（CNS)甲4規格（2〗0 X 297 H1) 82. 5. 20,000 ------------------------裝------訂 (請先閲讀背面之注意事項再塡寫本頁) A6 B6 ^08667 五、發明説明（13) 小的圖形整體較為粗大線條寬度W22之線圖。 枏對的，國6(b>中，對於輪入向最數據DT23的起點 P22、终點P23轉換於相對應縮小位置之同時，寫_度 W 2 3之侑也依縮小率「1 / 4」，轉換成為線條寬度「1 / 2 J ,W形成向最黻據DT24。因此，轉換為同大的光檷數據 DT2 5,也不會像_6(3>光柵數據DT22那樣成為比起圖形 整艚有較粗線條寬度的線圖，在圖形整體上可形成具合 _縮條寬度線_之光柵數據。 其次，如鬮1或圖4所示的影像處理裝置，可連接於 區诚忡網路等通信網，加Μ應用。 _7為逋接在通信網Ν之應用例。 國7中，輪出伺腹器32係具騸1及圖4所示影像處理 装詈之功能者。又，CAD工作站30主要在製訂/煽輯向 最數據圖而，向畢編輯工作站31主要是在製訂/編輯有 向最教據與光柵數據之_面。又，光柵繪圖機33連接於 輪出伺眼器3 2,將輸出伺眼器3 2所傳送的光柵數據圖面 輪出者。 PJ，由向最編輯工作站3 1所輸出，有向量數據與光柵 數據之鬮形黻據，輪入於輸出伺服器32,按照圖2所示 之廉理稃序.輪出伺腋器32將放大/縮小後的光柵數據 傳送輸出於光柵繪_機33,由光柵鑰_機33將所傳送光 柵期Τ捕之_形輪出。 又，CAD工作站30所输出的向量數據之圖形數據，輪 - 1 5 _ (請先閲讀背面之注意事項再塡寫本頁) —裝. '-'°. 經濟部中央標準局員工消費合作社印*'1仪 本紙張尺度適用中國國家標準（CNS) 4规格（210 X 297么'嫠} 82. 5. 20,000 ^〇86〇γ Α6 Β6 經濟部中央標準局員工消費合作社印製 五、發明説明（14 ) 入於伺腋器32,按照如_5所示之處理程序，輸出伺眼 器32將故大/縮小後的光柵數據傳送_出於光柵繪圖機 3 3.由光柵飨_櫬33將所傳送的光柵數據圖形輸出。 请時.輪人於輸出伺服器32之_形數據，是只有向量 黻撺，或混合有向最數據與光柵數據，可從圖形數據發 信源地址來判定。 又，閫1及圖4所示影像處理裝置實施例中，線條寬 庠之設定係乘W放大/縮小率之倒數或乘以放大/縮小 率之倌，唯不限於此，可隨放大/縮小率之值予Μ加減 。又，也可為經験得來的適當數值，或Μ函數來轉換。 伯在圈〗之影像處理裝冒中，至少要將線條寬度於放大 時設定為细，_小時設定為粗，圖4之影像處理裝置中 ,牵少要將線條寬度於放大時設定為粗，縮小時設定為 细。 如此，按照第1實施例及第2實豳例，在於將混有向 最黻據與光柵數槺之圖面黻據，或只有向量數據之圖面 黻據加Μ放大/縮小處理，經放大/縮小後的圖面整體 而言，會有瘌當線條寬度之線圈由光柵印表櫬輸出。 「發明之效果1 如上說明，在第1發明中，將包含線條寬度資訊之_ 入向最數據與輪人光柵黻據，放大/縮小轉換為光柵數 據傳送於輸出裝置時，設定裝置將輪人數據線條寬度資 訊之愤，按照放大/縮小率，預先設定於放大時使線條 - 1 6 _ ------------------------裝------訂 (請先閲讀背面之注意事項再塡寫本頁) 本紙張尺度適用中國國家標準（CNS)甲4規格（2丨Ο X 297 w釐） 82. 5. 20,000 ύϋ^6β7 Α6 Β6 經濟邹中央標準局員工消費合作社印製 五、發明説明（15.) 光 圖寬 量，大變裝 上 。 經。。 轉 為 線條 向時放條換 由 圖 ，圖圖 小 換 的線 入置之線轉 ， 塊。據較塊。縮 轉 出的 輪裝定時， 圖 方圖數比方圖 \ 其 輸合 之出指小理 線 能程形之能程大 將 所調 訊輸人縮處 的 功流圖例功流放 才 置相 賁於輪，小 度 置程的往置程經。 置 裝體 度送所粗縮 寛 裝過據 W 裝過，圖 裝 出整 寬傳照變 \ 條 理作數與理作據較 換 輸面 條，按條大 線 處動柵果處動數比。 轉 述圔 線據，線放。合 像置光结像置形之例 後 上與 含數值時其據調 影裝人之影裝圖例用 而 由有 包柵之大將數相 例理輸據例理的往應 , ，會 將光訊放冒柵體。 施處與黻施處據 Μ 時 粗 時， ，為資於裝光整點 實像據檷實像數與 Μ 變 小粗。中換度定小為面優Ί 一影數光一影量果網 條 縮太點明轉寬設縮換_ 之明之例最為之例向结信 媿 \ 或優發小條先 \ 轉與出說明腌向換明拖入之通 時 大，之 2 縮線預大捕有輪單發奮人轉發實輪據於 小 放失出第\將，放數會詈簡 11 輸小 22 有教接 縮。 ，消輸在大冒率後最.裝之第第有縮第第R柵缠 .，據而於園 ，放裝小而向而出而1:2:3:\4:5:6:光7: 细黻因致编又據定縮，將因輪圖國鬮鬮大國圖鬮為 _ 寒柵 不庠 數設 \钿詈 沭 ί 放 換 ------------------------裝------訂 (請先閲讀背面之注意事項再塡寫本頁') 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） 82. 5. 20,000 ^〇8ββγ Α6 Β6 五、發明説明（16 ) _8:W往K向最數撺與光檲數據表示之圖面，其放大 /縮小琪捭過稈流程_。 國9:M往之以向量黻據表示之圖面，其放大/縮小處理 過稈流稈圖。 Γ符號說明1 1.輪人裝晉， 2.線條寬度設定裝置· 3.向最/光栖轉換裝置， 4.合併裝置， 5.放大/縮小處理裝置， 6.輪出傅送裝置， D1.向最數據. D2.光櫊數據， D3 .放大/縮小率撤據。 ------------------------裝------.玎 (請先閲讀背面之注意事項再塡寫本頁) 經濟部中央標準局8工消費合作社印製 -18- 本紙張尺度適用中國國家標準（CNS)甲4规格（210 X 297公釐） 82. 5. 20,000The Ministry of Economic Affairs, the Central Propeller Bureau, Xinggong Bafei, and the cooperation of Du Yin K output \ line description according to the light and shrinkage and loss of the upper number of the upper number of the data \ put the data in the enlargement. ; Put on the volume transmission instruction so that ^ 2 is the rate} The rate will be changed to -2 by 24 hours and the input value is 5} 1 transposed 2 reduced to lose the input (@ 度 换 g \; Figure 丨Guangxun set up a wide switch (I big news is set up according to the requirements of the investment package. The 25 degree change is set according to the degree. A degree can be set up and combined with the amount of al width and small strips. The contraction, the line is thick; the data is set in the \ \ the variable is set, according to the g, the j is included, the large number is set, the beta number is small, and the small hand is placed on the line. The shrinking hand of the grid is 11 when the manager changes. The picture is , Set the small data 丨 summed up the main topic, according to the image set to reduce the number of places placed on the number of shadows, the volume of the installation and the decision of the 1 grid rate is fine to the conversion equipment to understand the first set of light changes Count the number and place it into the grid of the input shrinkage input. 