201117967 六、發明說明： 【發明所屬之技術領域】 本發明是和喷繪機的供墨裝置有關，特別是關於一種 喷繪機的卡式墨水瓶。 【先前技術】 S知印製大型廣告圖片、看板的彩色喷繪機是使用一 種長E形的卡式墨水g，其容量在则〜麵α左右都 有，原廠卡式墨水匿是將墨水密封農填在一長條形㈣袋 體内’再將該袋體容置在—長形的硬質卡£中，卡g前端 設有-通孔，墨水袋的頭部則正對通孔，頭部設有一軟塞， 供喷、會機的供墨針穿刺通過，而與袋體内部連通。此種卡 式墨水S在供墨時是藉由域壓力擠壓墨水袋，使墨水自 =由供糾導人倾機时墨翻部供墨^為確知墨水 大主因。原廠卡式墨水匣 在噴汾m卡e外側設有—晶片組，#卡式墨水11安裝 量。=即自動記錄墨水用量並顯示墨水存 光，品料ί的墨水完全與域_，而且不會照 在是資完後卡匿及晶片組即抛棄，實 士^ 也疋原廠卡式墨水®成本昂貴的- 負擔 售價向，對使用廠商是一沈重的 水®的產水的缺點，射相容式卡式墨 成前述的切=的相容戏墨顧是以硬質半透明_製 並以卡匣本身蓄存墨水，卡匣前端埋設軟 201117967 土供喷v、a機的供墨針穿刺，卡匣後端設有瓶口，供墨水 填裝’使用者另外買瓶裝的墨水。當卡式墨水g的墨量較 >、夺使用者即以漏斗置於墨水匣瓶口，再將墨水自墨水 瓶徐徐倒人漏斗内，補充墨水g的墨水。此種補充方式常 因墨水倒的太快而造成漏斗瞬間滿溢現象 ，使得機台髒 污、加β理的工作量。經常性的補充墨水動作’使用者 不可此每次都清洗漏斗，造成漏斗上有墨水殘留’殘留的 墨水長期與空氣接觸後即乾涸形成顆粒 ，顆粒狀殘墨在下 次補充注墨時即可能掉人卡ϋ内，造成卡IE内的墨水品質 不佳。上述瓶口除了補充墨水的功能外，亦有形成通氣孔 的作用’使卡ϋ内的墨水液面承受大氣壓力’便於喷繪機 的供墨針吸取墨水，然而墨水在卡匣内長期與空氣接觸， 容易變質，尤其是與空氣接觸的墨水層，雖然不斷的補充 加注新墨水’但是與空氣接觸的墨水層可能長期都不會被 吸取使用，濃度會變得濃稠，附著在卡匣内壁面更容易乾 涸形成顆粒，隨著墨水液面經常的升降變化，墨水顆粒就 會掉入卡匣的墨水中，影響墨水的品質，可能會堵塞住供 墨針、供墨管路、噴頭喷嘴等。有些噴繪機會檢查卡式墨 水匣的晶片組，用以控制墨水的供應，針對此種機型，相 容的卡式墨水匣在使用一段時間後就必須取下墨水匣更換 新的晶片組，再將墨水匣插回噴繪機，經常的插拔卡式墨 水S會導致墨水匣前端的軟塞失效，導致墨水滲漏，這是 相容式墨水匣的另一缺點。 201117967 【發明内容】 "要目的在於提供—種喷繪機的卡式墨水 瓶成本較原廠卡式墨水ϋ低廉者。 ，發㈣另_目的在於提供—種倾機的卡式 瓶，其操作使用簡易，且品質精純者。 為達成上揭目的，依據本發明所提供的一種魏機的 卡式墨减Τζ以塑膠吹氣一體成型，略呈扁長矩形體， 「端具有H頭較有-軟塞，另-端具有-瓶口， 並以激蓋賴住細；該墨水瓶μ具卿端插卡在 繪機的供墨裝置的插接射，頭部的軟塞恰可供喷 供墨裝置的供墨針穿刺而進人墨水瓶内取墨。藉此，曰卷、 水用完時，只需更換新的‘墨水瓶即可，完全五虽= 斗傾倒墨水，省時又方便。墨水本來就需要容器盛裝^習 知相容性產品的墨水瓶只能單純盛裝墨水，必須藉由人力 :墨水小心的傾倒入相容式卡£内，而本發明“水瓶則 設有頭部及軟塞，可由墨水瓶直接供墨，省時又方便，可 大幅降低成本。 【實施方式】 茲舉二實施例配合圖示說明如下： 習知喷纟會機的供墨方式可分為水平式（橫式）與垂直 式（直式）兩類，本發明第一實施例的卡式墨水瓶(1⑺是 針對水平式（橫式）設計’是以塑膠吹氣一體成型，略呈 扁長矩形體，如第一至三圖所示，長軸向一端耳有一頭外 201117967 (11)，頭部(11)設有一軟塞(12);另一端具有一瓶口（丨3)， 並以一瓶蓋(14)封閉住瓶口。墨水瓶(1〇)是以具頭部（n)端 插卡在噴繪機的供墨裝置的插接槽中，頭部(11)的軟塞(12) 恰可供噴繪機的供墨裝置的供墨針(3〇)穿刺而進入墨水瓶 (10)内取墨。（如第四圖所示）。 墨水瓶(10)的頭部（11)是以一引道（15)連接至墨水瓶 (10)的插接端的底端角而與瓶身連通。使瓶身内部的墨水 在液面低於頭部(11)高度時，仍能藉由引道(15)順利的被吸 取。為預防墨水餘留在瓶身内形成殘墨造成浪費，本實施 例的瓶身底面自與引道的連接端起往另一端逐漸抬升，使 連接端位在航身底面的最低端點，如此即可確保墨水會全 部流往引道被吸取使用’沒有浪費。為達到前述目的，本 實施例更進一步在引道(15)與瓶身端角的連接部位設有一 彎弧段(151) ’使彎弧段(151)較瓶身底面更低，形成墨水流 道的最低點。另外在瓶身底面外端設有輔助部（16)，使輔 助部(16)的底端與彎弧段(151)的最低點二者形成支樓瓶身 的支點，墨水瓶(10)插設在喷緣機的供墨裝置上時，藉由 上述二支點’使瓶身的底面形成由引道連接端往另一端逐 漸抬升。 針對有些噴繪機會檢查晶片組，墨水瓶（10)設有一凹 槽(17)，用以供一晶片組安裝。 針對有些薇牌的喷繪機的供墨裝置的特殊插卡結構， 本發明的墨水瓶(10)自然會設計對應的外型結構，例如針 對EPSON系列的喷繪機，本發明墨水瓶(1〇)會在插接端頂 201117967 面設有一凸柱(18)，用以頂開供墨裝置的閘門。 本發明的特點是以盛裝墨水的墨水瓶直接供墨，無需 再分裝墨水’使用上非常的簡便。而且墨水瓶以塑膠吹氣 一體成型，成本便宜。墨水瓶的瓶口形成充填墨水的孔口， 裝瓶快速。為防止墨水瓶變形，可在瓶身設凹槽或是凸肋， 例如第一實施例在瓶身設二凹槽（19)，可防止瓶身凸出變 形。墨水瓶(10)在二侧壁各設有一定位部(2〇) ’用以限制墨 水瓶(10)插接在喷繪機的深度。 如第五至七圖所示，是本發明第二實施例的墨水瓶 (4〇) ’是針對直立式供墨設計，第二實施例的墨水瓶(4〇) 亦是以塑膠吹氣一體成型’其不同點在於沒有引道的設 計’而是在頭部(41)兩侧形成斜邊(42)，藉由斜邊(42)使墨 水自然往頭部(41)集中。 本發明的墨水瓶設瓶口與蓋子，使用前，使用者旋鬆 蓋子，瓶口即形成進氣口，若遇長時間不使用時（例如週 休二日或是連續假期）’只要旋緊蓋子，即可令墨水瓶再形 成氣密狀態’減少墨水揮發，防止墨水濃度變濃，確保墨 水ασ質穩定。若是墨水瓶内餘量不多，不足以支撐印刷用 量，但是操作員又不能隨時在旁待命時，可以先行更新墨 水瓶，剩下的餘墨可以從瓶口倒入新的墨水瓶内使用，完 全不會浪費墨水。 201117967 【圖式簡單說明】 第一圖是本發明第一實施例的結構示意圖。 第二圖是第一圖的左端視圖。 第三圖是第一圖的底端視圖。 第四圖是第一圖的使用示意圖。 第五圖是本發明第二實施例的結構示意圖。 第六圖是第五圖的右端視圖。 第七圖是第五圖的底端視圖。 【主要元件符號說明】 墨水瓶(10) 頭部（11) 軟塞(12) 瓶口（13) 瓶蓋(14) 引道(15) 彎弧段(151) 輔助部(16) 凹槽（17) 凸柱(18) 凹槽（19) 定位部(20) 供墨針(30) 墨水瓶(40) 頭部(41) 斜邊(42)201117967 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to an ink supply device of an inkjet printer, and more particularly to a card type ink bottle of an inkjet printer. [Prior Art] S-color printing machine for printing large-scale advertisement pictures and kanbans uses a long E-shaped card ink g, and its capacity is around ~ face α. The original card type ink is ink. The sealed farmer is filled in a long strip (four) bag body and then the bag body is accommodated in a long rigid card, the front end of the card g is