M263229 八、新型說明： 【新型所屬之技術領域】 本新型係有關-種喷墨印刷機，特別是運用_影像感測器 之= 域上，並以喷印方式直接於一承印物的表面上，形成預定線路、圖 形或文子的影像定位之喷墨印刷機。 【先前技術】 首先請參閱「第！圖」所示，物㈣影像定位承印物之辦_ a，呈 2-印刷位置與-換版位置112a，以及該網印機iq a具有供承圖 第第—_施及第二檯板1G2a邱_雜_替換，於 第^板ma -側設有一具有背板12a之支撐架l3a，並於背㈣上 一自動進行左右橫移之印刷頭14a，且於背板12a兩側分別配置有—縣臂脱， 17_框架16a，藉以將承印物置 ^ 1板1〇la或第二棱板102a上’並將網版17a夾置於二網框竿16a門 亚橫跨於印刷頭14a下方，令印刷頭14a橫移刮動網版％上之 版17a之圖樣達到印刷承印物之效果； 土 於第-楼板IGla及第二檯板_魏置有前後調整元制錄調整第 -接板lGla、跪作前後傾斜微調轉，再設置有左右調整元制 二檯板101a、102a作左右微調位移； 弟 一對稱之財節機構80 ’該肘節機構80具有第一端幻及第二端82， ^杯_上方又樞設㈠縮桿84，該伸縮桿84具有分段套管 此，而且伸縮桿84與固綱3樞接處係可以產生轉動，俾使肘節 且 延伸或驗，以衫重角麟動之操作方式，再者伸轉％與第二^2 = 則為-懸臂85，該料85與伸縮桿84之間亦具有—轉點δ 樞轉之操作方式； j樣具有連才干 M263229 一影像感測器60a ,例如像c c D的類似，— 功能’另-端面則相對固設於上述肘節機構8〇之第^具有鏡頭的影像處埋 及-顯示器7Ga，係設置於雙檯_印機1G a之切’進行影像處理；以 伽具細票產生器（圖中未示）並連線於影像感測哭二=方，其中顯示器 所偵測到的影像位置能顯現於顯 谁 3吏侍影像感測器6〇a 偏差，則觸後調整^8a及；，紐對位 後傾斜及左右的微調位移。 時5驗第-檯板101a作前 上述習知技術雖朗用影像感測器60a所偵_ # 請，並賴顺㈣咖，_升==~_峨於顯示 目引所使用之,购機H) a，必須先依據不同的電路佈局，— 一層具有刻紋之網版Π a，如此—來，難會造成製作成本、時間均有= 用之網印技術確有不足之處，緣是，本二 有缺失之可改善，乃特潛心研究並配合學理之朝，鮮提出 6十合理且有效改善上述缺失之本解，藉以可省略製作網版Η 2 及時間，更可直接於承印物上迅速列印出線路、文字或圖形。 成本以 【新型内容】 本新型之主要目的’在於提供—郷像定蚊噴神職，辨墨印 酉咖-透過影像感測器進行影像校對作業之魅印刷機上，使承印物精穷快 速疋位，提升承印物之製程品質，並_該喷墨印職直接於承印物的表面^ 形成預定線路、_或文字，藉崎低製造成本。為達上述目的，本新 墨印刷機包括有：-機座，該機座上至少配置有—檯板，用以置放—承印物於 =上；-設於喷墨印刷機機座上之移動機構，可分別沿χ、γ、z車由三個方向往 復移動·’-噴墨單it ’可設於該機座或移動機構之預定部位，用以輪出適量之 印料至該電路板上；—影像感測器，設於該噴墨單^上且與該喷墨單元同=位 移’藉該影像感測器取得承印物之校對點，以進行定位；一控制單元，藉㈣ M263229 疋之線路以連接各該移動機構與喷墨單元，並用以調整該承印物與黑… 間之相對位置，以及該喷墨單元之啟閉；藉此，使 土早兀 兮批制留_ + + 貝1早兀依照預先設定在 "工早7L内之貧料，直接精確對位於承印物上噴印線路、、 少不良率產生，達到降低製造成本及節省時間之功效。 5〜可減 【實施方式】 有關本新型之詳細說明及技術内容，現就配合 請參考「第2圖」，係本新型之第-實施例示意圖，如 娜P刷機ίϋ爾檯板，細—影_1|§ 6G進行賴理^ 31 ^ 私動機構20、一承載部3〇、-喷墨單元40及寸制單元5f) --：：-：：：： 職座1上之触副’―第二位觀件22為跨置於該二滑軌 械-用財置-待印刷之承印物31於其上，並可於 轴方向往復移動，及該噴墨單元4〇係設置於一呈L型之 懸臂/ 端固設於該機座】側邊，另—端則 ⑺ — 於兮縣壁/η L 伋iUU上方，—第三位移元件23設 、〜' ’轉三娜元件23馬輕II壓祕„纟”。… 仙前退，並可於該第二位移元件22之上 8 4偏早兀 構2〇適纽置歧設置有―印料硬化單元4 婦動，且於移動機 承印物31上之印料； 5亥咪硬化單元42係用以硬化 上述該嘴墨單元4〇具有適當之管道與貯存印料之空， 需，可以選用含有適當_高分子成份或 、/卩倾使用者所 相鄰喷墨單元40處設置該影像残觸6〇一 〃不同▲墨’及於懸臂41且 * 感心60，利用影像進行校對作鞏，# 感測器_測而取得承印髓之校對點，以進 必付亚猎“像 測器__他_置___，===該影像感 申請第9_118號，故;ί；膽述； 心*考巾魏國專利 7 M263229 該控制單元50，固設於該機座】旁，並 與喷墨單元4_接，其财—輸人介面，辦喊各_動機獅 ，各_咖_出至___==，以產生 各该第-、二、三位移元件21、22、23之位置 ί墨早捕’以控制 操作前，使財可於該控辦元_ =墨料叙啟閉狀態。 騎欲形缺歸印_上之電職補局餘_;^抖鏡之規格，以 時’該控制單元50將透過該移動機構2〇以調整:人、文子等之位置’使用 定之喷墨區域或路徑，精確移動該承載·前Γ、^〇Γΐ丰使其依所設 單元烟歇錢續如輕之特，魅接德動該喷墨 ==圖形、文字等不同之區塊，藉以達到 二 姓產成本，以及提供使用者更方便的操作方式等優點。彳而之時間即 例:ΓΓ第3+圖」，係本新型之第二實施例示意圖，如圖所示，與第一實施 件 2"2 侧、丄： 噴墨單元40之;產生一高度落差，使第一、二楼板而，與 #以，使糾三轉元件23沿Ζ财摊復移動， ^控_噴墨單元4G前退，令第一、二、三位移元件21、22、23與該^一 檯板⑽之對應位綱，使承印物31與該噴墨單元40維持 該㈣罐，且於移動機構2G適當位置處更設置有—印料硬化單元42， μ ;斗硬化單儿42係用以硬化承印物31上之印料。 月再’閱第4圖」’係本新型之第三實施例示意圖，本實施例改變喷墨單元 而可=定在㈣41上的配置方式，其中触墨單元4G係設於該移動機構2〇a上 構咖職腿職1之驗⑽上，該移動機 .中之料一位移動元件叫係兩端跨設於該機座R兩側邊，並可別軸方 M263229 向往復祕。亥第一位移几件223為嵌置於該第一位移元件2】a内部之^滑塊， 並可沿X軸方向往復移動，該第三位移動元件既為懸置於該滑塊下方之一氣屬 缸，而該喷墨單元40則固定於該氣麼缸下方，俾藉由該缝缸上活塞桿之伸縮， =改！"树墨敎上下位置，⑽控辟元5G透過料三位移元件23以調整該 ^墨單TC4G與承印細間之距離，再以第—、二位移元件…⑽控制該喷墨 單=40之路减’及於第―轉元件21a且相㈣墨單元做設置該影像感 測器60。如「第5圖」所示’係本新型之第四實施例示意圖，與第三實施例不同 處在於該喷墨印刷機職座！上係設有第一、二楼板1〇1、搬。 如「第6圖」所示’係本新型之第五實施例示意圖，與第四實施例不同處在 於該喷墨印聊0細上之第―、二檯板則、觸上、下配置方式’改為左、 右配置方式’喷墨單元40可於第-位鶴元件21a上輪流她轉至第…二糧 板謝、撤上謂續輸出適量之印料涵承印物31上噴墨印刷，在其中一棱板 101印刷時’另-檯板102上之承印物31即可被更換，以待下一次喷墨單元仙位 移至其上方喷墨印刷。 ^第7圖」所不，係本新型之第六實施例示意圖，與第一實施例不同處在 於改支待印刷之絲印物31與用以進行喷墨印刷之該噴墨單元侧相對位置的 另-種方式’其中該第—位移元件仙可沿γ·向往復移動，該第二位移元件 22b係融鶴馬達與導螺桿組鶴，並可沿χ軸方力鶴之承載卿，該第三 位移讀2_為設於縣—位移元件祖可控财墨單元刪軸方向往復 運動之⑤動馬達’及「第8圖」所示，與第六實施例不同處在於該喷墨印刷機 10機座1上，係設有第一、二檯板1〇1、1〇2。 叫參閱第9圖」所不，與上述實施例不同處在於該第一孜移元件⑽以可 螺才干組驅動亚可沿X軸方向移動，而該喷墨單元_設於該導螺桿組上，及該第 :位私讀洗則為⑶於销二位移元件22e且可控制噴墨單以峨轴方向往 復運動之1驗，以及「第1Q圖」與第八實施例不同處在於該喷墨印刷機 M263229 機座1上，係設有第一、二檯板101、102。 綜上所述僅為本新型的較佳實施例而已，並非用來限定本新型之實施範圍。 即凡依本新型申請專利範圍之内容所為的等效變化與修飾，皆應為本新型之技 術範疇。M263229 8. Description of the new type: [Technical field to which the new type belongs] This new type is related to a type of inkjet printer, especially using the _image sensor = field, and directly printing on the surface of a substrate by means of inkjet printing. Inkjet printer that forms the image positioning of predetermined lines, graphics or text. [Prior art] First, please refer to the "picture!", The location of the printed matter on the object image _ a, the 2-print position and-plate change position 112a, and the screen printer iq a has The first and second plate 1G2a Qiu_Miscellaneous replacement, a support frame l3a with a back plate 12a is provided on the side of the first plate ma-, and a print head 14a on the back is automatically moved left and right, And on both sides of the back plate 12a are arranged-county arm off, 17_ frame 16a, so as to place the substrate ^ 1 plate 10a or the second prism plate 102a 'and clamp the screen plate 17a on the two mesh frame rods 16a Mena straddles under the print head 14a, so that the print head 14a moves horizontally and scratches the pattern on the screen plate% 17a to achieve the effect of printing the substrate; the first floor IGla and the second plate _ Wei Zhiyou Adjusting the front and rear adjustment system-the first plate lGla, kneeling to adjust the front and back tilt fine adjustment, and then set the left and right adjustment system two plates 101a, 102a for left and right fine-tuning displacement; Diyi symmetrical financial festival mechanism 80 'the toggle mechanism 80 has a first end and a second end 82, and a shrink rod 84 is pivotally arranged above the cup. The telescopic rod 84 has a segmented sleeve, and And the telescopic rod 84 can be rotated at the pivotal connection with Gugang 3, so that the elbow joint is extended or checked, and the operation method is based on the heavy angle of the shirt, and the extension% and the second ^ 2 =-cantilever 85, the material 85 and the telescopic rod 84 also have-the turning point δ pivoting operation mode; j has a talented person M263229-an image sensor 60a, for example, similar to cc D,-function 'other-end surface is Relatively fixed to the above-mentioned elbow joint mechanism 80, the image of the lens and the display 7Ga, which are set in the cut-off of the dual printer_printer 1G a, are used for image processing; a fine ticket generator (Figure (Not shown in the figure) and connected to the image sensor Cry 2 = square, where the position of the image detected by the display can be displayed in the deviation