TW583869B - The complex process system of scan unit - Google Patents

Abstract

This creation provide a complex process system of scan unit. Which consists of: Scan component: pick a lump of region as its scan area and then transfer the image into numerical signal in this area. Flow unit: to map out the position of scan component. The calculator define the coordinates address and make a numerical signal for the area it scanned, then transfer the signal into the register. So the step is single tracks process for coordinates positioned and data registered. Complex system: the scan-net intersecting consists of multiple scan components to extend its covering area and completeness. And sampled to put in use from specific flow unit. So the step is multiple tracks integrated process for calculation, debugging, repairing and recombination. The characteristic of this invent used the multiple scan component which arranged in matrix or positioned as a coordinates. And read the data for different area at the same time then transfer the signal into register. The processor perform collecting, comparing, analyzing and immediate recombining to get the high quality and complete data.

Description

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【發明所屬之技術領域】 本發明係有關於一種以複化型態設立，藉此來加快掃 率’避免資料遺落的狀況，進而強化讀取品質，更能 提昇相關運用此技術之商品的產值，此指稱為「掃描單元 複化處理系統」。 【先前技術】 按習用技術領域裡，資料讀取的方式多半是靠手動或 伺服馬達，來驅動裝有c c D之機台位移，c c D則將掃 描到的貧料片段陸續傳輸到處理器，依序經排列組合還原 成，源之資料。但是經此資料讀取的技術不難發現： 品質差一儘管可藉著迴路控制或以程式模擬的方法來 提昇資料掃描的品質，然而，真正每平方單位的.解析度 (DP I )，受限於手動或伺服馬達運行的速度快慢及平穩 ，否？致使完整性欠佳，原始掃描訊息的不良率過高f 是故，目前市面所見到的掃描器材，皆無法在硬體方面 ，做進一步革命性的技術提昇，導致此項產業發展嚴重 受到限制，紛紛外移至工資低廉之地區來進行生產，藉 以降低製造成本。 效率慢一手動或伺服馬達運行的速度快慢與平穩性成反 比亦關係到資料掃描的讀取品質，所以手動之掃描設 備絕不優於伺服馬達，但是，就算採用價格昂貴的高階 f服馬達，卻僅以一個C c D來當作掃描的途徑，就彷 彿一條高速公路只有一個交流道，處理效率絕對令人感 到失望。 發明内容】[Technical field to which the invention belongs] The present invention relates to a method established in a doubled form to speed up the scan rate to avoid the situation of data loss, thereby enhancing the reading quality, and can further improve the related products using this technology. Output value, this is called "scanning unit complex processing system". [Previous technology] According to the conventional technical field, the way of reading data is mostly by manual or servo motor to drive the displacement of the machine equipped with cc D, and cc D successively transmits the scanned lean material fragments to the processor. Sequentially restore the source data. But the technology of reading this data is not difficult to find: Although the quality is poor, although the quality of data scanning can be improved by loop control or program simulation, the true resolution per square unit (DP I) is affected by Limited to the speed of the manual or servo motor running fast and stable, no? As a result, the integrity is not good, and the bad rate of the original scanning information is too high. Therefore, the scanning equipment currently seen in the market cannot be further revolutionized in terms of hardware, which has severely limited the development of this industry. One after another moved to low-wage areas for production to reduce manufacturing costs. Slow efficiency-The speed of the manual or servo motor running is inversely proportional to the stability of the data scanning. Therefore, manual scanning equipment is by no means better than the servo motor. However, only one CC is used as the scanning method, as if there is only one communication lane on a highway, the processing efficiency is absolutely disappointing. Summary of the invention