provided with a through hole, and the head of the ink bag is directly opposite the through hole. The head is provided with a soft plug for piercing the ink supply needle of the jetting machine and communicating with the inside of the bag body. When the ink cartridge S is supplied with ink, the ink bag is squeezed by the domain pressure, so that the ink is supplied from the ink supply unit when the ink is tilted by the corrector, so that the ink is the main cause. The original cartridge ink cartridge is provided on the outer side of the squirt m card e - wafer set, #卡式墨水11 installation amount. = that is, the ink usage is automatically recorded and the ink is stored, the ink of the material ί is completely in the domain _, and it will not be discarded after the completion of the card and the chipset, and the original product is also used. Costly - the burden of the price, the use of the manufacturer is a heavy water ® water production shortcomings, the compatible compatible cartridge ink into the aforementioned cut = compatible play is based on hard translucent The ink is stored in the cassette itself, and the front end of the cassette is embedded with soft 201117967 soil for injection, and the ink supply needle of the machine is puncture. The rear end of the cassette is provided with a bottle mouth for the ink to be filled with 'the user separately purchases the bottled ink. When the amount of ink of the card ink g is smaller than that of the user, the funnel is placed in the mouth of the ink bottle, and the ink is slowly poured from the ink bottle into the funnel to replenish the ink of the ink g. This kind of replenishment method often causes the funnel to overflow in an instant due to the ink falling too fast, which makes the machine dirty and the work of adding β. Frequent replenishment of ink action 'Users can't clean the funnel every time, causing ink residue on the funnel.' Remaining ink will dry out and form particles after long-term contact with air. Granular residual ink may fall off when refilling the next time. In the card, the ink quality in the card IE is not good. In addition to the function of replenishing ink, the above-mentioned bottle mouth also has the function of forming a vent hole 'to make the ink level in the cassette to withstand atmospheric pressure'. It is convenient for the ink supply needle of the inkjet printer to suck ink, but the ink is long-term and air in the cassette. Contact, easy to deteriorate, especially the ink layer in contact with air, although the new ink is constantly replenished', but the ink layer in contact with air may not be used for a long time, the concentration will become thick and adhere to the cassette. The inner wall surface is more likely to dry and form particles. As the liquid level of the ink changes frequently, the ink particles will fall into the ink of the cassette, affecting the quality of the ink, and may block the ink supply needle, the ink supply line, and the nozzle nozzle. Wait. Some inkjet printers check the chipset of the cartridge ink cartridge to control the supply of ink. For this model, compatible cartridge ink cartridges must be removed after a period of use and replaced with a new wafer set. Inserting the ink cartridge back into the inkjet printer, frequent insertion and removal of the ink cartridge S will cause the soft plug at the front end of the ink cartridge to fail, resulting in ink leakage, which is another disadvantage of the compatible ink cartridge. 