1321527 九、發明說明： 【發明所屬之技術領域】 本案係關於一種適用於連續供墨系統之承載架，尤指 一種適用於連續供墨系統之列印墨匣承載架。 【先前技術】 一般而言，喷墨印表機由於具有操作容易且可列印於 多種喷墨媒體等優點，廣受消費大眾歡迎，但喷墨印表機 使用一段時日後，便會因列印墨匣之墨水耗盡而須更換列 印墨匣，目前常見之更換方法係丟棄舊有之列印墨匣再安 裝全新之列印墨匣以提供墨水，此舉不但造成列印墨匣體 的浪費，且因列印墨匣之價格昂貴而無形地增加了使用者 的開銷。為了節省列印成本並避免資源浪費，重複使用同 一個列印墨匣的連續供墨系統便因應而生。 現有的連續供墨系統皆為外置式連續供墨系統，其係 於喷墨印表機外設置一供墨容器，並藉由管線連接供墨容 器及喷墨印表機内部之列印墨匣，利用真空導墨的原理將 墨水自供墨容器導入列印墨匣中，再透過目視觀察供墨容 器之墨水耗用情形並適時補充墨水至供墨容器中，便可達 成列印墨匣供墨不間斷之連續供墨目的。 雖然上述連續供墨系統確實可達到連續供墨的功效， 但是列印墨匣跟供墨容器之間僅藉由供墨管直接進行連 接，且習知列印墨匣缺乏斷墨結構，一旦列印墨匣要進行 1321527 承載架要進行維修時，列_自承 墨印表機⑽。料’隸料墨柄㈣，亦會污染喷 墨匣承:芊來避免展種適用於連續供墨系統之列印 決之問^免上述之習知缺陷，實為目前迫切需要解 鲁 【發明内容】 本案之主要目的在於提供一種適用於連續供墨系統 之列印墨g承載架，其係藉由夾持結構覆蓋於供墨結構上 且卡扣於容置框體上時，失持結構將施加作用力於供墨結 構上以使供墨結構之卡接部部份置入列印墨匿之容置槽 内’將使得導墨結構套入卡接部之供墨流道中，讓導墨結 構頂推栓塞分離卡接部之供墨流道，而令卡接部之供墨流 道產生一間隙，供墨室之墨水將經由間隙、供墨流道以及 籲 導墨結構之開口注入列印墨匣内部’俾解決傳統習知列印 墨匣缺乏斷墨結構，一旦列印墨匣要進行更換或是列印墨 匣的承載架要進行維修時，列印墨匣自承載架取出時極易 漏墨，不但造成墨水的浪費，亦會污染喷墨印表機内部等 缺點。 為達上述目的，本案之一較廣義實施樣態為提供一種承载 架，適用於連續供墨系統，用以承載列印墨匣，列印墨g 係具有凸起結構及導墨結構’導墨結構係設置於凸起結構 内且與凸起結構間形成谷置槽’導墨結構具有開口，用以 題，用’承載架係包含:本體具有容置框 具有】=墨£;供墨結構，其係與本體連接，且 为至J 一供墨早兀，供墨單 水，以;？目女改X s 平兀具有入墨口，用以接收墨 Μ及具有與入墨口相連 ^ ^ ^ 及具有徂里必啫夕丰括* <供墨至、彈性疋件、栓塞 有供墨k道之卡接部，彈性元件與 至中，且雜元件麵設於检 以直於供墨 卡接部之供墨流道促使栓塞常態下封閉 並卡扣於容置框體上其係與本體可轉動地連接 以使供墨結構與列印墨匣相連 稱上 —+ Μ接，藉此，緒結構卡扣於 :^ 供墨結構與列印墨^之凸起結構相連 吏供墨結構之卡接部置入列印墨匿之容置槽内並 二二：之導墨結構相套合，讓該導墨結構頂推栓塞 刀^ W之供墨流道’而令該卡接部之供墨流道產生 严曰：、供墨至之墨水將經由間隙供墨流道以及導墨結構 之開口注入列印墨匣内部。 根據本案之構想，其令栓塞係為橡朦材質且 性。 根據本案之構想，其中本體之容置框體係具有前置標 板。 根據本案之構想，其中夹持結構之一側邊係包含彈性 卡扣部，且具有凸部，彈性卡扣部係部份設置於容置框體 内且藉由凸料扣於容置框體之前置魏上，使夾持結構 將施加第一作用力於供墨結構上。 本案之另一較廣義實施樣態為提供—種承载架，適用於連 1321527 續供墨系統，用以承载至少一 凸起結構及導墨結構，導墨妗 p墨匣，列印墨匣係具有 凸起結構間形成容置样，道苗’、 ：凸起結構内且與 9等墨結構且有—μ 水注入列印墨昆，承載架係包含：㈤口，用以將墨 用以承載列印墨匣；供累姓姐.丰―，具有容置框體， 至少-供墨單元，供墨二::古其係與本趙連接，且具有 夾持結構，其係與本體可轉動 7接收墨水； 上，用以施加作用力於供墨级 並卡扣於容置框體 列印_連接;藉此，失;結構卡;該 以使該供墨結構與該列印墨 時， 墨單元部分置入列印墨£ 並7供墨結構之供 墨匣之開口相連通，墨水將麫3 ，且使入墨口與列印 口注入列印墨匣内部。 二入墨口以及導墨結構之開 【實施方式】 說二:::徵些典型實施例將在後段的 有各種的變化，其:;不在不同的態樣上具 圖示在本質上係當作說 案=’且其中的說明及 請參閱第一圖及第二圖复中1用=制本案。 施例之列印墨匣承載架、 圖係為本案較佳實 E之結構示意圓，如第二構，意圓’第二圖係為列印墨 適用於使用連續供墨系統之本案係為一種承載架1， 貫墨印表機，主要用來承载列 ^墨度2(如第二圖所示），且在噴墨印表機之控制電路的 動下帶動列印墨匣2進行水平往返運動，以進行嘴 即動作，；52 & 巧 於第 於承載架1可承載列印墨匣2的數量並不偏限 铁圖所不之3個可依實際需求調整。 中空巧再t閱第二圖’於本實施例中，列印墨匣2可為一 印$ ^形"°構主要用來儲存墨水並進行喷墨列印，且列 結構2 2 端係具有凸起結構 21及導墨結構22，凸起 3 21圍繞於導墨結構22之朋且與導墨結構22之^ 質現内凹結構之容置槽23,導墨結㈣之高“ 把d凸起結構21且其頂端係具有複數個相分離設 -頂柱221 ’兩相鄰抵頂柱221之間係具有一空隙 222 ’且所有抵頂柱22]的士 1的中央係具有一開口 223(如第三 圖U))所不），開口 里, Z23連通至列印墨匣2的内部用以將 墨水注入列印墨匣2内部。 請再參閱第一圖，太垒 壯馑案之承载架1可由本體U、供墨 …構12以及夹持結構13 3所組成，本體11具有一容置框 體111，且谷置框體 ^ ltl 係具有一則置檔板113,於本實 具有3個容置槽112,但不以此為限， 主要用來承載對應之列印墨Η(如第三圖（a)及⑻所 示）。 請再參閱第一圖及笫二 邊係與本體11軸棘遠Μ 供墨結構12之一側 ' 接，且具有複數個供墨單元121 ,每 一供墨單元121均具有—A w 垔早兀izi母 r^pq-^ hl 墨口 122,主要透過連接一供 墨管（未圖不）接收由+ 按收由供墨容器（未圖示）所提供之墨 ^ 水’其中每一列印墨匣2可對應到至少一個供墨單元121， 即當列印墨匣2為單色墨匣時僅會對應到單一個供墨單元 121，反之，當列印墨匣2為彩色墨匣時就會對應到二個 以上的供墨單元121，以接收不同顏色之墨水。 請參閱第三圖（b)，其係為第三圖（a)之A-A刳面 結構示意圖，如圖所示’供墨單元121主要具有經由入墨 口 122接收墨水之供墨室123、彈性元件124、栓塞125 _ 及卡接部126，彈性元件124可為一彈簧且與栓塞125均 設置於供墨室123中，且彈性元件124係套設於栓塞125 上’至於栓塞125可為一軟性橡膠材質且具有彈性，其兩 側邊分別具有呈方形結構之第一抵頂部1251以及位於栓 塞125底部之第二抵頂部1252。 卡接部126係部份設置於供墨室123中而另一部分則 外露’其頂端之第一端面1261主要與栓塞125之第一抵 頂部1251相對應設置，其底部之第二端面1262則與列印 • 墨® 2頂端之容置槽23相對應設置，且中央係具有與列 印墨匠2之導墨結構22相對應設置之供墨流道1263，該 導墨結構22之寬度實質上係等同於該供墨流道1263之寬 度0 請再參閱第三圖（a)及（b),本案之夹持結構13可 呈現一蓋體結構且設置於供墨結構12之上方，其一側邊 係與本體11軸轉連接，另一側邊則具有一彈性卡扣部 131 ’而彈性卡扣部131相對應於本體11之容Ϊ框體111 之刖置構板113的底部位置係具有一凸部132’當將夾持 11 1321527 結構3向^動並使彈性卡扣部131部妓置於容置框 體⑴内且耩由彈性卡扣部131之凸部132卡扣於容置框 體槽板113上時，失持結構13將覆蓋於供墨 結構12且對供墨結構施加—向下的作用力，該向下的作 用力將迫使供墨結構12與列印墨之凸起結構21相連 接（如第四圖（a)及（b)所示）。