of the image sensor 6〇a, then adjust after touch ^ 8a and; , New Zealand tilt and left and right fine-tuning displacement. When the 5th test-the platen 101a was used before the above-mentioned conventional technology, although it was detected by the image sensor 60a _ # Please, and Lai Shun Coffee, _ 升 == ~ _ E Yu used for display heading, purchase Machine H) a, must first be based on different circuit layouts-a layer of stenciled screen Π a, so-it is difficult to cause production costs, time = screen printing technology used is indeed inadequate. Yes, this two can be improved if there is a deficiency. It is a special research and coordinated with the theoretical direction. Sixty reasonable and effective solutions to the above defects are rarely proposed, so that you can omit the production of screen version 2 and time, and you can directly print it. Quickly print lines, text or graphics on objects. The cost is based on [new content] The main purpose of this new model is to provide-the image of the mosquito mosquito priest, identify the ink and print the coffee-the charm of the printing machine for image proofing through the image sensor, so that the printed matter is fine and fast 疋Position, improve the process quality of the substrate, and _ the inkjet printing job directly on the surface of the substrate ^ to form a predetermined circuit, _ or text, to reduce manufacturing costs. In order to achieve the above purpose, the new ink printing machine includes:-a base, at least-a platen is arranged on the base, which is used to place-the substrate on =;-on the base of the inkjet printer. The moving mechanism can be reciprocated in three directions along the χ, γ, and z vehicles. '-Inkjet single it' can be set on a predetermined part of the machine base or moving mechanism to turn out an appropriate amount of printed material to the circuit. On the board; — an image sensor, which is located on the inkjet sheet ^ and is the same as the inkjet unit = displacement 'to obtain the proofreading point of the substrate by the image sensor for positioning; a control unit, by The line of M263229 is used to connect each of the moving mechanism and the inkjet unit, and is used to adjust the relative position between the substrate and the black, and the opening and closing of the inkjet unit. + + Bei 1 Zao Wu directly and accurately prints the printed circuit on the substrate in accordance with the poor material set in "7G" in advance, so as to reduce the defect rate, and achieve the effect of reducing manufacturing costs and saving time. 5 ~ Subtractable [Embodiment] For detailed description and technical content of the new model, please refer to "Figure 2" for cooperation. It is a schematic diagram of the first embodiment of the new model. Shadow_1 | § 6G is based on the principle of ^ 31 ^ Private mechanism 20, a load-bearing section 30,-inkjet unit 40, and inch unit 5f)-::-:::: touch on vice seat 1 '―The second viewing piece 22 is placed on the two slide rails-using the property-the printed matter 31 to be printed on