九、發明說明： 【發明所屬之技術領域】 本务明疋有關於一種列印, μ 於連續供墨系統之列印墨厘結構。十，尤其係指一種應用 【先前技術】 °月參閱弟一圖所示，習用夕罢η 91，且於墨㈣之底部具 具有一進墨管93,且進墨管93並伸人;92 :於其頂部 後，即可進行墨水之補給，藉由s 93相互連接 ，入於儲墨槽91内。然而，二==卿 :墨水進人於墨水£ 9〇中時’常常會—併帶人二 軋，造成匣室内儲置墨水内有氣泡 工虱或此入工 供輸㈣問題，同時墨水供㈣ ^二不僅t徒增墨水 列印的品質。 才㈢γ出軋泡，進而影響到 【發明内容】 =使能使本發明之特徵與技術優勢能有更清楚的呈 見，4寸舉一列印墨匣作為較佳實施例來加以詳細說明。 本發明係提供—種列印錢，以解決列印錢補注供輸墨 7 ·過中所產生的氣泡問題，進而有效抑制阻隔及排除列印 Y匣内產生的氣泡，不至有影響到列印品質的情形。 本發明的一實施例所提供之列印墨匣包括有一匣 體 蓋 6 組以及-進墨管，其中"内形成有室且於 配設有-供墨流道’該供墨流道具有 二 口相互連通。而其蓋體上具有開口，且於開口下方形^ 並對應供墨流道而與該供二室嫩室内部延伸 而其連通管係鄰接於氣泡隔離室之-側，並使 ΐ通管與氣泡隔離室形成相互連通之連通口，而前述 =置於該!;泡隔離室之另-側，並伸入於匡室内，由= 至人氣泡隔離至係採取隔離的設^^ ^^^ 、 由連通管虹吸現象而進入直二上£至内储置的墨水能經Nine, invention description: [Technical field to which the invention pertains] The present invention relates to a printing, μ printing ink structure of a continuous ink supply system. Ten, especially refers to an application [prior art] ° month see the brother one picture, the use of the evening η 91, and at the bottom of the ink (four) has an ink inlet tube 93, and the ink inlet tube 93 and reach; 92 After the top of the film, the ink supply can be performed, and the s 93 is connected to each other and enters the ink tank 91. However, the second == Qing: When the ink enters the ink in the 9 〇 ' ' 常常 常常 常常 常常 常常 常常 常常 常常 常常 常常 常常 常常 常常 ' ' ' ' ' 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(4) ^Second not only enhances the quality of ink printing. (3) γ-out rolling, and thus affecting [invention] = enables a clearer view of the features and technical advantages of the present invention, and a 4-inch row of ink cartridges is described in detail as a preferred embodiment. The invention provides a kind of printing money to solve the bubble problem generated by printing the money for the ink infusion, thereby effectively suppressing the barrier and eliminating the bubbles generated in the printing Y匣, and not affecting the column. The quality of the print. An ink cartridge provided by an embodiment of the present invention includes a cartridge cover 6 and an ink inlet tube, wherein a chamber is formed therein and an ink supply passage is provided. The two are connected to each other. The cover body has an opening, and is adjacent to the ink supply passage and extends to the chamber of the second chamber and the communication tube is adjacent to the side of the bubble isolation chamber, and the sputum tube is The bubble isolation chamber forms a communication port which communicates with each other, and the foregoing = is placed on the other side of the bubble isolation chamber, and extends into the chamber, and is separated from the person to the bubble to be isolated. ^^ ^^^ The ink that is stored by the siphon phenomenon of the connecting pipe into the straight two