1321527 IX. INSTRUCTIONS: [Technical field to which the invention pertains] The present invention relates to a carrier suitable for a continuous ink supply system, and more particularly to a printing ink cartridge carrier suitable for a continuous ink supply system. [Prior Art] In general, inkjet printers are popular among consumers because of their ease of operation and can be printed on a variety of inkjet media. However, inkjet printers will be used after a period of use. The ink of the ink cartridge is exhausted and the ink cartridge must be replaced. The common replacement method is to discard the old ink cartridge and install a new ink cartridge to provide ink, which not only causes the ink cartridge to be printed. The waste, and the cost of printing ink cartridges, invisibly increases the user's overhead. In order to save printing costs and avoid waste of resources, a continuous ink supply system that reuses the same ink cartridge is used. The existing continuous ink supply system is an external continuous ink supply system, which is provided with an ink supply container outside the inkjet printer, and connects the ink supply container and the inkjet printer inside the inkjet printer through a pipeline. Using the principle of vacuum ink guiding, the ink is introduced into the ink cartridge from the ink supply container, and then the ink consumption of the ink supply container is visually observed and the ink is replenished to the ink supply container in time to obtain the ink supply for printing. Ink continues to supply ink continuously. Although the above continuous ink supply system can achieve the effect of continuous ink supply, the printing ink cartridge and the ink supply container are directly connected only by the ink supply tube, and the conventional printing ink cartridge lacks the ink breaking structure, once listed. Ink cartridges are to be carried out when the 1321527 carrier is to be repaired, and the inkjet printer (10) is self-supporting. Material 'Limited ink handle (4), will also pollute the inkjet bearing: 芊 to avoid the application of the continuous ink supply system to print the decision to avoid the above-mentioned conventional defects, it is urgently needed to solve the problem The main purpose of the present invention is to provide a print ink carrier for a continuous ink supply system, which is covered by the clamping structure on the ink supply structure and snapped onto the housing frame, and the structure is lost. Applying a force to the ink supply structure to place the engaging portion of the ink supply structure into the receiving groove of the printing ink, which will cause the ink guiding structure to fit into the ink supply channel of the engaging portion, and guide The ink structure pushes the plug to separate the ink supply flow path of the engaging portion, and causes a gap to be formed in the ink supply flow path of the engaging portion, and the ink of the ink supply chamber is injected through the gap, the ink supply flow path and the opening of the ink guiding structure. Printing ink cartridges inside '俾 Solving the traditional printing ink cartridges lacks the ink-breaking structure. Once the ink cartridges are to be replaced or the ink cartridges are to be repaired, the ink cartridges are removed