308667 A6 B6 V. Description of the invention (-") Changed to raster data, the line width of the vector data is not corrected, and the raster conversion is performed regardless of the enlargement / reduction ratio. Therefore, although the data is enlarged / Reducing, the line width originally expressed by the original vector data is still constant, for example, the overall composition specification is reduced when the reduction is made, and the line width does not change. Therefore, the thick line drawn before the reduction is still a thick line after reduction, and the overall composition of the drawing cannot be There is a problem with the unsightly output image due to the blending. Therefore, the purpose of the present invention is to eliminate these problems and provide the line width information of the vector data in the data of the undoped vector data and the raster data; or only the vector data The data of the line width information can be sent to an image processing device with appropriate line width optical data according to the enlargement / reduction ratio. The roll paper is also applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 82. 5. 20,000 I 1 nuu Hal-HHH ii ui. Ί1 Hofl II n----^ OJ (please read the precautions on the back before writing the book ¾) A6 B6 S08667 5. Description of the invention (6) Zoom out An output control device for transmitting / outputting raster data enlarged / reduced by the device (Figure 1, No. 6). The second invention is that input vector data including line width information is enlarged / reduced It is converted into raster data and sent to the image processing equipment of the wheel-out device, and the value of the above-mentioned line width information can be set and changed according to the specified enlargement / reduction ratio input, so that the line becomes thicker when it is enlarged, and the line becomes thinner when it is reduced Setting device (12 of _4); K, the line width value set by the above setting device, the enlargement / reduction device for processing input vector data enlargement / reduction (13 in FIG. 4); the one that enlarges / reduces the above-mentioned enlargement / reduction device The conversion device that converts the raster data to the maximum number (14 in FIG. 4); K and the output control device that transmits and outputs the raster data converted by the conversion device (15 in FIG. 4). "Function 1 In the first invention, when input vector data and rounded raster data including media width information are converted into raster data through enlargement / reduction, and then transmitted to the output device, first, the setting device enlarges / reduces according to the designated input Change the value setting of the above line width information to make the line thinner when zooming in, and thicker the line when zooming out. Then, the conversion device converts the line width of the above set value to raster data Next, the conversion device merges the optical data converted by the conversion device into the number of gratings. Then, the enlargement / reduction device enlarges / reduces the raster data combined by the combination device according to the enlargement / reduction ratio, and outputs The control device enlarges the above-mentioned enlargement / reduction device / -8- This paper scale is applicable to the Chinese National Standard (CNS) T 4 specifications (210 X 297 K%) ----------- ^ ---- ---------- installed ------ ordered (please read the precautions on the back before writing this page) Central Bureau of Standards, Ministry of Economic Affairs, Industry and Consumer Cooperation, Du Yinfa 82. 5. 20,000 Economy Ministry of Central Bureau of Standards 303667 A6 B6 V. Description of the invention (7) The light-data transmission wheel of the reduction process is derived from the above-mentioned wheel-out device. Therefore, when zooming in / out, the coils wheeled out by the above-mentioned wheel-out device will not disappear or be extremely thick. In the second invention, when the input vector data including line width information is enlarged / reduced into light beam data and transmitted to the output device, first set the equipment to the value of the above-mentioned line width information according to the designated enlargement / reduction ratio of the wheel man Set the value of