t 4 ^ ^ t ^ ^ ；^；' ^ ^ '；β ^ ^ ^ ^ ^ .J 印時能達無法“，體列 【實施方式】 實施楚’以下將揭露本發明各種 : = 然其並非用以限定本發明。另外，本案 在㈣中重複使用參考標號與文字，重複的目的 =:楚㈣’並非用以指⑽施例及/或所述架 ϋ立示依照本發明-第-實施例的列印墨 之列二:同t參照第三晴示依照第二圖實施例 包括解示：本實施例之列印墨厘 内形成有一匣1丑 以及一進墨管30,其t匣體10 ’而該蓋體20係蓋合於歴體1〇上封閉該 7 以w/5 ΐί厶11之底部位置處配設有-供墨流道… ：12具有一進入端口 121及一列印出墨口 而其蓋體20上具有—開σ 21，且於開口 21下方形成 ，離室22以及一連通管23,其中氣泡隔離室以係 。至11内部延伸並與並對應供墨流道12而與該供墨流道 、人端ϋ 121緊密接合形成-隔離腔室，此外，盆連 於氣泡隔離室22之一側，且連通管23與氣= 綠至Μ相鄰之側壁上具有一連通口 23卜連通口 23ι位置係 位於軋泡隔離室22相鄰側壁之上段處，長度約為連通管”長 ^三分之二’藉由連通口 231可使連通管23與該氣泡隔離 至22形成相互連通，而連通管23之端部上則具有一吸入口 幻2 ’―吸入口 232與匿室u連通，且貼近於厘室u之底部。 又，前述之進墨管30 ’設置於該氣泡隔離室22之另一側，且 具有一出墨端301以及一與出墨端3〇1相互連通之進墨端 3〇2，出墨端301係伸入至匣室u之中下段位置，且與匣室 11保有一間距d，如圖所示’間距d例如是供墨流道12之高 度’而進墨端302則外露於蓋體2〇上。 门 除上所述之外，本實施例之列印墨匣更包括有一接合密封 件40以及一封蓋50，其中接合密封件40設置於該供墨流道 12之進入端口 121與該氣泡隔離室22間，以完全密封該氣泡 隔離室22與該供墨流道12之對接處，能避免流經於氣泡隔離 室22内之墨水，自供墨流道12之進入端口 121與氣泡隔離室 22間之接縫處摩出，或匣室11内氣泡自供墨流道丨2之進入 端口 121與氣泡隔離室22間滲入。而該封蓋5〇，係蓋合於開 口 21上’以避免異物或空氣進入於氣泡隔離室22内。 8 叫9075 請參閱第四圖所示，在該匣髀 由一外部的送墨裝置6〇與進“ m充墨f時，首先藉 墨水由此進墨管30進人㈣室丨丨内# H綠輸之 ，，因墨水中會夾帶空氣，致使心===程 然氣泡的比重比墨水準輕，故會渐漸往上 ς曰乳泡， 當該Μ室U内未注滿墨水時，進而儲置‘夕:'液面上， 又由於本實施财g室u與 二間’ 計，僅經由連通管23來連通，且;^口2223=取隔離的設 底部，如此11 0墨水仍田^〜又位於11室11 入真空密封的氣泡隔離室22 :，此時因通” 吸現象而進 泡為往上瓢移，故此種設計能有 =内储墨所含氣 而隔離於密封的氣泡隔離室22外管23令 之供墨流道12中能連續供輸不含^之^包；;離室㈣通 ⑵⑽列印工作，進而達到由列印出墨口 生的^早為/能夠順利將該匣室11於墨水補注過程中所產 體等結構，如此盘£室’種早向透乳膜或者是單向閥 排出，以维拄連通，進而使厘室11内之空氣由此 排出以維持11室u内正常背塵的狀態。 乳由此 關於如何將本發明應用於多 實施例來加以說明，請參閱第五 ^」以下利用第二 墨匣包括有-個匣體1〇，—芸八"不’本貫施例中其列印 三個進墨管3〇,盆中 於11體10上之I體20’以及 不同顏色的墨水，當铁為配人一 —_至U’错以容納 上亦需形成對庫之:個^己9&二個匡室11之設計，於蓋體20 二個開口21及各開口 21下方之氣泡隔離室 9 1329075 與連通官23,由於各個匣室n及其相對應之結構與第一實 施例的結構相似，僅比例大小的差異，故在此便不再加以賛述。 是以，本發明所提供之列印墨匣應用於一連續供墨系統之 列+印設備内時，藉由本發明之厘室u與氣泡隔離室Μ係採取 =的設計’可使列印墨g内所產生氣泡能有效抑制隔離，進 :讓列印墨£於列印時能獲得最佳列印品質。以上已將本發明 Γ:，'，惟以上所述者，僅為本發明之較佳實施例而 作之^ ^ ^本發明實施之範圍。即凡依本發明申請範圍所 乍之均寻雙化與修飾等，皆應仍屬本發明之專利涵蓋範圍内。 【圖式簡單說明】 第一圖，係習用墨水匣之剖面示意圖。t 4 ^ ^ t ^ ^ ;^;' ^ ^ ';β ^ ^ ^ ^ ^ ^J When printing can not reach ", the body [implementation] implementation of Chu' will reveal the various aspects of the invention: = but it is not In order to limit the present invention, in addition, in the present case, the reference numerals and characters are repeatedly used in (4), and the purpose of repetition is: (C) is not used to refer to (10) the embodiment and/or the framework is in accordance with the present invention - the first implementation Example of the printing ink column 2: the same as t, the third clearing according to the second embodiment, including the explanation: in the printing ink of the embodiment, a 匣1 ug and an ink inlet tube 30 are formed, The body 10' is covered by the body 1 and closed. The 7 is disposed at the bottom of the w/5 ΐ 厶 11 - the ink supply channel ... : 12 has an access port 121 and a print The ink outlet has an opening σ 21 on the cover 20 and is formed below the opening 21, away from the chamber 22 and a communication tube 23, wherein the bubble isolation chamber is connected to the interior of the 11 and corresponds to the ink supply flow path. 12 is in close contact with the ink supply passage and the human end ϋ 121 to form an isolation chamber, and further, the basin is connected to one side of the bubble isolation chamber 22, and the communication tube 23 is connected with the gas = green The adjacent side wall has a communication port 23, and the communication port 23i is located at the upper side of the adjacent side wall of the pulverization