583869 修正583869 Fix

案號911139阽 五、發明說明（2) 有鐘於此，本案發明之主要目， 元複化處理系統，茲將满备伽p ^ i係捉供一種知描單 定位的方式，分別贳田70件以矩陣排列或座標 =作，並依此獲得的訊息傳輸 時取 比對分析’經排列組合成完整之資料‘：由處理… 本案發明之次一 Η ，μ但乂斗 系統，透過複化掃2Ϊ 一種掃描單元複化處理 區域的疊合重複，即可在行處 口各早兀貝枓讀取 到更正確更高層次的掃處理時加以比對修補，而得 統，當依Ϊ ‘ n: ^络係：-種掃描單元複化處理系 擴大掃描的區域範圍，有移動功能的機台，可 I也埤乾圍，並做最快速的分析處理者。 經驗g #二發明人以從事電子元件研製產銷多年之實際 明的誕生。 予等相關知識，〉腎心研究實驗，遂有本發 【實施方式】 且俨之進一步構造、特徵及目❺，於下文舉出較佳 具體實施例，#西？人θ上、^ 干04干又丨土 藝者所完全瞭解。坪細說明之後’將可為精於此技 雄^1圖式將本發明之較佳實施例詳細說明如下： 百，明明瞭本案發明的組成結 I %序早兀2 —複化系統3 請參閱圖一，A 士政。。 . 之& A 。^ ^ 為本發明一較佳具體實施例其掃描區塊 pr in 插元件1係以掃描區塊10擷取塊狀區域為掃Case No. 911139 (5) Description of the invention (2) There is a clock here. The main purpose of the invention of this case, the meta-complex processing system, is to provide a full-gamma p ^ i system for a way of knowing the positioning of the map, respectively. 70 cases were arranged in a matrix or coordinate =, and the information obtained during the transmission was compared and analyzed as 'complete data by arrangement and combination': by processing ... The second invention of the present invention, μ but the bucket system, Chemical Scanning 2Ϊ A superposition and repetition of the scanning unit's complex processing area, which can be compared and repaired when the early and higher level scans are read at each line of the line. 'n: ^ Network system:-A scanning unit complex processing system expands the scanning area. Machines with mobile functions can also be used as the fastest analysis processor. Experience g # 2 The inventor was born with the practical experience of developing and producing electronic components for many years. Related knowledge, such as the kidney heart research experiment [Embodiment] The further structure, features, and purpose of the present invention are listed below as specific examples. # 西? People θ, ^, 04, 04, and 丨 are fully understood by the artists. After the detailed description, 'will be able to master this technique ^ 1 The detailed description of the preferred embodiment of the present invention is as follows: Hundreds, it is clear that the composition of the invention of the present invention is very early 2-complex system 3 please See Figure 1, A. Government. . . Of & A. ^ ^ This is a preferred embodiment of the present invention. The scanning block pr in inserting element 1 is based on scanning block 10 to capture block areas.

形象轉化成數值訊息（數位 583869 案號 91113965 五、發明說明（3) 93. 2· 17 曰 } ，·若以階性來區分係包含 原階（零次階）區塊11 ··掃描區 10有交集之部分。 塊1 0内未與其他掃描區塊 初階（一次階）區塊〗2 ••就 集—次之部分。 屬兩個掃描區塊1 0相互交 階 次部分 次階）區塊13 :指 掃描區塊1 〇相互交集達 N次^ : ?階）區塊1N .泛指多個掃描區塊丨。相互交集達 位置，經；數芎所不茲規劃掃描元件1所在 W，並賦手所虽接 下的座標位址[Χη，Υη](標示 輸存放於值訊息（排序⑴，傳 暫存資料的單線初步處2存2c)，故此步驟為座標定位並 掃描ΐ ΐ ί Ϊ U ί複數個掃描元件1排列構成交又的 別的程序i元ϋ 域及其完整性，並將眾多隸屬於個 組整合（複線整：C應用，經計算分析除錯修補而重 Γ半述結構之特徵’其應用方式及功效分述如下： L十階複化〜經濟考量】 言青 一 、 意圖、圖所i :為J發明-較佳具體實施㈠例之結構示 距排列Γ Λ 兹將複數個掃描元件1以適當的行列間Image is converted into numerical information (Digital 583869 Case No. 91113965 V. Description of the Invention (3) 93. 2 · 17}), if the system is distinguished by its order, it contains the original (zero-order) block 11 ·· Scanning area 10 There is an intersection. The first-order (first-order) block that is not in the block 1 0 with other scanning blocks. 2 •• Set-the second part. It belongs to the two scanning blocks 10 that intersect with each other. Block 13: refers to the scanning block 10 that intersects N times ^:? Level) block 1N. Generally refers to multiple scanning blocks. Intersect each other to reach the location, and plan; where the scanning element 1 is located, and assign the coordinate address [xη, Υη] (labeled and stored in the value information (sorted ⑴, temporary data) The single line is initially stored in 2c and 2c), so this step locates and scans the coordinates ΐ ί ί Ϊ U ί multiple scanning elements 1 are arranged to form the intersection of other programs i element ϋ domain and its integrity, and many belong to the Group integration (integration of multiple lines: C application, recalculation of the characteristics of the semi-structured structure through calculation and analysis of debugging and repair, and its application method and effectiveness are described below: L tenth-order complexization ~ economic considerations] Yan Qingyi, Intent, Diagram i: The structure of the invention of J-preferred embodiment is shown in a distance arrangement Γ Λ. The plurality of scanning elements 1 are arranged between appropriate rows and columns.