the line to make the line thicker when zooming in, and thinner the line when zooming out. Then the enlargement / reduction device takes the above-mentioned round vector data K and sets the line width of the setting value to the enlargement / reduction process. Then, the conversion device will The maximum data of the enlargement / reduction processing by the enlargement / reduction device is converted into raster data, and the wheel-out device transmits and outputs the raster data converted by the conversion device to the _out device. Therefore, during enlargement / reduction, the wheel-out The device wheel issues a line drawing that can be adjusted to the width of the line with the overall drawing. "Example" The following describes the present invention with reference to the drawing. It is a functional block diagram of an image processing device according to an embodiment of the first invention. The image processing device in _1 is capable of enlarging / reducing _plane data containing vector data and raster data into raster data. Input device of line width information D〗, raster data D2, M and enlargement / reduction rate data D3 of specified enlargement / reduction rate; set line width value of line width information in the most line D1 Set the line width for the product of the reciprocal of the enlargement / reduction ratio data D3--9-This paper size is applicable to the Chinese National Standard (CJNLS) A 4 specifications (210 X 297 X goods) 82. 5. 20,000 --- --------------------- Installed ------. 玎 (please read the notes on the back before writing this page) Staff of Central Bureau of Standards, Ministry of Economic Affairs Consumer Cooperative Printer 308667 A6 B6 V. Description of the invention (8) Set 2; vector / raster conversion device 3 that converts vector number D1 to raster data; convert raster data and raster converted by vector / raster conversion device 3 Data D2 merger merger device 4; enlarge the merged raster data according to the enlargement / reduction ratio D3 / Small processing magnification / reduction processing device 5; and outputting the raster data after the magnification / reduction processing, or only the raster data that has been processed by combining, to the output transmission device 6 of the raster plotter of the output device not shown Posed. 1 Next, the operation of the image processing device will be described according to a flowchart. Fig. 2 is a flowchart of the operation process of the image processing device of the first embodiment. In Fig. 2, the input device "receives the image data including vector data D 1 and raster data 1) 2 and the enlargement / reduction of the specified enlargement / reduction ratio. Rate data D3; the line width setting device 2 sets the line width value of the line width information of the vector data D1 to the product of the reciprocal of the value D 3 of the enlargement / reduction rate data. The line becomes thicker (step 101) ^ Connect #, the vector / raster conversion device 3 converts the vector data including the line width information set by the line width setting device 3 into raster data (step 102). Next, the merging device 4 merges the raster data converted in step 102 with the input optical palm data D2 (step 103), and then determines whether the combined raster data is to be enlarged / reduced according to the enlargement / reduction rate data D3 ( Step 1 0 4), if you want to zoom in / out, then process the raster data to zoom in / out according to the input zoom-in / out ratio data D3-This paper scale is applicable to China National Standard (CNS) 〒4 specifications ( 210 X 297 mm) 82. 5. 