M439575 五、新型說明： 【新型所屬之技術領域】 本案係屬於套色印刷機設備的領域，特別是一 種利用影像處理技術加上電腦處理分析，以取代傳 統人工進行校正的多色套印機之十字線自動補正 置。 v 【先前技術】 按’隨著電腦印刷技術日新月#，許多小量批 次的印刷文件，已逐漸採用電腦印刷設備，以免去 傳統人工進行校正的困擾，可供操作人員直接由電 腦控制平台進行此等操作’且誤差極小。為了成本 :量，目前大多還是採用傳統的套色印刷機進行大 =比次印刷’因此，對於套色印刷機及操作人員的 都會更加要求，套印過程必須 貝要/主意紙張品質（如： =:、定位邊、平滑度、纖維類型、酸驗度及 :水-與均句度等)、油墨品質（如：钻度、流動性 與稠度等）、潤版液品質 农馱鹼值與供水量等）、 套色印刷機的品質（如： 定抖笙、 貧p的準確性與給紙的穩 疋性等）、紙張位置及色序安排等。M439575 V. New description: [New technical field] This case belongs to the field of color printing machine equipment, especially a cross stitch of multi-color printing machine which uses image processing technology plus computer processing analysis to replace traditional manual correction. Automatic correction. v [Prior Art] According to 'Computer printing technology, the new moon #, many small batches of printed documents, computer printing equipment has been gradually adopted, so as to avoid the trouble of traditional manual correction, for the operator to directly control by computer The platform does this and' the error is minimal. In order to cost: quantity, most of the current color printing presses are used for large-scale printing. Therefore, for the color printing presses and operators, the printing process must be the same as the paper quality (eg: =:, Positioning edge, smoothness, fiber type, acidity and: water-and uniformity, etc., ink quality (such as: drilling degree, fluidity and consistency), dampening liquid quality, phlegm value and water supply, etc. ), the quality of the color printing press (such as: fixed jitter, the accuracy of poor p and the stability of paper feeding, etc.), paper position and color sequence arrangement.
因此，不論是以單色套色印 ^ A . A 丨e… 丨剛機或以多色套色 印刷機印製彩色印 # ^ . ^ 具對於機器或操作人員的 技術都有报高的要求，因為 ^ ^ ^ , 、有掌握好套印技術， 黹良^備和印刷耗材的條件下^ ^ ••細高質..量.的印刷品。 下’才能印刷出精 3 M439575 •由於一般套色印刷機係具有多個印刷機構， 如.四色套印機具有四個印刷機構，六色套印機具 :六個印刷機構，而能印刷出各種不同的彩色印刷 品’故於套色印刷前必須針對各色的套印#分別進 "十字線校正工作’以將各色套印片分別設於該每 -印刷機構上。該等套印片上係印製有十字線（定 2記號點），.一般傳統的校正方式，係由操作人員於 一操作平台上㈣大鏡肉眼觀㈣十字線的位置， 與其歸零時的記號相比對，接著再以人工調整方式 於一校正裝置上，手動輸入對應前、後、左、右甚 J是傾斜角等數值’這樣的校正過程不僅耗費時 間’對於操作人員的眼力也^大挑戰，如校正不 ^確’可能造成整批印刷品損壞’故有必要加以改 :。另外’亦有於各色之印刷機構上分別設有一组 ^控定位裝置之設計’雖可有效減少印刷時的誤 -二：二等監控定位裝置通常係藉由精密的光 千鏡碩結合衫像處理單元，以在進行印刷時，逐一 ^對每次印刷進行比對及校正，雖有較佳的印刷品 仁對於薇商而έ，需在該每一印刷機構上都設 ;:組監二位裝置’不僅製造及設備成本都大幅 k鬲，且將來還會有維你 現有的情況。 4正的問題’亦無法滿足 【新型内容】 本創作之一目的，皆/· j_e w .. 在提供一種印刷多色十字 4 M439575 線自動對位裝置’俾利用—影像擴取模組 的影像處理技術，將其獲得的影像輸入至_處=進 組進仃分析比對後，而能快速獲得套印時活 。 並自動對位校正該套印片之該等十字線記 號，大幅提高了校正時的效率及準確性。 ° 創作之_人目的，旨在提供一種印刷多色十 字線自動對位裝置’俾能直接與原有設備作電性連 接而元成安裝’不僅安裝方便，且能夠有效降低其 建置成本，針對有經濟考量的廠商，更是一大福音。 為達上述目❺，本創作之印刷多色十字線自動 對位裝置，係電性連接至該多色套印機，以供操作 人員快速操作，纟包括：一操作平台，以放置至少 一套印片；一影像擷取模組，活動設於該操作平台 上，以對該套印十字線片上所設置之至少一對十字 線記號而產生一對影像訊號；一纟理模组，設於該 操作平σ彻]，且分別與該多色套印機及該影像擷 取模組作電性連接，該處理模組係儲放有一歸零訊 號，並將該對影像訊號針對與該歸零訊號之前、後、 左、右及傾斜角分別進行比對而獲得一補正訊號， 再輸出至該多色套印機以供準確印刷；及一顯示模 組，設於該操作平台上，且與該處理模組作電性連 接，以供顯示該影像訊號及該補正訊號。 於一實施例中，本創作之該多色套印機之十字 線自.動補正裝置，更具有一調整模組，.設於該操作. 5 M439575 平台上，且與該處理模組作電性連接，供以手動調 整該補正訊號的數值。再者，該調整模組係包含有 複數個調整旋鈕及/或複數個調整滑鍵，且該等調整 旋紐或該等調整滑鍵係分別對應前、後、左、右及 傾斜角的數值調整’以供操作人員以手動方式對該 補正訊號進行調整。 其中，該影像擷取模組係包括一殼體、至少一 鏡頭、一按鍵及一連接線，該殼體係製成如滑鼠殼 體之形狀，該鏡頭係設於該殼體底面，且該按鍵設 於該殼體表面’該連接線一端係與該鏡頭電性連 接，另一端由該殼體延伸連接至該處理模組。 於一實施例中，本創作之該多色套印機之十字 線自動補正裝置，更具有一歸零模組.，設於該平台 之一側’且與該處理模組電性連接.以獲得該歸零訊 號。 【實施方式】 為使貴審查委員能清楚了解本創作之内容，僅 以下列說明搭配圖式，敬請參閱。 請參閱第1、2、3圖，係為本創作較佳實施例 的結構示意圖、外觀示意圖及其影像擷取模組的結 構示意圖。如圖中所示，本創作之十字線自動補正 裝置1係包括一操作平台11、一影像摘取模組12、 〜處理模組13及一顯示模組14。 其.中該操作平台11係.製_成如.桌子之態樣，且其 6 M439575 頂面係供故置一套印片2。Therefore, whether it is a monochrome color printing ^ A. A 丨e... 