200815198 九、發明說明： 【發明所屬之技術領域】 本案係關於一種列印設備，尤指一種適用於使用連續 供墨系統且具有複數個沿列印垂直方向延伸排列之墨水 匣之列印設備。 【先前技術】 近年來隨著個人電腦逐漸普及與技術不斷地快速發 展，列印設備已成為個人電腦週邊設備中必備的產品，而 使用者對列印設備的效率及精密度的要求則是愈來愈 高，不僅要求列印速度更快，且在追求多功能及all-in-one (複合機）使用概念的同時，更希望列印設備的體積能夠 更小，以便在電腦週邊設備的配置上可獲得更大的剩餘空 間可供利用。 喷墨列印技術發展至今已有非常大的進步，從過去只 能進行單色列印以及只能安裝單一墨水匣的限制，到現在 已經進步到可進行多色列印，即可於一列印設備上同時安 裝複數個墨水匣，甚至還發展出可由外墨盒連續提供墨水 至墨水匣之連續供墨系統，著實帶給使用者更多元、更便 利的操作。 然而，由於目前一般墨水匣須安裝於列印設備之承載 架上才能進行列印工作，請參閱第一圖，其係習知於承載 架上安裝複數個墨水匣之結構示意圖，如圖所示，習知列 6 200815198 m 印設備（未圖示）若要進行多色列印時，例如：彩色及黑 色，則需藉由具有複數個水平設置之容置空間11的承載 架12來容置複數個墨水匣13，且於列印時，承載架12於 水平方向（即第一圖所示之X軸方向，而Y軸為列印垂直 方向）的尺寸勢必要隨之增加，將增加承載架12的製作 成本及銷售的困難度。 習知列印設備為了使每個墨水匣13都能夠將墨水喷 射至紙張的整個列印範圍上，需要增大承載架12的於X 軸方向可移動距離，這將佔據列印設備内部過多的空間， 將使得列印設備無法符合目前對於電子產品小型化的趨 勢要求，且承載架12本身的大小亦影響到墨水匣13移動 的距離，而使墨水匣的工作速度減緩，造成列印工作需要 更長的時間才能完成，無形之中亦增加了使用者的時間成 本。 再者，由於習知列印設備之複數個墨水匣13之間係 φ 左右並鄰地橫向排列，當複數個墨水匣13進行列印工作 時，在每一次橫向移動中僅可針對紙張上的同一行進行喷 墨列印動作，以致於會有部分墨水匣處於列印狀態而部分 墨水匣處於待命狀態的情形發生，舉例而言，一份正在進 行列印的文件中，若有連續兩行係分別為一行黑色資料及 一行彩色資料，此時複數個墨水匣13由於彼此左右並鄰 地橫向排列5承載架12必須經過兩次的橫向移動才能分 別將這連續兩行資料列印完成，即當進行黑色資料列印時 墨水匣13中的彩色墨水匣勢必處於待命狀態而無法同時 200815198 進行下一行的彩色列印工作，同理當進行彩色資料列印時 墨水匣13中的黑色墨水匣亦只能處於待命狀態直到需要 進行下一個黑色列印工作為止。 也就是說，習知列印設備之複數個墨水匣13之間的 放置方式無法於同一時間内發揮每個墨水匣13的最大列 印能力，進而使得複數個墨水匣13於同一工作時間内的 列印範圍受到限制，不僅使複數個墨水匣13出現彼此等 待而造成列印能力與資源的浪費，更徒增完成列印所需的 時間。 因此，如何發展一種可改善上述習知方式缺失，且不 需加寬承載架尺寸，並可有效發揮及提昇每個墨水匣於同 一工作時間内的列印能力及列印範圍，以進行多行、多色 列印之列印設備，實為目前迫切需要解決之問題。 【發明内容】 φ 本案之主要目的在於提供一種列印設備，適用於連續 供墨系統，主要由複數個沿列印垂直方向延伸排列的墨水 匣所組成，使複數個墨水匣可以所對應之墨水對喷墨媒體 同時進行喷墨列印動作，用以於同一工作時間内進行多 行、多色列印，，俾解決習知技術因複數個墨水匣之間係 採用水平排列的方式而必須加大承載架尺寸及可移動距 離，造成複數個墨水匣必須彼此待命而降低列印效率、浪 費列印資源及增加列印時間等缺點。 為達上述目的，本案之一較廣義實施樣態為提供一種 8 200815198 」歹:：2你適用於連續供墨系統，用以對喷墨媒體進行喷 二承载”’其係包含承載架及支撐座，支撐座係包含軸 =承，樞接於轴桿上可沿列印水平方向移動，其:: 置槽，容t =有複數個沿列印垂直方向延伸排列之容 墨水卜、減種墨水，令承载架承载之 丄:列印水平方向之往返位移維持不變喷 者予以縮減支撐座之軸桿尺寸達成整個列印設 墨水:據想，其中複數種墨水係至少包含-單色 本案之另一較廣義實施樣態為提供一 供墨系統，用以對喷墨媒體進行喷墨列= 應：二：第支撐座，其係具有第-侧面及與第-側面相對 芯二r，面；複數個承載架，其係分別可移動地枢 弟—側面及第二側面’以沿列印水平方向進 仃和動且分別具有容置槽；複數個 :相對應之承載架之容置槽内，用以錄存複數 母、承載架承載之墨水匣於支撐座上沿列印水平方向之 移維持残魅•動作m缩減支撐座尺寸達 成整個列印設備體積縮小者。 了運 200815198 【實施方式】 體現本案特徵與優點的一些典型實施例將在後段的 說明中詳細敘述。應理解的是本案能夠在不同的態樣上具 有各種的變化，其皆不脫離本案的範圍，且其中的說明及 圖示在本質上係當作說明之用，而非用以限制本案。 本案係為一種列印設備，例如：列印機（未圖示），適 用於連續供墨系統，主要由複數個墨水匣所組成，且複數 φ 個墨水匣係沿列印垂直方向延伸排列，用以對喷墨媒體， 例如：紙張，同時進行喷墨列印動作。 請參閱第二圖，其係為本案第一較佳實施例之列印設 備之結構示意圖，如圖所示，本案之列印設備2主要由支 撐座21、承載架22、第一墨水匣231及第二墨水匣232 所組成，第一墨水匣231及第二墨水匣232可沿列印垂直 方向（如第二圖所示之Y軸方向）對一喷墨媒體同時進行喷 墨列印動作。 ® 於本實施例中，支撐座21可由支撐架24及軸桿25 所組成，軸桿25的兩端係固定於支撐架24的一侧面上， 而承載架22係受一驅動裝置（未圖示）帶動而可移動地 樞設於轴桿25上，在控制信號的驅動下可沿列印水平方 向（如第二圖所示之X轴方向）移動，另外，承載架22為一 中空結構且其内部具有複數個沿列印垂直方向延伸排列 之第一容置槽261及第二容置槽262，用以分別容置相對 應的第一墨水匣231及第二墨水匣232。 200815198 第一墨水匣231及第二墨水匣232可藉由卡固或是其 他固定方式分別安裝於相對應的第一容置槽261及第二容 置槽262中，使得第一墨水匣231與第二墨水匣232之間 同樣係沿列印垂直方向並列的方式延伸排列，且第一墨水 匣231及第二墨水匣232的内部分別具有至少一墨水儲存 槽（未圖示），可用來儲存複數種不同顏色的墨水（未圖示）， 例如：黑色及/或紅、藍、黃三色墨水，一旦，第一墨水匣 231及/或第二墨水匣232接獲控制信號而欲進行喷墨列印 動作時，承載架22將帶動第一墨水匣231及第二墨水匣 232於軸桿25上進行水平往返的運動，使得沿列印垂直方 向延伸排列的第一墨水匣231及/或第二墨水匣232可將分 別所對應之墨水同時喷射至紙張上的複數個行（未圖示）以 同時進行喷墨列印動作。 於本實施例中，第一墨水匣231可用來儲存黑色墨水 而第二墨水匣232可用來儲存彩色墨水，當列印設備2接 受到控制信號的觸發後，可依照需求及指令分別驅動第一 墨水匣231及第二墨水匣232,並經承載架22的帶動而於 軸桿25上進行沿水平方向往返地運動，並藉由第一墨水 匣231及第二墨水匣232沿列印垂直方向延伸排列的方 式'使第一墨水匣231及第二墨水匣232可對紙張上前後 相鄰的兩行（未圖示）同時且獨立地進行黑色及彩色喷墨列 印動作，此外，列印設備2亦可依需求及指令單獨驅動第 一墨水匣231或是第二墨水匣232來進行黑色或是彩色的 喷墨列印動作，如此一來，第一墨水匣231及第二墨水匣 11 200815198 232各自的列印能力不會再因習知墨水匣之間沿列印水平 方向排列的方式（如第一圖所示）而受限於一次只能對紙張 上的同一行進行喷墨列印，本案藉由將墨水匣之間彼此沿 列印垂直方向延伸排列的方式使得列印設備的列印能力 及範圍獲得有效的發揮及良好的提昇，且也不需要增加承 載架的尺寸，以符合電子產品小型化的發展趨勢，當然， 本案並不以此實施態樣為限，任何具有複數個沿列印垂直 方向延伸排列的墨水匣之列印設備，均符合本案所欲保護 之範圍。 