20,000 ------------------------ installed ------ ordered (please read the notes on the back first Matters will be written on the last page) A6 B6 308667 V. Description of the invention (9) (Please read the notes on the back before writing this page) Raster data of small suspect edges (step 105). Then, the raster data transmission wheel of the enlargement / uncomfortable location is drawn out of the light (not shown) (step ruben loen. On the other hand, in step 104, if the enlargement / reduction processing is not required, the transposition At step 106, the combined raster data is directly transmitted to the raster drawing machine as it is. The light ellipse ellipse of the wheel out device rounds out the received raster data. Here, for the vector data and light The conversion example of the enlargement / reduction of the graphic data of the data is compared with the conventional enlargement / reduction conversion method, the specific example of M. Figure 3 is the drawing data containing the input vector data and the rounded raster data, which is enlarged / reduced The result of the conversion to the optical right data is compared with the previous example of M. That is, _3 (3) is the image data of each image converted from the enlargement / reduction of M to raster data, and _3 (b) is the image processing of FIG. 1 The enlargement / reduction of the device is converted into raster data according to the graphics data of each process. Among them, the Central Standards Bureau of the Ministry of Economic Affairs prints the thorium for consumer cooperation. The data of the rounds are the input vector data DTI, DT11 and the input raster data DT3, DT14, The round vector data DT1 and input It is the same with DT11; the raster data DT3 is the same as the input edit DT14. The enlargement / reduction ratio is also specified as "1/4", the width of the K line is "1/2", and the vector data is also rounded DTI and DT11 each have start points P10 and P12; end points Pll and P13, and media widths W10 and W14 are the same. _3 (a), ΜNote, the input vector data DT1 is specified from -1 1-82.5 . 20,000 paper scales are applicable to the Chinese National Standard (CNS) f 4 specifications (2 丨 0 X 297 mm) A6 ^ 08667 B6 5. Description of the invention (10) Line drawing of point P10, end point P11 and line width 1Π0, according to Originally converted into optical data (DT2), after being combined with the wheel man grating data DT3 (DT4), and converted into optical data (DT5>) with the specified reduction rate "1/4", then corresponding to the starting point P10 and the ending point P11 The width of the media bar W12 at the position is proportional to the reduction rate "1/4 J", which means the line width is reduced by "1/2". Among them, the width of the enthalpy stripe of the rounded data DT1, that is, the width of the raster data line W12 is reduced to the media Bar width W13, if the rounded vector data DT1 is too thin, the reduced line width W13 will not exist in the raster data And disappeared. On the contrary, in 鍄 3 (M, round vector data DT11 line width W14 before conversion to raster data, set the line width W15 to the reciprocal of the M reduction rate, that is 4 times (line The width is 2 times>, so the width of the stripe W16 after conversion to raster data is twice, although the line width is reduced by the reduction rate `` 1/4 '' and the line width is `` 1 / 2.1, there is still a line width with the input vector data DT11 The raster data DT16 of W14 having substantially the same stripe width W17. Therefore, it is possible to prevent the lh round-up data from disappearing when shrinking. Next, a description will be given of an image processing apparatus which converts a picture with vector data into raster data in the second invention. Figure 4 is a functional block of a real-cell example image processing device according to the second invention _4 The K-like image processing device is composed of input only including line width information ...— •… " · — — .....-..... The input data 11 of the image data of the maximum data D11, and the enlargement / reduction ratio of the specified enlargement / reduction ratio according to D13; the vector data D11 -1 2 -This paper scale is applicable to the Chinese National Standard (CNS) A4 specification (2) 0 X 297 mm) (Please read the precautions on the back before you scold this book. Printed by the cooperative 82. 