from the carrier. It is extremely easy to leak ink, which not only causes waste of ink, but also pollutes inkjet. Disadvantages such as the inside of the printer. In order to achieve the above object, one of the more general aspects of the present invention provides a carrier for a continuous ink supply system for carrying inkjet printing, the printing ink has a convex structure and an ink guiding structure. The structure is disposed in the convex structure and forms a valley groove between the convex structure and the ink-conducting structure has an opening for use, and the 'bearing frame system comprises: the body has a receiving frame and has an ink cartridge; the ink supply structure , the system is connected with the body, and the ink is supplied to the ink, and the ink is supplied with water; The female has changed the X s flat to have an ink inlet for receiving the ink sputum and has a connection with the ink inlet ^ ^ ^ and has a 徂 啫 啫 * & * < ink supply, elastic 、, embolization with ink k The card joint portion of the road, the elastic member and the center portion, and the surface of the impurity element is disposed on the ink supply path which is detected to be directly opposite to the ink supply card joint portion, and the plug is normally closed and buckled on the accommodating frame body and the body Rotatingly connected to connect the ink supply structure to the printing ink cartridge by -+ splicing, whereby the thread structure is buckled at: ^ the ink supply structure is connected with the convex structure of the printing ink, and the ink supply structure is The card joint portion is placed in the accommodating groove of the printing ink, and the ink guiding structure is sleeved, so that the ink guiding structure pushes the ink supply channel of the plugging knife to make the card joint portion The ink supply flow path is severe: the ink supplied to the ink is injected into the interior of the ink jet through the gap supply flow path and the opening of the ink transfer structure. According to the concept of the present case, the embe is made of rubber and is sexual. According to the concept of the present case, the housing frame system of the body has a front panel. According to the concept of the present invention, one side of the clamping structure includes an elastic buckle portion and has a convex portion, and the elastic fastening portion is disposed in the accommodating frame and is fastened to the accommodating frame by the convex material Prior to the placement, the clamping structure will apply a first force to the ink supply structure. Another broad implementation of the present invention provides a carrier for a continuous 1315527 ink supply system for carrying at least one raised structure and ink guiding structure, ink guiding ink, ink printing system Forming a accommodating sample between the convex structures, the seedlings, the convex structure and the ink structure of 9 and the like, and the water is injected into the ink printing ink, and the carrier system comprises: (5) mouth for using the ink Carrying inkjet printing ink; for tired surname sister. Feng--, with housing frame, at least - ink supply unit, ink supply two:: ancient system is connected with Ben Zhao, and has a clamping structure, the system and the body can Rotating 7 receives ink; upper portion