請參閱第三圖，其係為本案第二較佳實施例之列印設 備之結構示意圖，如圖所示，本案之列印設備3主要由支 撐座31、複數個承載架及複數個墨水匣所組成，於本實施 例中，支撐座31包含支撐架34及複數個軸桿，支撐架34 具有第一侧面311及第二侧面312，其中，第一侧面311 與第二侧面312係位於兩相對侧面，而且複數個軸桿可由 第一軸桿351及第二轴桿352所組成，分別設置於第一側 面311及第二侧面312，且第一軸桿351及第二軸桿352 的兩端均固定於支撐架34上。 而複數個承載架可由第一承載架321及第二承載架 322所組成，其係分別受一驅動裝置（未圖示）帶動而可 移動地樞設於第一軸桿351及第二軸桿352上，可在控制 信號的驅動下沿列印水平方向(如第三圖所示之X轴方向） 進行左右移動，同時第一承載架321及第二承載架322同 樣為一中空結構，分別包含第一容置槽361及第二容置槽 12 200815198 362’且本實施例之複數個墨水g可由第一墨 第二墨水g 332所組成，其可藉由卡固或是其他方^ :別安裝於相對應的第—容置槽361及 方式 中，如此一來，第一墨水匣3 罝钇 沿列印垂直方向㈣三圖所 進行喷墨列印動作時，2接獲控制信號而欲 將藉由相對應的第-承載竿^7 Z如及弟二墨水昆332 而分別於第-軸桿351及第弟二承載架功的帶動 進行往返運動，並分別於^杯352上沿列印水平方向 J A弟〜侧面311及筮—而丨^ 紙張=(3=:進行各自的噴對 禾—墨水匣332分別|古石， 二存槽(未圖示)，可用來儲存複數種純〜-墨 圖不)’例如:黑色及/或彩色墨水，例如:第上f水(未 ，3接受糊;儲;=，，當 弟-墨水匣332可猎由第一承載架321及第：:31及 的帶動而於第一軸桿351及第二轴桿352上沿水^ 322 返地進行噴墨列印動作，由於第一墨水方向往 E 332分別設置於支樓架34的第-侧自31^ —墨水 3U，因此可分賴贿上不_祕兩行面 獨立地進行黑色及彩色噴墨列印動作。 μ)冋日才且 當然，列岭備3亦可依需求及指令單獨 水昆别或是第二墨切332來進行黑色或是彩色== 13 200815198 動作，經過如此有效而明確的分工使第一墨水g 33i 及第一墨水匣332各自獨立的列印能力及範圍獲得更大、 更好的發揮’不僅符合可同時進行多行、多色列印的目 的，亦進-步地提昇了列印速度及效率，更成功地使列印 δ又備整體的列印能力趨於最佳化的狀態，當然，本案並不 限於此實施態樣，任何具有複數個分別設置於支稽座沿列 印垂直方向延伸排列之兩側且可同時獨立分工列印之墨 _ 水匿的列印設備，均屬本案所欲保護之範圍。 土 綜上所述，本案之列印設備，主要由複數個沿列印垂 直方向延伸排狀複數個墨水g所組成，可各自獨立對嘴 墨媒體上的複數個行同時進行喷墨列印動作，其係具有下 述優點： 、μ 1.本案之列印設備具有沿列印垂直方向延伸排列的複 數個墨水E，可分別儲存不同顏色的墨水，並可分別對噴 墨媒體上的不同行於同—卫作時間㈣時或單獨進行不 __色的噴墨列印動作，可達到多行、多色列印的目的， 更有效改善習知墨水g因輪流待命而增加的列印時間及 因左右並鄰地配置而受限的列印範圍等問題； 2.本案之列印設備具有分別設置於支據座兩相對側 面的複數個墨水£，其可分別儲存不同顏色的墨水，並於 同-工作時間内對喷墨媒體上的不同行各自獨立地進行 不同顏色的喷墨列印工作，不但能更有效地發揮各墨水匿 的列印能力及範圍’亦從習知的單行列印進步到可同時進 行夕行’色列印，大大地提昇了列印設備整體的列印速 14 200815198 0" ，度及能力並使其更趨於最佳化的狀態，· 力列印設備具有同時奸多行、多色列印的能 橫向移動即可完成羽Η μ广文了使墨水®僅以一次 完成的 白a ^ ^匣必須經兩次橫向移動才能 能力，VJ:作’有效利用且發揮墨水匣原本應有的列印 墨切因輪流待命而形成資源及時間等不必要的= 申請?以’本案之料設備極具«之健，爰依法提出 飾，技術之人士任施匠思而為諸般修 白不脫如㈣料鄉11所欲保護者。 15 200815198 【圖式簡單說明】 鑄 第一圖：其係為習知於承載架上安裝複數個墨水匣之結構 示意圖。 第二圖：其係為本案第一較佳實施例之列印設備之結構示 意圖。 第三圖：其係為本案第二較佳實施例之列印設備之結構示 意圖。 【主要元件符號說明】 11 :容置空間 12 :承載架 13 :墨水匣 2 :列印設備 21 :支撐座 22 :承載架 231 :第一墨水匣 232 :第二墨水匣 24 :支撐架 25 :軸桿 261 :第一容置槽 262 :第二容置槽 3 :列印設備 31 :支撐座 311 :第一侧面 312 :第二侧面 321 :第一承載架 322 :第二承載架 331 :第一墨水匣 332 :第二墨水匣 34 :支撐架 351 :第一軸桿 352 :第二軸桿 361 :第一容置槽 362 :第二容置槽 16200815198 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a printing apparatus, and more particularly to a printing apparatus suitable for use in a continuous ink supply system and having a plurality of ink cartridges extending in the vertical direction of the printing. [Prior Art] In recent years, with the gradual popularization of personal computers and the rapid development of technology, printing equipment has become an essential product in personal computer peripherals, and users are more demanding on the efficiency and precision of printing equipment. The higher the speed, the faster the printing is required, and the pursuit of multi-function and all-in-one concept, while hoping that the size of the printing device can be smaller, so that the configuration of the computer peripherals A larger remaining space is available for use. The development of inkjet printing technology has made great progress so far. From the past, only monochrome printing and the limitation of only one ink cartridge can be installed. Now, it has progressed to multi-color printing, and it can be printed in one printing. A plurality of ink cartridges are installed on the device at the same time, and a continuous ink supply system that continuously supplies ink to the ink cartridge from the outer ink cartridge is developed, which brings more and more convenient operations to the user. However, since the general ink is not required to be mounted on the carrier of the printing device for printing, please refer to the first