5, 20,000 Printed by the Consumer Standardization Cooperative of the Central Bureau of Economic Affairs of the Ministry of Economic Affairs A6 B6 V. Description of the invention (11) The line width value of the width information of the media is set to the line multiplied by the product of the magnification / reduction rate D13 Width setting device 12; according to the enlargement / reduction ratio data D1 3, the enlargement / reduction processing device 1 3 that enlarges / reduces the data D11; converts the enlargement / reduction vector data into raster data To the most / grating conversion device 14; Μ and the converted light beams according to the transmission wheel out of the light not shown in the device It is composed of the output feeder 16 of the round drawing. Next, the operation of the image processing device of the country 4 is described according to the flowchart. Figure 5 is the flow chart of the operation process of the image processing device of the second real example. In the country 5, the first round When the loading device 11 receives the drawing data of the vector data DU and the enlargement / reduction rate data D 1 3 specifying the enlargement / reduction rate, the stripe width setting device 12 converts the line width information of the vector data D11 to the stripe width value Set as the product of multiplying the value of the K value of the enlargement / reduction ratio data D1 (step 201), the line becomes thicker when it is enlarged, and becomes thinner when it is reduced. Next, the enlargement / reduction processing device 13 judges based on the enlargement / reduction ratio data D13 Whether to zoom in / out (step 202), if you want to zoom in / out, press the zoom in / out method D 1 3 to zoom in / out the vector data containing the line width value set by the line width setting device 12 (Step 203), convert the enlarged / reduced vector data into raster data (Step 204). The enlargement / reduction processing in Step 203 is to perform data enlargement / reduction conversion to the starting point and end point of the most data Therefore, if there is an input to specify enlargement / reduction, the line width of the vector data is processed by step 201, and the start / end data of the vector data-1 3- This paper scale is applicable to the Chinese National Standard (CNS) A4 specification (210 X 297 X%) 82. 5. 20,000, At clothing order (please read the notes on the back and then write this page) 308667 A6 B6 Printed by the Central Bureau of Standards, Ministry of Economic Affairs, S Industry and Consumer Cooperatives V. Description of invention (12) Step 20 3 dealt with. On the one hand, in step 202, if you do not want to zoom in / out, you will transpose to step 2 0 4. Without zoom-in / out processing by the zoom-in / out processing device 1 3, the vector data will be converted into Raster count. Next, the wheel-out transmission device 15 transfers the optical data transmission wheel out of the lighthouse unillustrated ellipse (step 20 5). Η The conversion example of the graph data of R-direction most data enlargement / _small and the enlargement / reduction conversion method of W note, the specific example of M is compared and explained. _6 is the graph data with only the most data of the turn of the person, and the result of the conversion from the enlargement / reduction to the raster data is compared with the previous example. That is, 6 (a) is the process graphics data of each process of the enlargement / reduction conversion from K to raster data, and _6 (b) is the process graphics data of each process of the enlargement / reduction conversion of the image processing apparatus of FIG. 4 into the greenhouse data. Among them, the input data is the input vector data DT20, DT23, and the input direction DT20 is the same as the rotation direction data DT23. In addition, the specified enlargement / reduction ratio is also "1/4 J, which is" 1/2 "in terms of line width, and the input data DT20 and DT23 each have a starting point P20, P22, and an ending point P21, P23, The line width W20 is the same as W23. In _6 (a), W indicates that the wheel person with the starting point P20, the ending point P21, and the width W20 of the wheel turns to the maximum DT20. Only the starting point P20 and the ending point P21 are reduced and converted. After the reduction, the line width W21 is still the same as the line width W20. Based on the sample-to-sample / raster conversion, the raster beam is shrunk according to DT22-1 4-This paper scale is applicable to the Chinese National Standard (CNS) A 4 specifications (2〗 0 X 297 H1) 82. 