for applying a force to the ink supply stage and snapping onto the housing frame to print-connect; thereby, losing; structural card; to make the ink supply structure and the column ink The ink unit is partially placed in the printing ink and is connected to the opening of the ink supply port of the ink supply structure, the ink is 麫3, and the ink inlet and the printing port are injected into the interior of the printing ink cartridge. The second ink inlet and the opening of the ink guiding structure [Embodiment] 2::: Some typical examples will have various changes in the latter paragraph, which:: not in different aspects, the illustration is essentially Let's say = 'and the description of it and please refer to the first picture and the second picture. The ink cartridge carrier and the diagram of the embodiment are the schematic circle of the better E of the case. For example, the second structure, the second figure is the printing ink, which is suitable for the use of the continuous ink supply system. A carrier 1, an ink-printing machine, is mainly used to carry a column ink degree 2 (as shown in the second figure), and drives the printing ink cartridge 2 to perform horizontally under the control circuit of the inkjet printer. Round-trip motion for mouth-to-mouth motion; 52 & Ingeniously, the number of ink cartridges 2 that can be carried on the carrier 1 is not limited to the number of irons that can be adjusted according to actual needs. Hollow and then read the second picture 'In this embodiment, the printing ink cartridge 2 can be a printed $^ shape"° structure is mainly used to store ink and inkjet printing, and the column structure 2 2 end system The protrusion structure 21 and the ink-conducting structure 22 are arranged around the ink-conducting structure 22 and the accommodating groove 23 of the concave structure of the ink-conducting structure 22, and the ink-inducing junction (4) is high. d raised structure 21 and its top end has a plurality of phase separation-top pillars 221 'two adjacent abutment pillars 221 have a gap 222 ' and all the top pillars 22] the central system of the taxi 1 has a The opening 223 (as shown in the third figure U) does not), in the opening, Z23 is connected to the inside of the printing ink cartridge 2 for injecting ink into the ink cartridge 2. Please refer to the first figure, too strong. The carrier 1 can be composed of a body U, an ink supply structure 12 and a clamping structure 13 3 , the body 11 has a receiving frame 111 , and the valley frame body lt l has a shielding plate 113 . There are three accommodating slots 112, but not limited thereto, and are mainly used to carry the corresponding ink cartridges (as shown in the third figure (a) and (8)). Please refer to the first figure and the second one. One side of the body of the ink supply structure 12 is connected to the side of the ink supply structure 12, and has a plurality of ink supply units 121, each of which has -A w 垔 early 兀izi female r^pq-^ hl ink The port 122 receives the ink provided by the ink supply container (not shown) by connecting an ink supply tube (not shown). Each of the ink cartridges 2 can correspond to at least one ink supply. The unit 121, that is, when the ink cartridge 2 is a monochromatic ink cartridge, will only correspond to a single ink supply unit 121, and vice