figure, which is a schematic diagram of a structure in which a plurality of ink cartridges are mounted on the carrier, as shown in the figure. , 知知列 6 200815198 m printing equipment (not shown) to carry out multi-color printing, such as color and black, it is required to be accommodated by the carrier 12 having a plurality of horizontally arranged accommodating spaces 11 a plurality of ink cartridges 13, and when printing, the dimensions of the carrier 12 in the horizontal direction (ie, the X-axis direction shown in the first figure, and the Y-axis is the vertical direction of printing) are necessarily increased, and the load is increased. The manufacturing cost of the rack 12 and the difficulty of sales. In order to enable each ink cartridge 13 to eject ink onto the entire printing range of the paper, it is necessary to increase the movable distance of the carrier 12 in the X-axis direction, which will occupy too much inside the printing device. The space will make the printing equipment unable to meet the current trend of miniaturization of electronic products, and the size of the carrier 12 itself also affects the distance that the ink cartridge 13 moves, and the working speed of the ink cartridge is slowed down, which requires printing work. It takes longer to complete, and it also increases the user's time cost. Moreover, since the plurality of ink cartridges 13 of the conventional printing device are arranged in the vicinity of φ and laterally adjacent to each other, when a plurality of ink cartridges 13 are subjected to the printing operation, only the paper can be targeted on each of the lateral movements. The same line performs the ink jet printing operation, so that some ink cartridges are in the printing state and some of the ink cartridges are in the standby state. For example, if there is two consecutive lines in a document being printed. The system is a row of black data and a line of color data. At this time, the plurality of ink cartridges 13 are arranged laterally adjacent to each other and adjacent to each other. The carrier 12 must undergo two lateral movements to print the two consecutive rows of data, that is, When the black data is printed, the color ink in the ink cartridge 13 is in a standby state and cannot be printed on the next line at the same time in 200815198. Similarly, the black ink cartridge in the ink cartridge 13 is only printed when the color data is printed. Can be on standby until the next black print job is required. That is to say, the placement between the plurality of ink cartridges 13 of the conventional printing device cannot exert the maximum printing capability of each ink cartridge 13 at the same time, thereby causing the plurality of ink cartridges 13 to be in the same working time. The printing range is limited, which not only causes a plurality of ink cartridges 13 to wait for each other, but also causes waste of printing ability and resources, and increases the time required for printing. Therefore, how to develop a method for improving the above-mentioned conventional methods without increasing the size of the carrier, and effectively exerting and improving the printing capability and printing range of each ink in the same working time to perform multiple lines The printing equipment for multi-color printing is an urgent problem to be solved. SUMMARY OF THE INVENTION The main purpose of the present invention is to provide a printing apparatus suitable for a continuous ink supply system, which is mainly