5. 20,000 ------------------------ Installed ------ ordered (please read the notes on the back before writing this page) A6 B6 ^ 08667 V. Description of the invention (13) The overall shape of the small figure is relatively thick with a line width of W22. Yes, in Country 6 (b >, the starting point P22 and the ending point P23 of the turn to the most data DT23 are converted to the corresponding reduction position, and the writing _ degree W 2 3 is also based on the reduction rate "1/4" , Converted to line width "1/2 J, W to form the most data DT24. Therefore, converted to the same size of optical data DT2 5, will not become like _6 (3> raster data DT22 than the figure The line drawing with thicker line width can form raster data with the combined _contract width line_ in the whole figure. Secondly, the image processing device as shown in Figure 1 or Figure 4 can be connected to the District Chengyou network, etc. Communication network, plus M application. _7 is an example of an application connected to the communication network N. In the country 7, the wheel-out servo 32 is equipped with the functions of the image processing equipment shown in FIG. 1 and FIG. 4. In addition, the CAD workstation 30 is mainly in the formulation / editing of the most data map, while the Bibi editing station 31 is mainly in the formulation / editing of the most directional data and raster data. In addition, the raster plotter 33 is connected to the round-out servo 3 2. The output of the raster data transmitted by the servo device 3 2 is rounded out. PJ is output to the most editing workstation 31. The data of the vector data and the raster data are input to the output server 32 in accordance with the order shown in FIG. 2. The axillary device 32 outputs the enlarged / reduced raster data to the raster plot_ Machine 33, the raster key _ machine 33 rounds out the transmitted raster period. Also, the graphic data of the vector data output by the CAD workstation 30, wheel-15 _ (please read the precautions on the back first (Write this page) — installed. '-' °. Printed by the Staff Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs * '1 The standard paper size applies to the Chinese National Standard (CNS) 4 specifications (210 X 297's). 82. 5. 20,000 ^ 〇86〇γ Α6 Β6 Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Description of invention (14) Into the armpit device 32, according to the processing procedure shown in _5, the output of the eye device 32 will be large / Reduced raster data transmission _ out of raster plotter 3 3. The raster data graphic output is transmitted by raster _ 榇 33. Please turn. The output of the _shaped data of the server 32 is only vector. You can determine the source address of the graphics data if you want to mix the directed data and raster data. In the embodiment of the image processing device shown in FIG. 1 and FIG. 4, the line width is set by multiplying the reciprocal of the W magnification / reduction ratio or multiplied by the magnification / reduction ratio. The value can be added or subtracted from M. Alternatively, it can be converted to an appropriate value obtained from Yida or M function. In the image processing equipment of BoZaiZuan, at least the line width should be set to be thin when enlarged, _ hour Set it to be thick. In the image processing device of FIG. 4, it is necessary to set the line width to be thick when it is enlarged and to be thin when it is reduced. Thus, according to the first embodiment and the second practical example, it is The image data of the most data and raster data, or the image data of only vector data plus M zoom in / out processing, the enlarged / reduced image as a whole, there will be a coil with a narrow line width. Raster printing