2004· 02· 16· 010 ---態為例）裝設於基板。 第10頁 583869 _911丨如的 五、發明說明（4) 請繼續參閱圖四，為本發明一較 化使用狀態圖。 A:啟動所有的掃描元件1獲得各個 B :讀取時間點相同之各個程序單元 置予以識別[VXn=常數，γη=常數 ••IF (|Xn| +(Yn) ) ^ 2 m〇d >〇 ELSE SAVE暫存器32]，將不相為鄰 ，劃分成兩部分別存錄到暫存器31 C :依序將暫存器31之訊息先經處理 令排列歸位，暫存器32之訊息則接 月 曰 修正 佳具體實施㈠例之複 程序單元2之訊息。 2訊息，依其座標位 THEN SAVE 暫存器31 之掃描元件1的訊息 及暫存器32。 器33載入於記錄器35 受緩衝器34延遲作用 D :再將暫存器32之訊息 「覆蓋除階」的取樣模 器3 1訊息之處（即剔除 下原階區塊11，暫存器 E ·將記錄器3 5内此時間 儲存器36，與待前一値 階」的擷取模式（後載 )° 【高階複化一品質考量】 請參閱圖五，為本發 意圖。如圖所示，茲將複 設於基板（以節比式排列 請參閱圖六，為本發 用狀態圖。 經處理3 3排列歸位於中，以 式’將覆蓋相鄰且互為交集暫存 暫存器3 1訊息初階區塊1 2而只剩 3 2訊息則屬完整之掃描區丨〇 )。 點的取樣訊息，完全轉載至終端 時間點已載入之訊息做「覆蓋除 入者蓋除先載入者之初階區塊12 明一較佳具體實施㈡例之結構示 數個掃描元件1相互緊密排列裝 型態為例）。 明一較佳具體實施㈡例之複化使2004 · 02 · 16 · 010 --- as an example) installed on the substrate. Page 10 583869 _911 丨 such as 5. Description of the invention (4) Please continue to refer to Figure 4 for a comparative use state diagram of the present invention. A: Start all the scanning elements 1 to get each B: Each program unit at the same time point is identified [VXn = constant, γη = constant •• IF (| Xn | + (Yn)) ^ 2 m〇d & gt 〇ELSE SAVE register 32], will not be adjacent to each other, divided into two separate registers and stored in the register 31 C: the information in the register 31 will be processed in order by order, register The message 32 is followed by the message of the reprogramming unit 2 of the specific implementation example. 2 messages, according to the coordinates of the THEN SAVE register 31 of the scanning element 1 and register 32. The loader 33 is loaded into the recorder 35 and delayed by the buffer 34. D: Then the information of the register 32 is "covered and removed" from the sampling module 3 1 message (that is, the original block 11 is removed and temporarily stored). Device E · The recorder 36 at this time in the recorder 35, and the acquisition mode of the previous stage "(reloaded) ° [High-order complexization-a quality consideration] Please refer to Figure 5 for the purpose of this issue. As shown in the figure, it will be reset on the substrate (see Figure 6 for the arrangement in the ratio mode, which is the state diagram for this application. After processing, the 3 arrangement is located in the middle, and the coverage is temporarily stored in the form of an intersection with the formula ' Register 3 1 message preliminary block 1 2 and only 3 2 messages are in the complete scanning area 丨 0). The sampled message at the point is fully reproduced to the loaded message at the terminal point in time to "overwrite the entrants" The structure of the first-stage block 12 which covers the first loader is shown in the structure of a preferred embodiment. Several scanning elements 1 are arranged in close proximity to each other as an example.