versa, when the ink cartridge 2 is a color ink cartridge, it will correspond to two or more ink supply units. The unit 121 is configured to receive ink of different colors. Please refer to the third figure (b), which is a schematic view of the AA surface of the third figure (a). As shown, the ink supply unit 121 mainly has an ink inlet 122. The ink supply chamber 123, the elastic member 124, the plug 125 _ and the engaging portion 126 receive the ink. The elastic member 124 can be a spring and the plug 125 is disposed in the ink supply chamber 123, and the elastic member 124 is sleeved on the plug. 125 Upper 'as for the plug 125 can be a soft rubber material and has elasticity, and has square knots on both sides The first abutting top portion 1251 and the second abutting top portion 1252 at the bottom of the plug 125. The engaging portion 126 is partially disposed in the ink supply chamber 123 and the other portion is exposed. The first end surface 1261 of the top end thereof is mainly connected to the plug 125. The first abutting top portion 1251 is correspondingly disposed, and the second end surface 1262 of the bottom portion is disposed corresponding to the receiving groove 23 of the top of the printing ink 2, and the central portion has the ink guiding structure 22 of the printing ink maker 2 Corresponding to the ink supply path 1263, the width of the ink guiding structure 22 is substantially equal to the width of the ink supply path 1263. Referring to the third drawing (a) and (b), the clamping structure 13 of the present invention. A cover structure can be disposed and disposed above the ink supply structure 12, one side of which is pivotally connected to the body 11, and the other side has an elastic snap portion 131' and the elastic snap portion 131 corresponds to The bottom position of the slab 113 of the accommodating frame 111 of the main body 11 has a convex portion 132'. When the shank 11 1321527 structure 3 is moved and the elastic snap portion 131 is placed in the accommodating frame (1) When the inner portion of the elastic latching portion 131 is snapped onto the receiving frame slot plate 113, it is lost. The structure 13 will cover the ink supply structure 12 and apply a downward force to the ink supply structure, which will force the ink supply structure 12 to be coupled to the ink-emitting structure 21 of the ink-printing ink (as shown in the fourth figure). (a) and (b)).
請參閱第三圖⑴及第四圖⑴，其中第四圖⑴ 係為第四圖（a)之b_b剖面結構示意圖如圖所示，當 夾持結構13之彈性卡扣部131之凸部132卡扣於容置框 體in之前置槽板113上時，夾持結構13將施加向下作 用力於供墨結構12上’以使供墨結構12之每—供墨單元 121之卡接部126由其第二端面1262處插人列印墨g 2之 凸起結構21與導墨結構22之間的容置槽23内而這將 使得列印墨之導墨結構22置人相對應之供墨單元121 之卡接部126之供墨流道1263中，並使導墨結構22之抵 頂柱221與栓塞125之第二抵頂部1252相抵頂，同時該 栓，125受彈性元件124推壓而向下***卡接部126之供 墨流道1263的狀態，也因卡接部126之供墨流道1263底 部置入導墨結構22之抵頂柱221關係，讓栓塞125受到 抵頂柱221頂推作用而產生分離卡接部126之供墨流道 1263的封閉狀態，亦即該栓塞125之第一抵頂部aw與 卡接部126之第一端面1261間的關係將由如第三圖（b) 所示之相接觸的狀態變成如第四圖（b)所示之分離狀態， 並使兩者之間產生一間隙127 ,進而使得供墨室123内部 12 1321527 之墨水經由間隙127、供墨流道1263、導墨結構22上之 相鄰抵頂柱221間的空隙222以及開口 223(如第三圖 所示）注入列印墨匣2内部，以連續提供墨水至列印墨匣 2内。 印墨E 2要進行更換歧承餘1要進行維修 時，需先向夹持結構13之彈性卡扣部131施加一朝列印 墨匣2方向之作用力，使得彈性卡扣部13ι之凸部脫 φ 離容置框體U1之前置檔板113,而夾持結構13將不再對 供墨結構12提供向下之作用力，即夹持結構13不再壓迫 供墨結構12，此時可向上扳動供墨結構12之整體結構， 促使該供墨單兀121的卡接部126可脫離列印墨匣2之凸 起結構21與導墨結構22間的容置槽23的結合關係，且 列印墨匣2之導墨結構22也將脫離卡接部126之供墨流 道1263，如此一來，該栓塞125不受到該導墨結構22之 抵頂柱221之頂推作用，同時該栓塞125將因應彈性元件 • 124的推壓作用而向下垂直移動，又使得栓塞125的第一 抵頂部1251保持重新與卡接部126之第一端面1261相抵 頂，使供墨室123與卡接部丨26之供墨流道1263相隔離， 以對列印墨匣2停止供墨，即對列印墨匣2進行斷墨因 此當列印墨匣2自承載架]取出時就不會發生漏墨的情 況。 