composed of a plurality of ink cartridges arranged in a vertical direction along the printing direction, so that a plurality of ink cartridges can correspond to the ink. Simultaneously performing inkjet printing on inkjet media for multi-line and multi-color printing in the same working time, and solving conventional techniques must be added because a plurality of ink cartridges are horizontally arranged. The large carrier size and the movable distance cause a plurality of ink cartridges to stand by each other to reduce printing efficiency, waste printing resources, and increase printing time. In order to achieve the above objectives, one of the broader aspects of the case provides a kind of 8 200815198 歹::2 you apply to the continuous ink supply system for spraying the inkjet medium. 'The system includes the carrier and the support. The support base includes a shaft=bearer, which is pivotally connected to the shaft and can be moved along the horizontal direction of the printing. The:: groove, capacity t=multiple inks arranged in the vertical direction of the printing, reducing the seed Ink, the carrier is carried: the round-trip displacement of the printing horizontal direction is maintained. The sprayer reduces the size of the shaft of the support to achieve the entire printed ink: it is believed that the plurality of inks at least contain - monochrome Another broader embodiment of the invention provides an ink supply system for injecting inkjet media to the inkjet media. =: two: a support base having a first side and a first side opposite the first side, a plurality of carriers, which are respectively movable to the younger brother - the side and the second side - to enter and move along the horizontal direction of the printing and respectively have a receiving groove; a plurality of: the corresponding carrier In the slot, it is used to record multiple mothers and bearers. The ink carried on the support is moved along the horizontal direction of the printing support to maintain the remnant. The action m reduces the size of the support to achieve the reduction of the size of the entire printing device. 200815198 [Embodiment] Some typical features and advantages of the case The embodiments are described in detail in the following description. It is to be understood that the present invention is capable of various modifications in various embodiments, and Use, not to limit the case. This case is a printing device, such as: printing machine (not shown), suitable for continuous ink supply system, mainly composed of a plurality of ink cartridges, and a plurality of φ inks The lanthanum is arranged in the vertical direction of the printing to perform an inkjet printing operation on the inkjet medium, such as paper. Please refer to the second drawing, which is the printing apparatus of the first preferred embodiment of the present invention. Schematic diagram of the structure, as shown in the figure, the printing device 2 of the present invention is mainly composed of a support base 21, a carrier 22, a first ink cartridge 231 and a second ink cartridge 232, a first ink cartridge 231 and a The ink cartridge 232 can simultaneously perform an inkjet printing operation on an inkjet medium in a vertical direction of printing (such as the Y-axis direction shown in the second figure). In this embodiment, the support base 21 can be supported by the support frame 24 and the shaft. The rod 25 is composed of two ends of the shaft 25 fixed to one side of the support frame 24, and