第11頁 2004· 02· 16. 011 583869Page 11 2004 · 02 · 16. 011 583869

F · ^動所有的掃描元件1獲得各個程序單元2之訊息。 G ·讀取時間點相同之各個程序單元2訊息，經處理器33 依其座巧位置載入於記錄器3 5中排列歸位。 Η ·運算器37會將各個掃描區塊1〇之交集部分（即初階區 =1 2、了階區塊i 3、三階區塊i 4......等多階區塊1N )的訊 ^值予以比對分析j ，而求得近似各個掃描區塊丨〇之多 重聯集，並轉載至終端儲存器36。 ^ f此時間點的取樣訊息，與前一個時間點已載入之訊 =t ί集部分，以「比對分析」的擷取模式（相互印證修 =付近乎兩者之聯集）構築出資料正確完整且良 之掃描品質。 綜上所述，本案發明係以經濟及品質兩種考量下，分 平階複化與高階複化的掃描處理系、统，但為因應實 另可將掃描元件1做層次式排列（如圖七所示）， 刀層刀—人的平階或高階複化處理型態，而獲得重疊密 二描效能；故在此證明，本案係屬構造嚴謹之技 創作，且未記載於國内外刊物或文獻，符合 發月專利申請之相關規定。 六、# ί、、、，說，書中業已就本案較佳具體實施例並配合圖 I'，顯然熟悉此類技術者可就該實施例從事修改，應 =柄ΐ ΐ本發明申請專利範圍所作之均等變化與修飾，皆 應仍屬本發明專利涵蓋範圍内。F · ^ All the scanning elements 1 are moved to obtain the information of each program unit 2. G · Read the information of each program unit 2 at the same time point, and load it into the recorder 35 according to its seat position by the processor 33.运算 The computing unit 37 will intersect each scanning block 10 (that is, the first-order region = 1, the second-order block i 3, the third-order block i 4, etc., and other multi-order blocks 1N The value of) is compared and analyzed to obtain a multiple concatenation set that approximates each scanning block, and reproduced in the terminal storage 36. ^ f The sampling information at this point in time and the information already loaded at the previous point in time = t ί The set is constructed by the "comparative analysis" extraction mode (mutual verification and repair = pay almost the combination of the two) The data is accurate and complete with good scan quality. In summary, the invention of this case is based on two considerations of economy and quality, which are scanning processing systems and systems of flat-level complexization and high-level complexization. However, the scanning elements 1 can be arranged in a hierarchical manner (as shown in the figure) As shown in figure 7), knife-to-knife-flat or high-order complex treatment of human beings, and obtain superimposed dense second-drawing performance; therefore, it is proved here that this case is a rigorous technical creation and is not recorded in domestic and foreign publications Or documents, in accordance with the relevant provisions of the monthly patent application.六, # ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, and (b ,,, I '), are obvious to those skilled in the art, All equal changes and modifications should still be covered by the patent of the present invention.

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Claims (1)