output. "Effect 1 of the invention As explained above, in the first invention, the input data including line width information and the raster data of the rotation, the enlargement / reduction is converted into raster data, and the raster data is transmitted to the output device, the setting device will change the rotation The indignation of the data line width information, according to the enlargement / reduction rate, the line is set in advance when it is enlarged-1 6 _ ------------------------ installed- ----- Order (please read the precautions on the back before writing this page) The paper size is applicable to the Chinese National Standard (CNS) A 4 specifications (2 丨 Ο X 297 w%) 82. 5. 20,000 ύϋ ^ 6β7 Α6 Β6 Economic Zou Central Standards Bureau employee consumer cooperative printed five. Description of the invention (15.) Light image width, large change. After ... Change to line to put the line when you change the line, the figure changes the line The input line is transferred to the block. According to the comparison block, the wheeling time of the contracted out, the number of graphs and squares is compared to the square graph. The output of the input and output refers to the energy path of the Xiaoli line. The power flow diagram at the place is where the power flow amplifier is placed on the wheel, and the small process is going to the process. The installation size is sent to the rough shrinkage. According to the W installation , The picture shows the whole width of the photo change \ The principle of the number of data and the principle of the data are replaced by the noodles, according to the dynamic ratio of the grid at the big grid. Recall the line data, the line is placed. After the example is used and the value is included, it is used according to the shadow figure legend of the person who adjusts the shadow, and the general number of the general with the grille is used to input the data according to the routine. The optical signal will be released to the grid body. When it is thicker at M and shi, according to Μ, the actual image number and M become smaller and thicker in order to install the whole point of the real image. The medium conversion degree is set to be small for the surface. The number of light and the amount of fruit is reduced. The point is to change the width and set the contraction. The most obvious example is to be ashamed of the conclusion \ or the Youfa strip first \. Shan Fenren forwarded the real round of data to the first player after losing the small player, and the number will be reduced to 11 and the small 22 will be taught to shrink. The loss will be the most after the big risk. Entangled., According to the garden, put the small one and go out and 1: 2: 3: \ 4: 5: 6: guang 7: The thin satin is due to be edited and contracted, which will be due to the great power of the round map country. The picture is _ the number of cold gates is set \ 钿 詈 沭 ί Change -------------------------------- Order (please read the notes on the back before writing this page ') This paper The scale is applicable to the Chinese National Standard (CNS) A4 specifications (210 X 297 mm) 82. 5. 20,000 ^ 〇8ββγ Α6 Β6 V. Description of the invention (16) _8: The maximum number of W and K directions are expressed in the data On the drawing, its magnification / reduction process of qi stalk passing._ Country 9: M is a drawing that is expressed in vector data, and its enlargement / reduction process is on the stalk flow diagram. Γ Symbol Explanation 1 1. Round man loading, 2. Line width setting device · 3. To / most light conversion device, 4. Merging device, 5. Enlargement / reduction processing device, 6. Round out feed device, D1 . To the most data. D2. Light data, D3. Withdrawal of the enlargement / reduction ratio. ------------------------ Installed ------. 玎 (Please read the precautions on the back before writing this page) Central Ministry of Economic Affairs Printed by the Bureau of Standards, Industry and Consumer Cooperatives-18- This paper scale is applicable to China National Standard (CNS) Grade 4 (210 X 297 mm) 82. 5. 20,000