丨 机 machine or a multi-color color printing machine printing color printing # ^ . ^ has a high demand for the machine or operator technology, because ^ ^ ^ , , with the ability to master the overprinting technology, 黹 good equipment and printing consumables ^ ^ •• fine high quality.. quantity. The next 'can only print fine 3 M439575. ·Because the general color printing machine has multiple printing mechanisms, such as four-color printing machine with four printing mechanisms, six-color printing machine: six printing mechanisms, and can print a variety of different Color prints 'Before the color printing, it is necessary to separately apply the "cross-hair correction work" for each color overprinting to set the respective color printing sets on the each printing mechanism. These sets of prints are printed with crosshairs (fixed 2 mark points). The general traditional correction method is performed by the operator on an operating platform. (4) Large mirrors (4) The position of the crosshairs, and the mark when they return to zero. In contrast, the manual adjustment is performed on a correction device, and the manual input of the front, rear, left, and right J is a value such as a tilt angle. The correction process is not only time-consuming, but also for the operator's eyesight. The challenge, if the correction is not correct, may cause damage to the entire batch of printed materials, so it is necessary to change it: In addition, 'the design of a set of control positioning devices is also provided on each printing mechanism', although it can effectively reduce the mistakes during printing. 2: The second-level monitoring and positioning device usually uses a sophisticated light-mirror combination. The processing unit, in order to perform printing, compares and corrects each printing one by one, and although there is a better printed matter for Wei, it needs to be set in each printing institution; The device 'has not only a lot of manufacturing and equipment costs, but also will keep you in the future. 4 positive problems 'cannot be satisfied [new content] One of the purposes of this creation, are /· j_e w .. provide a printed multicolor cross 4 M439575 line automatic alignment device '俾 use - image expansion module image Processing technology, input the image obtained to _ place = into the group after the analysis of the comparison, and can quickly obtain overprinting live. And automatically correcting the crosshair marks of the set of prints, greatly improving the efficiency and accuracy of the correction. ° The purpose of creation is to provide a printed multi-color cross-hair automatic alignment device '俾 can be directly connected to the original equipment and installed in a package', which is not only easy to install, but also can effectively reduce the cost of construction. For the manufacturers with economic considerations, it is a great boon. In order to achieve the above objectives, the printed multi-color cross-line automatic alignment device of the present invention is electrically connected to the multi-color printing machine for quick operation by an operator, and includes: an operation platform for placing at least one set of prints An image capturing module is disposed on the operating platform to generate a pair of image signals by at least one pair of crosshair marks disposed on the overprinting crosshair piece; a processing module disposed at the operation level σ ], and electrically connected to the multi-color printing machine and the image capturing module respectively, the processing module stores a reset signal, and the pair of image signals are directed to the zeroing signal, The rear, left, right and oblique angles are respectively compared to obtain a correction signal, and then output to the multi-color printing machine for accurate printing; and a display module is disposed on the operation platform and the processing module Electrically connected for displaying the image signal and the correction signal. In an embodiment, the cross-line self-aligning device of the multi-color printing machine of the present invention has an adjustment module, which is disposed on the platform and electrically connected to the processing module. 