583869 —t^llll3965 年你 x 六、申請專利範圍 1 · 種掃描單元複化處理系統，其組成結構係由 掃描元件：係以掃描區塊擷取塊狀區域 並將此區域内的形象轉化成數值訊息；拽為〜描乾圍， 丨 程序單元··茲規劃掃描元件所在位置，經計數 二，並賦予所屬掃描區塊的數值訊息：：輸 初步π"中，故此步釋為座標定位並暫存資料的單線 ㈣元:描 樣應用，經計算分析除錯修補== 2. ϊ!ϊ專利範圍第1項所述之掃描單元複化處理争统 其中掃描區塊以階性來區分係包含 题系統， 原階區塊：掃描區塊内未有交集之部分· 初階區塊：就是分屬兩個掃描區：交 二階區塊：指三個掃描區塊相互交集達：=:之七分； 多階區塊：泛指多個掃描區塊相互 "二^ 3. 如申請專利範圍第i項所述之掃插为。 其中平階複化系統是將複數個掃；m系統’ 距排列裝設於基板，其處理步：件乂適备的行列間 啟動所有的掃描元件獲得各個程行取樣 讀取時間點相同之各個程序 序旱兀之訊心， 予以識別，將不相為鄰之掃描元二訊息，依其座標位置 部暫存器； 件的訊息，分別存錄到兩 a $ 14頁 583869 年583869 —t ^ llll You in 3965 x VI. Patent application scope 1 · A scanning unit complex processing system, whose composition structure is composed of scanning elements: It uses scanning blocks to capture block areas and convert the image in this area into Numerical information; drag it to Draw dry surroundings, 丨 The program unit ... plans the position of the scanning element, counts two, and gives the numerical information of the scanning block to which it belongs :: Enter preliminary π ", so this step is interpreted as coordinate positioning Single line unit of temporarily stored data: application of drawing, debugging and repair after calculation and analysis == 2. ϊ! 复 Scanning unit recombination processing described in the first item of the patent scope, where the scanning blocks are differentiated by levels The system consists of a question system. The original block: the part that does not intersect in the scan block. The first block: it is divided into two scan regions: the cross second-order block: refers to the intersection of three scan blocks with each other: =: Seven points; Multi-level block: Generally refers to multiple scanning blocks mutually " two ^ 3. As described in item i of the scope of patent application, the interpolation is. The flat-level compounding system is to scan a plurality of scans; the m system 'is arranged on the substrate, and its processing steps are as follows: all the scanning elements are activated between the appropriate rows and columns to obtain the samples with the same sampling time. The heart of the program sequence is identified, and the non-adjacent scans of the two messages are scanned according to their position. The messages of the files are recorded in two a $ 14 pages 583869 years. 案號 91113965 六、申請專利範圍 依序將第-部暫存器之訊息先 中排列歸位，第二部暫在#々^ έ 器栽入於記錄器 用； 存器之訊w則接党緩衝器延遲作 ，將第二部暫存器之訊息經處理器排 「覆蓋除階」的取樣模式，蓋掉相帛 存器訊息之處，· 立马又集第一部暫 將記錄器内此時間點的取樣訊息，完全轉 # 揭取模式。 ’點已載人之訊息做「覆蓋除階」的 其中高階複二單元複化處理系統， 設於基板，其處理步驟依據密排列裝 ί::有的掃插元件獲得各個程序單元之訊息； "貝取時間點相同之各個 ° 座標位置载入於纪錄哭由& s，序早70訊息，經處理器依其 ^ μ 孓°己錄器中排列歸位； 運舁器會將各個掃描區塊 「比對分析」，而求得近似各個的訊號值予以 轉載至終端儲存器； 知描區塊之多重聯集’並 將此時間點的取樣訊息，蛊 息之交集部分，以「比斜八/、刖一個時間點已載入之訊 求得近乎兩者之聯隼，擷取模式相互印證修補 掃描品質。 構染出貝料正確完整且解像優良之Case No. 91113965 6. The scope of the patent application sequentially arranges the information of the first part of the register in order, and the second part is temporarily stored in the recorder for # 々 ^ έ; the message of the register is buffered by the party. The device delays the operation. The second register's information is sorted by the processor in a "cover-removal order" sampling mode to cover the information in the phase register. Click the sampling message to completely switch to # uncover mode. 'Dot already contains human information as the "cover-removal order" of the high-order complex two-unit complex processing system, which is set on the substrate, and its processing steps are arranged in accordance with the dense packing :: some scanning components obtain the information of each program unit; " Because each ° coordinate position with the same time point is loaded into the record cry & s, the sequence is 70 messages, and the processor arranges it according to its ^ μ 孓 °. "Comparison analysis" of the block, and obtain approximate signal values to be reproduced in the terminal memory; Know the multiple concatenation of the blocks' and use the sampled information at this point in time to intersect the information, and use the "comparison" The oblique eight /, the information that has been loaded at a point in time requires almost a combination of the two, and the acquisition mode confirms the quality of the scan. The texture of the shell material is correct and complete and the resolution is excellent.