it, and can be reciprocated in the axial direction, and the inkjet unit 40 is arranged on the An L-shaped cantilever / end is fixed on the base] side, and the other end is ⑺ — above the Xixian wall / η L iUU,-the third displacement element 23 is provided, ~ '' turn three na element 23 horse light II pressure secret "纟". … The god moves forward and can be placed on the second displacement element 22 8 4 earlier than the structure 20 and is provided with a printed material hardening unit 4 and the printed material on the mobile substrate 31 ; 5 Haimi hardening unit 42 is used to harden the nozzle ink unit 40 above has proper pipes and storage space for printing materials, if necessary, you can choose to contain the appropriate polymer ingredients The ink unit 40 is set at the ink unit 60, which is different from ▲ 墨 'and on the cantilever 41 and * Sense 60, using the image for proofreading, # ensor __ to obtain the proof point of the printing marrow, to advance Fu Yaliu “Image measuring device __ 他 _ 置 ___, === This image sensing application No. 9_118, so; biliary; heart * test towel Wei Guo patent 7 M263229 The control unit 50 is fixed to This base] is next to, and is connected to the inkjet unit 4_, its wealth-loser interface, to call each _ motive lion, each _ coffee _ out to ___ == to produce each of the first-, second, third The positions of the displacement elements 21, 22, and 23 are inked early to control the operation, so that the property can be opened and closed in this control unit. Bureau _; ^ The specifications of the shaking mirror, in time 'the control unit 50 will adjust through the moving mechanism 20: the position of people, text, etc.' using a fixed inkjet area or path to precisely move the bearing · front Γ, ^ 〇ΓΐFeng makes it as light as possible according to the unit set up, and it is attractive to move the inkjet == graphics, text and other different blocks, so as to achieve the cost of the second name and provide users with more convenience And other advantages. The time is an example: ΓΓ3 + figure "is a schematic diagram of the second embodiment of the new model, as shown in the figure, and the first implementation part 2 " 2 side, 丄: inkjet unit 40 to produce a height difference, so that the first and second floor slabs, and # to make the three-revolving element 23 move along the Zizhan booth, ^ control_ inkjet unit 4G forward, so that the first, second, third The corresponding positions of the displacement elements 21, 22, 23 and the ^ one plate ⑽ enable the substrate 31 and the inkjet unit 40 to maintain the ㈣ can, and a printing material hardening unit is further provided at an appropriate position of the moving mechanism 2G. 42, μ; Bucket hardening unit 42 is used to harden the printing material on the substrate 31. "Review Figure 4" is a schematic diagram of the third embodiment of the new model. In this embodiment, the inkjet unit can be changed to a configuration of ㈣41, in which the ink-receiving unit 4G is provided in the moving mechanism 2〇 aIn the inspection of the upper leg