the carrier 22 is movably pivotally mounted on the shaft 25 by a driving device (not shown). The driving of the control signal can be moved along the horizontal direction of the printing (such as the X-axis direction shown in the second figure). In addition, the carrier 22 is a hollow structure and has a plurality of first rows extending in the vertical direction along the printing. The accommodating groove 261 and the second accommodating groove 262 are respectively accommodating the corresponding first ink cartridge 231 and the second ink cartridge 232. The first ink cartridge 231 and the second ink cartridge 232 can be clamped or The other fixing manners are respectively installed in the corresponding first accommodating groove 261 and second accommodating groove 262, so that the first ink cartridge 231 and the second ink cartridge 232 are also extended in the vertical direction along the printing vertical direction. Arranged, and inside the first ink cartridge 231 and the second ink cartridge 232 Each of the ink reservoirs (not shown) can be used to store a plurality of inks of different colors (not shown), such as black and/or red, blue, and yellow inks. Once, the first ink cartridge 231 And/or the second ink cartridge 232 receives the control signal to perform the inkjet printing operation, the carrier 22 will drive the first ink cartridge 231 and the second ink cartridge 232 on the shaft 25 to perform horizontal reciprocating motion, so that The first ink cartridge 231 and/or the second ink cartridge 232 extending in the vertical direction of the printing may simultaneously eject the respective inks to a plurality of rows (not shown) on the paper to simultaneously perform the inkjet printing operation. . In this embodiment, the first ink cartridge 231 can be used to store black ink and the second ink cartridge 232 can be used to store color ink. When the printing device 2 receives the trigger of the control signal, the first ink cartridge can be driven according to requirements and instructions. The ink cartridge 231 and the second ink cartridge 232 are moved back and forth in the horizontal direction on the shaft 25 by the carrier 22, and are vertically printed by the first ink cartridge 231 and the second ink cartridge 232. The manner of extending the arrangement enables the first ink cartridge 231 and the second ink cartridge 232 to simultaneously and independently perform black and color inkjet printing operations on two rows (not shown) adjacent to each other on the paper, and further, print The device 2 can also separately drive the first ink cartridge 231 or the second ink cartridge 232 to perform a black or color inkjet printing operation according to requirements and instructions, so that the first ink cartridge 231 and the second ink cartridge 11 The printing capabilities of 200815198 232 will no longer be limited by the way the conventional ink cartridges are arranged along the horizontal direction of the printing (as shown in the first figure), and can only be inkjet printed on the same line on the paper at a time. This case will be The manner in which the ink cartridges are arranged in the vertical direction along the printing direction enables the printing capability and range of the printing device to be effectively exerted and improved, and the size of the carrier is not required to meet the miniaturization of the electronic product. Development trend, of course, this case is not limited to this implementation, any printing device