1302872 八、發明說明： 【發明所屬之技術領域】 本發明係有關於一種瓦楞紙箱印刷機之梳流式節墨 供墨裝置，尤其是指在供墨管末端連通接設一底侧開具諸 多通孔之橫管，使供墨管供墨時不致產生油墨喷濺情形， 俾達增加印刷良品率並減少清洗機件之成本的一種瓦楞 紙箱印刷機之梳流式節墨供墨裝置創新設計。 【先前技術】 按，現有一種瓦楞紙箱印刷機之供墨裝置，請參閱第 一〜二圖所示，主要係在機台一侧設有一供墨桶（91)，供 墨桶（91)内容置有油墨（92)，並藉一泵浦連通一供墨管 (93)，供墨管（93)延設至機台上方，再於供墨管（93)下方 適當處設有兩相切之供墨輪（94)，令供墨管（93)恰位於兩 供墨輪（94)相切處之上方，且兩供墨輪（94)係呈相反方向 轉動並由下往相切處上方轉動，使供墨管（93)喷出之油墨 (92)不致於經兩供墨輪（94)相切處夾縫流下，而將在兩供 墨輪（94)相切處上方夾設形成之溝槽（941)内竄流並沾染 由相切處轉出之兩供墨輪（94)外緣，同時，多餘之油墨（92) 將流向溝槽（941)兩端並流入溝槽（941)兩端所設之集墨 槽（942)内，再經管路（943)導流至供墨桶（91)内以供回收 再用，又，於兩相切之供墨輪（94)下方適當處設有一印刷 大輪（95) ’印刷大輪（95)之外緣上設有一印刷凸板 (951) ’令隨著供墨輪（94)及印刷大輪（95)之轉動，於供 墨輪（94)外緣與印刷大輪（95)上之印刷凸板（951)貼近 時’該供墨輪（94)外緣沾染之油墨（92)恰可沾設在印刷大 1302872 輪（95)之印刷凸板（951)上，復，於印刷大輪（95)下方之 機台上設-輸送輪（96)，令印刷大輪（95)轉動而將印刷凸 板（951)轉到下方時恰可與輸送輪（96)共同夾設輾送一瓦 榜紙板（97)，同時將印刷凸板（951)上之油墨（92)壓印在 瓦楞紙板（97)上，以達印刷之功能。 然而，上述現有之瓦楞紙箱印刷機之供墨裝置，於 際實施使用時卻發現有如下之缺點急待改善·· 1. 由於該瓦楞紙箱印刷機使用之油墨，係^ 其具相當濃稠度，因此其供墨管至少需具16〜^墨’ 徑才可順暢供墨，又由於供墨管口徑大，當然 = 亦需具相當馬力才能提供足_送之馬力，^=浦 其供墨管末端由於油墨衝力過大而產生噴;造= 使瓦捋紙箱之紙板容易受到喷錢而產生不η ν 也增加很多的生產成本。 <σσ，相對地 2. 由於該瓦楞紙箱印刷機使用之油墨，係為 其具相當濃稠度，因此其供墨管至少需具16 、知墨， 徑才可順暢供墨，又由於供墨管口徑大^卷^^0"1111 口 亦需具相當馬力才能提供足夠抽送之馬力，泵浦 墨管末端由於油墨衝力過大而產生噴濺二造成 使P刷機機件容易受到噴濺而產生污染， &夕，致 機件時均要拆卸機械，相#麻煩，也造 :二要清洗 本’而若要等到相當時間後再作—次清洗7清洗成 墨乾栝時不但不㈣洗而且還需使収多的水因當油 清洗更加不容g外還更佳造成環境之污染 ，不但 成本一樣相當高。 斤从其清洗 緣是，發明人有鑑於此，秉持多年該相關行業之豐富 1302872 設計開發及實際製作經驗，針對現有之結構及缺失予以研 究開發’提供一種創新的瓦楞紙箱印刷機之梳流式節墨供 墨裝置’以期完全改善現有的缺失。 【發明内容】 本發明係有關於一種瓦楞紙箱印刷機之梳流式節墨 供墨裝置’该印刷機設有一供墨管，其下方設有兩相切之 供墨輪，供墨輪下方設有一印刷大輪，印刷大輪之外緣上 設有一印刷凸板，復於印刷大輪下方設一輸送輪，令印刷 大輪轉動而將印刷凸板轉到下方時恰可與輸送輪共同炎 設輾送一瓦楞紙板，同時將印刷凸板上之油墨壓印在瓦楞 紙板上，其主要係在供墨管之末端連通接設一橫管，該橫 管係呈與兩供墨輪相切處之溝槽同向，並於橫管底侧開具 諸多通孔；據此設計，使不致產生油墨喷濺情形，俾達增 加印刷良品率、增加油墨回收並減少清洗機件之成本者。 