201117967 [Invention content] " The purpose is to provide a type of inkjet printer with a lower cost than the original cartridge ink. , (4) Another _ purpose is to provide a kind of cocked bottle, which is easy to operate and has good quality. In order to achieve the above object, the card type ink reduction of the Wei machine provided by the invention is integrally formed by plastic blowing, and has a slightly flat rectangular body, "the end has a H-head with a soft plug, and the other end has - the mouth of the bottle, and the thin cover is used for the fine; the ink bottle is inserted into the ink supply device of the drawing machine, and the soft plug of the head is suitable for the ink supply needle of the ink supply device. Into the ink bottle to take ink. In this way, when the roll and water are used up, just replace the new 'ink bottle, even if the bucket is dumped, it saves time and convenience. The ink needs container packaging. The ink bottle of the conventional compatible product can only be filled with ink, and must be carefully poured into the compatible card by manpower: ink, and the bottle of the present invention has a head and a soft plug, which can be used by the ink bottle. Direct ink supply saves time and convenience and can significantly reduce costs. [Embodiment] The following two embodiments are described with reference to the following figures: The ink supply method of the conventional sneezing machine can be divided into two types: horizontal (horizontal) and vertical (straight), and the first embodiment of the present invention The card type ink bottle (1 (7) is designed for horizontal (horizontal) design" is a plastic flat blow molding, slightly flat rectangular body, as shown in the first to third figures, the long axis one end has a head outside 201117967 (11), the head (11) is provided with a soft plug (12); the other end has a bottle mouth (丨3), and the bottle mouth is closed by a bottle cap (14). The ink bottle (1 inch) is The head (n) end is inserted into the insertion slot of the ink supply device of the inkjet printer, and the soft plug (12) of the head (11) is just for the ink supply needle (3〇) of the ink supply device of the inkjet printer. And the ink is taken into the ink bottle (10) (as shown in the fourth figure). The head (11) of the ink bottle (10) is connected to the plug end of the ink bottle (10) by a guide (15). The bottom end angle communicates with the bottle body. When the liquid inside the bottle body is lower than the height of the head (11), the ink can be smoothly sucked by the guide channel (15). To prevent the ink from remaining in the bottle body. Forming residual ink causes waste The bottom surface of the bottle body of the embodiment is gradually raised from the connection end with the approach channel to the other end, so that the connection end is located at the lowest end of the bottom surface of the airframe, so as to ensure that all the ink will flow to the approach channel and be sucked out. In order to achieve the foregoing objective, the present embodiment further provides a curved section (151) at the joint between the approach path (15) and the end angle of the bottle body to make the curved section (151) lower than the bottom surface of the bottle body. The lowest point of the ink flow path. In addition, an auxiliary portion (16) is provided at the outer end of the bottom surface of the bottle body, so that the bottom end of the auxiliary portion (16) and the lowest point of the curved portion (151) form a