with a plurality of ink cartridges extending in the vertical direction of the printing is in accordance with the scope of protection of the case. Please refer to the third figure, which is a schematic structural view of the printing apparatus of the second preferred embodiment of the present invention. As shown in the figure, the printing apparatus 3 of the present invention mainly comprises a support base 31, a plurality of carrier frames and a plurality of ink cartridges. In this embodiment, the support base 31 includes a support frame 34 and a plurality of shafts. The support frame 34 has a first side 311 and a second side 312. The first side 311 and the second side 312 are located at two. The first shaft 351 and the second shaft 352 are respectively disposed on the first side 311 and the second side 312, and the first shaft 351 and the second shaft 352 are respectively disposed on the opposite side. The ends are both fixed to the support frame 34. The plurality of carriers can be composed of a first carrier 321 and a second carrier 322, which are respectively movably pivoted to the first shaft 351 and the second shaft by a driving device (not shown). 352, in the horizontal direction of printing (such as the X-axis direction shown in the third figure), can be moved left and right under the driving of the control signal, and the first carrier 321 and the second carrier 322 are also a hollow structure, respectively The first accommodating groove 361 and the second accommodating groove 12 200815198 362 ′ are included, and the plurality of inks g of the embodiment may be composed of the first ink second ink g 332 , which may be clamped or otherwise: Do not install in the corresponding first accommodating groove 361 and the way, in this way, when the first ink 匣3 进行 performs the inkjet printing operation along the printing vertical direction (four) three images, 2 receives the control signal and It is intended to be reciprocated by the corresponding first-bearing 竿^7 Z, such as the second illuminator 332, and the second shaft 351 and the second jib carrier respectively, and respectively on the ^ cup 352 Print horizontal direction JA brother ~ side 311 and 筮 - and 丨 ^ paper = (3 =: carry out their respective spray Wo-ink 匣 332 | ancient stone, two storage tank (not shown), can be used to store a plurality of pure ~ - ink map does not) 'for example: black and / or color ink, for example: the first f water (not, 3 Accepting paste; storage; =,, the younger-ink 332 can be hunted by the first carrier 321 and the ::: 31 and the first shaft 351 and the second shaft 352 return to the ground along the water ^ 322 In the inkjet printing operation, since the first ink direction is set to the first side of the branch frame 34 from the 31st to the ink 3U, the black ink can be independently performed on the two sides of the wall. Color inkjet printing action. μ) The next day, of course, the column can also be used according to the requirements and instructions to separate the water or the second ink cut 332 for black or color == 13 200815198 action, after this The effective and clear division of labor enables the first printing capability and range of the first ink g 33i and the first ink cartridge 332 to be larger and better, which not only meets the requirements of simultaneous multi-line and multi-color printing, but also Step-by-step improvement in printing speed and efficiency, and more successful printing δ and overall printing ability to optimize State, of course, the