5 M439575 Connect to manually adjust the value of the correction signal. Furthermore, the adjustment module includes a plurality of adjustment knobs and/or a plurality of adjustment slide keys, and the adjustment knobs or the adjustment slide keys respectively correspond to the values of the front, the rear, the left, the right, and the tilt angle. Adjust 'for the operator to manually adjust the correction signal. The image capturing module includes a casing, at least one lens, a button and a connecting wire. The casing is formed in the shape of a mouse casing, and the lens is disposed on the bottom surface of the casing, and the lens is mounted on the bottom surface of the casing. The button is disposed on the surface of the casing. The one end of the connecting wire is electrically connected to the lens, and the other end is extended from the casing to the processing module. In one embodiment, the cross-line automatic correction device of the multi-color printing machine of the present invention has a return-to-zero module. It is disposed on one side of the platform and is electrically connected to the processing module. The zeroing signal. [Embodiment] In order to make your reviewer understand the contents of this creation, please refer to the following description. Please refer to Figures 1, 2 and 3, which are schematic diagrams showing the structure, the appearance of the preferred embodiment and the structure of the image capturing module. As shown in the figure, the cross-hair automatic correction device 1 of the present invention includes an operation platform 11, an image capture module 12, a processing module 13, and a display module 14. The operating platform 11 is in the form of a table, and the top surface of the 6 M439575 is provided with a set of printing sheets 2.
該影像擷取模組1 2係活動設於該操作平台1 j 之頂面，用以壓制於該套印片2上，以用來對準該 套印片2上所設置之一對十字線記號21而產生一對 影像訊號。應注意的是，為了方便操作人員操作， 該影像擷取模組12係包括一殼體121、一鏡頭122、 一按鍵123及一連接線} 24,該殼體121係製成如 滑鼠殼體之形狀而便於操作人員握持使用，並將該 鏡頭122係設於該殼體121之一側’且其用來擷取 影像之一面係朝向該殼體121之底面，該按鍵123 設於該殼體表面，當操作人員鎖定該十字線記號21 的位置後，隨即可透過按壓該按鍵123而取得對應 之該影像訊號’該連接線124 一端係與該鏡頭122 電性連接，另一端由該殼體121延伸連接至該處理 模組1 3以完成電性連接。The image capturing module 12 is disposed on the top surface of the operating platform 1 j for pressing on the printing sleeve 2 for aligning one of the pair of cross marks 21 provided on the printing sleeve 2 A pair of video signals is generated. It should be noted that, for the convenience of the operator, the image capturing module 12 includes a housing 121, a lens 122, a button 123 and a connecting line 24, and the housing 121 is formed into a mouse shell. The shape of the body is convenient for the operator to use, and the lens 122 is disposed on one side of the housing 121 and is used to capture a surface of the image toward the bottom surface of the housing 121. The button 123 is disposed on the bottom surface of the housing 121 After the operator locks the position of the crosshair mark 21, the corresponding image signal is obtained by pressing the button 123. One end of the connecting wire 124 is electrically connected to the lens 122, and the other end is electrically connected. The housing 121 extends to the processing module 13 to complete an electrical connection.