綜上所述，本案之適用於連續供墨系統之列印墨匣承 載架，其係藉由夾持結構來壓迫供墨結構，以使供墨結構 與列印墨匣相連接而進而供墨，反之當夾持結構未壓迫供 13 1321527 墨結構時，供墨結構將與列印墨匣相分離，以對列印墨匣 進行斷墨，當列印墨匣自承載架取出時，供墨單元就不會 發生漏墨的情況。 是以，本案之適用於連續供墨系統之列印墨匣承載架 極具產業之價值，爰依法提出申請。 本案得由熟知此技術之人士任施匠思而為諸般修 飾，然皆不脫如附申請專利範圍所欲保護者。 【圖式簡單說明】 墨匣承載架之結 第圖.其係為本案較佳實施例之列印 構示意圖。 第二圖：其係為列印墨匣之結構示意圖。 第三圖（a):其係為將第二圖所示之列印墨厘設置於第一 圖所示之承載架之結構示意圖。 第二圖（b).其係為第三圖（a)之剖面示意圖。 # 第四圖（a).其係為本案承載架之組裝完成之立體結構示 意圖。 第四圖（b)·其係為第四圖（a)之Β_β剖面示意圖。 15 1321527 【主要元件符號說明】Please refer to the third figure (1) and the fourth figure (1), wherein the fourth figure (1) is a schematic view of the b_b cross-sectional structure of the fourth figure (a) as shown in the figure, when the convex portion 132 of the elastic snap portion 131 of the clamping structure 13 is shown. When the snap-fit frame body is placed on the front slot plate 113, the clamping structure 13 applies a downward force to the ink supply structure 12 to cause the ink supply unit 12 to be attached to each of the ink supply units 121. The portion 126 is inserted into the accommodating groove 23 between the convex structure 21 of the ink g 2 and the ink-conducting structure 22 by the second end surface 1262 thereof, which will make the ink-inducing structure 22 of the printing ink correspond to the corresponding one. In the ink supply path 1263 of the engaging portion 126 of the ink supply unit 121, the abutting column 221 of the ink guiding structure 22 abuts against the second abutting top 1252 of the plug 125, and the plug 125 is subjected to the elastic member 124. The state in which the ink supply path 1263 of the engaging portion 126 is pushed downward is also inserted into the top of the ink supply structure 2 of the engaging portion 126 by the bottom of the ink supply structure 2, so that the plug 125 is received. The top pillar 221 pushes up to generate a closed state of the ink supply passage 1263 of the separation engaging portion 126, that is, the first abutting aw of the plug 125 and the engaging portion 126 The relationship between the end faces 1261 will be changed to the separated state as shown in the fourth figure (b) by the state of the contact as shown in the third figure (b), and a gap 127 is formed between the two, thereby making the ink supply. The ink in the interior 12 of the chamber 123 12 1321527 is injected into the ink cartridge 2 via the gap 127, the ink supply channel 1263, the gap 222 between the adjacent abutment posts 221 on the ink-conducting structure 22, and the opening 223 (as shown in the third figure). Internally, the ink is continuously supplied to the ink cartridge 2. When the ink E 2 is to be replaced, the bearing 1 needs to be applied to the elastic latching portion 131 of the clamping structure 13 to apply a force in the direction of the ink cartridge 2, so that the elastic latching portion 13 is convex. The portion φ φ is placed away from the accommodating frame U1, and the clamping structure 13 will no longer provide a downward force to the ink supply structure 12, that is, the clamping structure 13 no longer presses the ink supply structure 12, The overall structure of the ink supply structure 12 can be pulled upward to cause the engaging portion 126 of the ink supply unit 121 to be separated from the receiving groove 