present invention is not limited to this embodiment, and any printing device having a plurality of inks disposed on both sides of the branch and extending in the vertical direction of the printing and capable of independently printing and printing at the same time, Both are within the scope of the case to be protected. According to the above description, the printing device of the present invention is mainly composed of a plurality of inks g extending in the vertical direction along the printing vertical direction, and the ink jet printing operations can be simultaneously performed on the plurality of rows on the ink medium independently. The system has the following advantages: 1. The printing device of the present invention has a plurality of inks E arranged along the vertical direction of the printing, respectively, which can store different colors of ink and can respectively respectively different rows on the inkjet medium. In the same time - Wei Zuo time (4) or separate inkjet printing operation without __ color, the purpose of multi-line and multi-color printing can be achieved, and the printing time increased by the conventional ink g by taking turns is more effectively improved. And the printing range limited by the left and right adjacent configuration; 2. The printing device of the present case has a plurality of inks respectively disposed on opposite sides of the supporting base, which can respectively store different colors of ink, and In the same-working time, the inkjet printing of different colors is independently performed on different rows on the inkjet medium, which not only can more effectively exert the printing ability and range of each ink, but also from the conventional single row. Print By stepping into the same time, the color printing of the printing device greatly improves the printing speed of the printing device as a whole, and the degree and capability are more optimized. At the same time, multiple lines and multi-color printing can be moved laterally to complete the feathers. 广 文 使 使 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水 墨水And the ink cartridges should be used to print the ink cuts to take turns to form resources and time, etc. unnecessary = application? The materials in this case are very strong, and the people who are technically proposed are skilled in the art. Thinking for all kinds of whites is not like (4) material township 11 to protect. 15 200815198 [Simple description of the drawing] Casting the first picture: It is a schematic diagram of a structure in which a plurality of ink cartridges are mounted on a carrier. Second Figure: This is a schematic diagram of the structure of the printing apparatus of the first preferred embodiment of the present invention. Figure 3 is a schematic view showing the structure of a printing apparatus of the second preferred embodiment of the present invention. [Main component symbol description] 11 : accommodating space 12 : carrier 13 : ink cartridge 2 : printing device 21 : support base 22 : carrier 231 : first ink cartridge 232 : second ink cartridge 24 : support bracket 25 : The shaft 261: the first accommodating groove 262: the second accommodating groove 3: the printing device 31: the support base 311: the first side 312: the second side 321: the first carrier 322: the second carrier 331: the first An ink cartridge 332: a second ink cartridge 34: a support frame 351: a first shaft 352: a second shaft 361: a first receiving groove 362: a second receiving groove 16