該處理模組13係設於該操作平台丨丨之一側， 且刀別與夕色套印機3及該影像擷取模組j 2作電 陡連接’該處理模組13係儲放有一歸零訊號，並將 該對影像訊號針對與該歸零訊號之前、《、左、右 及傾斜角分別進行钭&從π 仃比對而獲得一補正訊號，再輸出 至該多色套印機3以供準確印刷。應注意的是，本 創作之該十字線自動補正裝置1更具有—歸零模组 6 °又於該平〇 11之一側，且與該處理模組1 3電 性連·接.以獲.得.該〜歸零訊號。 7 M439575 該顯示模組14係設於該操作平台11之頂面， 且與該處理模組1 3作電性連接’以供顯示該影像訊 號及該補正訊號，該顯示模組14係具有雙營幕，一 個係用來作為取得該影像訊號之放大用途，另一個 則用來顯示該補正訊號的數值。 另外’本創作之該十字線自動補正裝置1，更具 有一調整模組15,其係設於該操作平台頂面之一 側，且位於該顯示模組2 5 —側，該調整模組丨5並 與該處理模組13作電性連接，供以手動調整該補正 訊號的數值，與此實施例中，該調整模組丨5係包含 有複數個調整旋鈕151及複數個調整滑鍵152，使 操作人員可藉由旋動該等調整旋鈕151，或是撥動 該等調整滑鍵1 5 2，而邊ί丨丨丰女斗、# a* 以而運到午動方式調整對應前、 後、左、右及傾斜角的數值之目的。 厅述者，僅為本創作之較佳實施例而已， 並非用以限定本創作實施之範圍，故該所屬技術領 域中具有通常知識者，或是熟悉此技術所作出等效 或輕易的變化者，在不脫離本創作之精神與範圍下 所作之均等變化與修飾’皆應涵蓋於本創作之專利 範圍内。 L成本分析 目前應用印刷輪轉機高速印刷自動十字線對位㈣ 置，各色座必須裝原薇影像處理高速鏡頭，必 廠技術主機系、统，平版印刷機加裝成本高，影響可 8 M439575 刷機操作必須進入印刷機主機系統， 無法接受。 本印刷多色十字線自動對位裝置 各廠牌印刷機可加裝使用，不用進入 統，在初印就能解決十字線套位精確 對位機裝置，是提供對平版印刷業， 實施之範圍。 平版印刷業者 ，加裝成本低 印刷機主機系 位置，本自動 低價位rfj技術The processing module 13 is disposed on one side of the operating platform, and the knife is electrically connected to the photographic printing machine 3 and the image capturing module j 2 Zero signal, and the pair of image signals are obtained for comparison with the zeroing signal, "left, right and oblique angles respectively" and π 仃 to obtain a correction signal, and then output to the multi-color printing machine 3 For accurate printing. It should be noted that the cross-hair automatic correction device 1 of the present invention further has a reset-return module 6° on one side of the flat-panel 11 and is electrically connected to the processing module 13 to obtain Get the ~ return to zero signal. 7 M439575 The display module 14 is disposed on the top surface of the operating platform 11 and electrically connected to the processing module 13 for displaying the image signal and the correction signal. The display module 14 has a double In the camp, one is used to obtain the magnification of the image signal, and the other is used to display the value of the correction signal. In addition, the cross-hair automatic correction device 1 of the present invention further has an adjustment module 15 disposed on one side of the top surface of the operation platform and located on the side of the display module 25, the adjustment module 丨5 is electrically connected to the processing module 13 for manually adjusting the value of the correction signal. In this embodiment, the adjustment module 丨5 includes a plurality of adjustment knobs 151 and a plurality of adjustment sliders 152. , so that the operator can rotate the adjustment knob 151, or move the adjustment slide button 1 5 2, while the side is 丨丨 丨丨 女 、, # a* and then transported to the midday mode to adjust the corresponding The purpose of the values of the back, left, right and tilt angles. The present invention is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and is generally known to those skilled in the art, or equivalent or easily changed by those skilled in the art. Equivalent changes and modifications made without departing from the spirit and scope of this creation shall be covered by the scope of this creation. L cost analysis is currently applied to the printing rotary machine high-speed printing automatic cross-hair alignment (four), each color seat must be equipped with the original Wei image processing high-speed lens, the factory technology host system, system, lithographic printing machine installation cost is high, the impact can be 8 M439575 brush machine Operation must enter the press host system and is unacceptable. The printing multi-color cross-line automatic alignment device can be installed and used by each label printing machine. It is not necessary to enter the system, and it can solve the cross-line positioning precision alignment device in the first printing, which is provided for the lithographic printing industry. . Lithographic printing industry, low installation cost, printing machine host system, this automatic low-cost rfj technology
M439575 【圖式簡單說明】 第1圖，為本創作較佳實施例的結構示意圖。 第2圖，為本創作較佳實施例的外觀示意圖。 第3圖，為本創作較佳實施例之影像擷取模組的結 構示意圖。 【主要元件符號說明】 1 十字線自動補正裝置 11 操作平台 12 影像擷取模組 121 殼體 122 鏡頭 123 按鍵 124 連接線 13 處理模組 14 顯示模組 15 調整模組 151 調整旋鈕 152 調整滑鍵 16 歸零模組 2 套印片 21 十字線記號 3 多色套印機 10M439575 [Simplified description of the drawings] Fig. 1 is a schematic structural view of a preferred embodiment of the present invention. Fig. 2 is a schematic view showing the appearance of a preferred embodiment of the present invention. FIG. 3 is a schematic diagram showing the structure of an image capturing module according to a preferred embodiment of the present invention. [Main component symbol description] 1 Cross-line automatic correction device 11 Operation platform 12 Image capture module 121 Housing 122 Lens 123 Button 124 Connection line 13 Processing module 14 Display module 15 Adjustment module 151 Adjustment knob 152 Adjustment slide key 16 return to zero module 2 set of prints 21 crosshairs 3 multicolor overprinting machine 10