of the upper leg, the mobile machine. A moving element called the two ends of the mobile unit is located on both sides of the base R, and the axis M263229 can be moved back and forth. The first displacement elements 223 are sliders embedded in the first displacement element 2] a, and can reciprocate in the X-axis direction. The third displacement element is a suspension element that is suspended below the slider. A gas belongs to the cylinder, and the inkjet unit 40 is fixed below the gas cylinder, and by the expansion and contraction of the piston rod on the sewing cylinder, = change! " Up and down position of the tree ink, control 5G through the three displacement elements 23 to adjust the distance between the ^ ink sheet TC4G and the printing details, and then use the first and second displacement elements ... ⑽ control the inkjet sheet = 40 The path is reduced, and the image sensor 60 is set at the first-rotation element 21a and the ink-receiving unit. As shown in "Figure 5" is a schematic diagram of the fourth embodiment of the present invention, which is different from the third embodiment in the inkjet printer seat! The upper part is provided with first and second floor boards 101 and moving. As shown in "Figure 6", it is a schematic diagram of the fifth embodiment of the present invention. The difference from the fourth embodiment lies in the arrangement of the first and second plates of the inkjet printer, the upper and lower arrangement modes, and the upper and lower positions. 'Change to left and right configuration' The inkjet unit 40 can take turns on the first-position crane element 21a. She will be transferred to the second ... When one of the prism plates 101 is printed, the substrate 31 on the other platen 102 can be replaced until the next time the inkjet unit is moved to the upper side for inkjet printing. ^ "Figure 7" is a schematic diagram of the sixth embodiment of the present invention. The difference from the first embodiment is that the relative position of the silk screen 31 to be printed and the side of the inkjet unit used for inkjet printing is changed. "Another way", wherein the first displacement element Sin can reciprocate along the γ direction, the second displacement element 22b is a crane motor and a lead screw group crane, and can load the crane along the χ-axis square force, and the third displacement Read 2_ is located in the county-displacement element ancestor controllable financial ink unit reciprocating in the direction of the axis ⑤ moving motor 'and "Figure 8" shown in Figure 6 differs from the sixth embodiment in the inkjet printer 10 The base 1 is provided with first and second platens 101 and 102. It is called “refer to FIG. 9”. The difference from the above embodiment lies in that the first moving element ⑽ is driven by a screwable talent group to move in the X-axis direction, and the inkjet unit is provided on the lead screw group. And the first: the first reading and washing is ⑶ in the second pin displacement element 22e and can control the reciprocating movement