23 between the ink projecting unit 2 and the receiving groove 23 between the ink guiding structures 22. The relationship, and the ink guiding structure 22 of the printing ink cartridge 2 will also be separated from the ink supply channel 1263 of the engaging portion 126, so that the plug 125 is not subjected to the pushing action of the abutting column 221 of the ink guiding structure 22. At the same time, the plug 125 will vertically move downward according to the pushing action of the elastic member 124, and the first abutting top 1251 of the plug 125 will remain re-engaged with the first end surface 1261 of the engaging portion 126 to make the ink supply chamber 123 is isolated from the ink supply path 1263 of the card portion 26 to stop the ink supply to the ink cartridge 2, that is, to print the ink cartridge 2 Thus when line printing ink off the ink cartridge from the carrier 2] the case of leakage of ink does not occur when removing. In summary, the present invention is applicable to an ink cartridge carrier of a continuous ink supply system, which presses an ink supply structure by a clamping structure to connect the ink supply structure with the inkjet ink to supply ink. On the contrary, when the clamping structure is not pressed for the 13 1321527 ink structure, the ink supply structure will be separated from the printing ink cartridge to break the ink of the printing ink cartridge, and the ink is supplied when the ink cartridge is taken out from the carrier. The unit will not leak ink. Therefore, the ink-jet carrier for the continuous ink supply system in this case is of great industrial value, and the application is made according to law. This case has been modified by people who are familiar with the technology, but it is not intended to be protected by the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS The knot of the ink cartridge carrier is shown in the drawings. It is a schematic diagram of the printing of the preferred embodiment of the present invention. The second picture: it is a schematic diagram of the structure of the ink fountain. Fig. 3(a) is a schematic view showing the structure of the carrier shown in the first figure, which is shown in the first figure. Figure 2 (b) is a schematic cross-sectional view of the third figure (a). #图图(a). It is a schematic diagram of the three-dimensional structure of the assembly of the carrier of the case. The fourth figure (b) is a schematic diagram of the Β_β section of the fourth figure (a). 15 1321527 [Description of main component symbols]
1:承載架 111:容置框體 113:前置檔板 121:供墨單元 123:供墨室 125:栓塞 1252:第二抵頂部 1261:第一端面 1263:供墨流道 131:彈性卡扣部 2:列印墨匣 22:導墨結構 222:空隙 223:開口 11:本體 112:容置槽 12:供墨結構 122:入墨口 124:彈性元件 1251:第一抵頂部 126:卡接部 1262:第二端面 13:夾持結構 132:凸部 21·.凸起結構 221:抵頂柱 23:容置槽 127 :間隙 161: carrier 111: housing frame 113: front panel 121: ink supply unit 123: ink supply chamber 125: plug 1252: second abutting top 1261: first end surface 1263: ink supply channel 131: elastic card Button portion 2: printing ink cartridge 22: ink guiding structure 222: gap 223: opening 11: body 112: receiving groove 12: ink supply structure 122: ink inlet 124: elastic member 1251: first abutting top 126: snapping Portion 1262: second end face 13: clamping structure 132: convex portion 21·. convex structure 221: abutting column 23: receiving groove 127: gap 16