isolation chamber 22, and the length is about the communication tube "long ^ two-third" by the communication port 231 The communication tube 23 is separated from the bubble to 22 to form a mutual communication, and the end portion of the communication tube 23 has a suction port illusion 2'-the suction port 232 communicates with the chamber u and is close to the bottom of the PCT chamber u. Further, the ink inlet tube 30' is disposed on the other side of the bubble separation chamber 22, and has an ink discharge end 301 and an ink inlet end 3〇2 communicating with the ink discharge end 3〇1, and an ink discharge end. The 301 system extends into the lower portion of the chamber u and maintains a distance d from the chamber 11, as shown in the figure, 'the spacing d is, for example, the height of the ink supply passage 12' and the ink inlet end 302 is exposed to the cover. 2 〇. In addition to the above, the ink cartridge of the embodiment further includes a joint seal 40 and a cover 50, wherein the joint seal 40 is disposed at the inlet port 121 of the ink supply passage 12 to be isolated from the bubble. Between the chambers 22, to completely seal the bubble isolation chamber 22 and the ink supply passage 12, the ink flowing through the bubble separation chamber 22 can be prevented from entering the port 121 and the bubble isolation chamber of the ink supply passage 12. The seams of the 22 joints are removed, or the bubbles in the chamber 11 are infiltrated from the inlet port 121 of the ink supply passage 丨2 and the bubble isolation chamber 22. The cover 5 〇 is attached to the opening 21 to prevent foreign matter or air from entering the bubble separation chamber 22. 8 Called 9075. Please refer to the fourth figure. In this case, when an external ink supply device 6 is used to fill the ink, the ink is first borrowed from the ink tube 30 into the chamber (4). H green loses, because the ink will entrain the air, causing the heart === the specific gravity of the bubble is lighter than the ink, so it will gradually go up the blister, when the chamber U is not filled with ink Further, the 'Eat:' liquid surface is stored, and since the present fiscal room u and the two rooms are connected, only the communication pipe 23 is connected, and the port 2223 = the bottom of the isolation is set, so that the ink is 11 0 Still field ^ ~ is located in the 11th room 11 into the vacuum sealed bubble isolation chamber 22: At this time, due to the phenomenon of suction, the bubble is moved upwards, so this design can have the gas contained in the ink storage and is isolated from The outer tube 23 of the sealed bubble isolation chamber 22 enables the continuous supply and delivery of the ink supply passage 12 without the package; the printing operation is performed from the chamber (4) (2) (10), thereby achieving the early production of the ink outlet. The structure of the chamber 11 can be smoothly produced during the ink refilling process, so that the chamber is discharged to the transmucosal membrane or