of the inkjet sheet in the direction of the E axis, and the "Figure 1Q" is different from the eighth embodiment is Ink printing machine M263229 is provided with first and second platens 101 and 102 on the base 1. In summary, it is only a preferred embodiment of the present invention, and is not intended to limit the scope of implementation of the present invention. That is to say, all equivalent changes and modifications based on the contents of the scope of patent application for this new model shall be the technical scope of this new model.
10 M263229 【圖式簡單說明】 第1圖，係習知立體外觀示意圖。 第2圖，係本新型之第一實施例示意圖 第3圖，係本新型之第二實施例示意圖 第4圖，係本新型之第三實施例示意圖 第5圖，係本新型之第四實施例示意圖 第6圖，係本新型之第五實施例示意圖 第7圖，係本新型之第六實施例示意圖 第8圖，係本新型之第七實施例示意圖 ' 第9圖，係本新型之第八實施例示意圖 - 第10圖，係本新型之第九實施例示意圖 【主要元件符號說明】 10a… •…網印機 10···· ••喷墨印刷機 1…… •機座 100"， •…檯板 1(U、 101a……第一檯板 102、 102a……第二檯板 111a· .....印刷位置 112a· ••…換版位置 12a" …·背板 13a" …·支撐架 14a" •…印刷頭 15a" …·懸臂 16a" •…網框架 M263229 17a……網版 18a……前後調整元件 19a……左右調整元件 20、20a、20b、20c…… 移動機構 2卜 21a、21b、21c…… 第一位移元件 22、22a、22b、22c…… 第二位移元件 23、23a、23b、23c…… 第三位移元件 30……承載部 31……承印物 40......喷墨單元 41……懸臂 42……印料硬化單元 50、50a......控制單元 60、60a……影像感測器 70、70a……顯示器 80……肘節機構 81……第一端 82......弟 一：^ 83……固定桿 84……伸縮桿 85……懸臂 86......樞接點10 M263229 [Brief description of the diagram] Figure 1 is a conventional three-dimensional appearance diagram. FIG. 2 is a schematic diagram of the first embodiment of the new model. FIG. 3 is a schematic diagram of the second embodiment of the new model. FIG. 4 is a schematic diagram of the third embodiment of the new model. FIG. 5 is a fourth implementation of the new model. Example schematic diagram 6 is a schematic diagram of a fifth embodiment of the present invention. FIG. 7 is a schematic diagram of a sixth embodiment of the present invention. FIG. 8 is a schematic diagram of a seventh embodiment of the present invention. Schematic drawing of the eighth embodiment-Fig. 10 is a schematic drawing of the ninth embodiment of the present invention. [Description of main component symbols] 10a ... • ... Screen printing machine 10 ······ Inkjet printing machine 1 …… • Base 100 ", • ... platen 1 (U, 101a ... first platen 102, 102a ... second platen 111a ... ..... printing position 112a ... •• ... plate change position 12a "… · back plate 13a & quot … · Support frame 14a " • ... Print head 15a " ... · Cantilever 16a " • ... Mesh frame M263229 17a ... Screen plate 18a ... Front and rear adjustment elements 19a ... Left and right adjustment elements 20, 20a, 20b, 20c ... Move Mechanism 2 21a, 21b, 21c ... First displacement The pieces 22, 22a, 22b, 22c ... The second displacement element 23, 23a, 23b, 23c ... The third displacement element 30 ... the bearing portion 31 ... the substrate 40 ... the inkjet unit 41 ... Cantilever 42 ... Print material hardening unit 50, 50a ... Control unit 60, 60a ... Image sensor 70, 70a ... Display 80 ... Elbow mechanism 81 ... First end 82 ... ... brother one: ^ 83 ... fixed rod 84 ... retractable rod 85 ... cantilever 86 ... pivot point
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