fulcrum of the branch bottle body. When the ink bottle (10) is inserted into the ink supply device of the edge blasting machine, the bottom surface of the bottle body is gradually raised from the connecting end of the bottle to the other end by the above two fulcrums. For some inkjet printers, the wafer set is checked. The ink bottle (10) is provided with a recess (17) for mounting a chip set. The ink bottle (10) of the present invention is naturally designed for the special card structure of the ink supply device of some Vimicro ink jet printers. Corresponding exterior structure, for example, for the EPSON series of inkjet printers, the ink of the present invention The bottle (1〇) is provided with a stud (18) on the top of the plug end 201117967 for opening the gate of the ink supply device. The invention features direct ink supply to the ink bottle containing the ink, no need to repackage Ink 'is very easy to use. And the ink bottle is molded with plastic blow molding, which is cheap. The bottle mouth of the ink bottle forms an orifice filled with ink, and the bottle is fast. To prevent deformation of the ink bottle, a groove can be set in the bottle body. Or a rib, for example, the first embodiment has two recesses (19) in the bottle body to prevent the bottle body from being deformed. The ink bottle (10) is provided with a positioning portion (2〇) on each of the two side walls. Limiting the depth of the ink bottle (10) to the inkjet printer. As shown in the fifth to seventh embodiments, the ink bottle (4〇) of the second embodiment of the present invention is designed for the vertical ink supply, and the second embodiment The ink bottle (4〇) of the example is also formed by plastic blowing. The difference is that there is no design of the approach. Instead, the beveled edge (42) is formed on both sides of the head (41) by the bevel (42). ) The ink is naturally concentrated toward the head (41). The ink bottle of the present invention is provided with a bottle mouth and a cover. Before use, the user loosens the cover, and the bottle mouth forms an air inlet. If it is not used for a long time (for example, two days off or a continuous holiday), just tighten the cover. , the ink bottle can be re-formed into an airtight state to reduce the evaporation of the ink, prevent the ink concentration from becoming thicker, and ensure that the ink ασ is stable. If there is not much ink in the ink bottle, it is not enough to support the printing amount, but the operator can not wait for the battery at any time, you can update the ink bottle first, and the remaining ink can be poured into the new ink bottle from the bottle mouth. No ink is wasted at all. 201117967 [Simplified description of the drawings] The first figure is a schematic structural view of the first embodiment of the present invention. The second figure is the left end view of the first figure. The third figure is the bottom end view of the first figure. The fourth figure is a schematic diagram of the use of the first figure. Figure 5 is a schematic view showing the structure of a second embodiment of the present invention. The sixth picture is the right end view of the fifth figure. The seventh figure is the bottom end view of the fifth figure. [Main component symbol description] Ink bottle (10) Head (11) Soft plug (12) Bottle mouth (13) Cap (14) Approach (15) Curved section (151) Auxiliary part (16) Groove ( 17) Post (18) Groove (19) Positioning (20) Ink Needle (30) Ink Bottle (40) Head (41) Bevel (42)