the one-way valve to maintain the communication. PCT air within chamber 11 thereby to maintain the discharge within the dust chamber 11 back U normal state. The milk is thus explained in terms of how to apply the invention to various embodiments, please refer to the fifth ^" below using the second ink 匣 including - 匣 〇 1 〇 芸 & 不 不 不 不 不 不 不 不 不 不 不It prints three ink inlet tubes 3, and the body 20's on the 11 body 10 in the basin and the ink of different colors. When the iron is equipped with one-to-U', it needs to form a pair of reservoirs. The design of the two chambers 11 and the two chambers 11 are provided in the two openings 21 of the cover 20 and the bubble isolation chamber 9 1329075 below the openings 21 and the connecting member 23, due to the respective chambers n and their corresponding structures and The structure of the first embodiment is similar, only the difference in the size of the scale, and therefore will not be described here. Therefore, when the ink jet cartridge provided by the present invention is applied to a column of a continuous ink supply system and a printing device, the printing chamber can be printed by using the design of the chamber u and the bubble isolation chamber of the present invention. The bubbles generated in g can effectively suppress the isolation, and let the printing ink obtain the best printing quality when printing. The present invention has been described in the above, but the above is only the preferred embodiment of the present invention. That is, all of the simplifications and modifications, etc., which are within the scope of the application of the present invention, are still within the scope of the patent of the present invention. [Simple description of the diagram] The first picture is a schematic diagram of the cross section of the conventional ink cartridge.
^第二圖，係本發日㈣印墨㈣—實施狀立體組合示意圖 ^第三圖’係本發日㈣印難第—實施例之立體分解示意圖 第四圖’係本發明列印墨£第一實施例之組合剖面示意圖 第五圖’縣發明列印碰第二實施例之立體分解示意圖 【主要元件符號說明】 匣體10 匣室11 供墨流道12 進入端口 121 1329075 列印出墨口 122 蓋體20 開口 21 氣泡隔離室22 連通管23 連通口 231 吸入口 232 進墨管30 出墨端301 進墨端302 間距d 接合密封件40 封蓋50 送墨裝豈60 排氣裝置70 供墨管80 墨水匣90 儲墨槽91 列印口 92 進墨管93^Second picture, this is the date of the fourth day (four) ink (four) - the three-dimensional combination of the implementation of the figure ^ the third picture 'the present day (four) printing difficult - the three-dimensional decomposition of the embodiment of the fourth figure 'the printing ink of the present invention BRIEF DESCRIPTION OF THE FOURTH EMBODIMENT OF THE FIRST EMBODIMENT FIG. 5 is a perspective exploded view of a second embodiment of a county invention printing screen. [Description of main component symbols] 匣 10 匣 chamber 11 ink supply passage 12 inlet port 121 1329075 printing ink Port 122 Cover 20 Opening 21 Bubble isolation chamber 22 Communication tube 23 Communication port 231 Suction port 232 Ink tube 30 Ink end 301 Ink end 302 Pitch d Engagement seal 40 Cover 50 Ink supply 60 Exhaust device 70 Ink supply tube 80 ink cartridge 90 ink reservoir 91 printing port 92 ink inlet tube 93