【實施方式】 而為令本發明之技術内容、發明目的及其所能達成之 功效能更7G整、清楚的揭露，兹請_併參賴揭之圖式及 圖號並詳細說明如下： f先，請參閱第三〜人圖所示，本發明係有關於一種 瓦愣紙箱印刷機之梳流式節墨供墨I置，主要係在機台一 侧設有-供墨桶（1)，供墨桶⑴内容置有油墨⑵，:藉 -泵浦連通-供墨管⑶，供墨管（3)延設 上方^ 於供墨管⑶下方適當處設有兩㈣之 ^ 相域之切，且祕墨輪i 係呈相反方向轉動並由下往相切處上 = 喷出之油墨⑵不致於經，供墨輪⑷相切處夾縫流^ (而3 1302872 將在兩供墨輪（4)相切處上方夾設形成之溝槽（41)内竄流 並沾染由相切處轉出之兩供墨輪（4)外緣，同時，多餘之 油墨（2)將流向溝槽（41)兩端並流入溝槽（41)兩端所設之 集墨槽（42)内’再經管路（43)導流至供墨桶（1)内以供回 收再用’又’於兩相切之供墨輪（4)下方適當處設有一印 刷大輪（5) ’印刷大輪（5)之外緣上設有一印刷凸板（51), 令隨著供墨輪（4)及印刷大輪（5)之轉動，於供墨輪（4)外 緣與印刷大輪（5)上之印刷凸板（51)貼近時，該供墨輪（4) 外緣沾染之油墨（2)恰可沾設在印刷大輪（5)之印刷凸板 (51)上，復，於印刷大輪（5)下方之機台上設一輸送輪 (6)，令印刷大輪（5)轉動而將印刷凸板（51)轉到下方時恰 可與輸送輪（6)共同夾設輾送一瓦楞紙板（7)，同時將印刷 凸板（51)上之油墨（2)壓印在瓦楞紙板（7)上，以達印刷之 功能； 本發明之主要創新在於：該供墨管（3)之末端連通接 設一橫管（31) ’該橫管（31)係呈與兩供墨輪（4)相切處上 方之溝槽（41)同向，且其兩端呈封閉狀，並於橫管（31)底 侧開具诸多通孔（32)，所有通孔（32)内徑面積之總合則大 於供墨管（3)之内徑面積，令經由泵浦抽送到供墨管（3)之 油墨（2)可喷出流入橫管（31)内作緩衝，並經橫管（31)底 側開具之諸多通孔（32)自然流下至供墨輪（4)上，由於橫 管（31)底侧開具之諸多通孔（32)較為細小，而且油墨（2) 係呈自然流下方式’所以不致於產生噴賤情形，同時，由 於4頁官（31)係呈與兩供墨輪（4)相切處上方之溝种（41)同 向，所以油墨（2)可更平均分配於供墨輪上。 於實施使用時，請參閱第三〜八圖所示，啟動泉浦以 1302872 將供墨桶⑴内之油墨⑵抽送到供墨管⑶中，並將油墨 =)經供墨官（3)末端喷出流人橫管（31)内作緩衝，由於横 官（31)，呈與兩供墨輪（4)相切處上方之溝槽（41)同向， 且該橫管（31)兩端呈封閉狀，並於橫管（31)底側開具諸多 通孔（32) ’且所有通孔（32)内徑面積之總合大於供墨管（3) 之内徑面積，使流入橫管（31)内之油墨，不致於累積在横 管（31)内而可經橫管（31)底側開具之諸多通孔（32)自然 &下至供墨輪⑷上’由於橫管（31)底侧開具之諸多通孔 _ (32)較為細小，而且油墨（2)係呈自然流下方式，所以不 致於產生喷濺情形，同時，由於橫管（31)係呈與兩供墨輪 (4)相切處上方之溝槽（41)同向，所以油墨（2)更可平均分 配於供墨輪（4)上，即成。 由上所述，本發明之結構組成及實施說明可知，本發 明具有如下優點： 1·本發明由於在供墨管之末端連通接設一橫管，該橫管係 呈與兩供墨輪相切處之溝槽同向，且其兩端呈封閉狀， _ 並於橫官底侧開具諸多通孔，使經由泵浦抽送到供墨管 之油墨可馬上均勻分散到兩供墨輪上，不像現有之印刷 機必須抽送大量之油墨好讓油墨流至兩供墨輪上，故可 減少油墨之使用量。 2·本發明由於在供墨管之末端連通接設一橫管，該橫管係 呈與兩供墨輪相切處之溝槽同向，且其兩端呈 並於橫管底侧開具諸多通孔，使經由泵浦抽送到:墨其 之油墨可噴出流入橫管内作緩衝，並經橫管底側開具二 諸多通孔自然流下至供墨輪上，所以不致於產生产 形，當然不會使瓦楞紙箱之紙板受到污染而產生不^ 1302872 品，相對地可以降低生產成本。 3·本發明由於在供墨管之末端連通接設—橫管，* 呈與兩供墨輪相切處之溝槽同向，且其兩端呈§秦I儀 並於橫管底侧開具諸多通孔，使經由泵浦抽送到^閉敗， 之油墨可噴出流人橫管内作緩衝’並經橫管底側=瞀 諸乡通孔自㈣下絲墨輪上，所料致於產生 形，當然不會使印刷機機件受到污染，因此可節省崦情 的清洗成本’又因清_錢少’故清洗後之水可2 # 作為添加油墨蒸發之補充用水，以達到將水中之油墨回 收利用之功能，不但可減少水資源之浪費，也不會造成 環境污染的問題。 綜上所述，本發明實施例確能達到所預期之使用劝 效又其所揭露之具體構造，不僅未曾見於同類產品中， 亦未曾公開於申請前，誠已完全符合專利法之規定與爹 求，爰依法提出發明專利之申請，懇請惠予審查，並賜淮 專利’則實感德便。 10 1302872 【圖式簡單說明】 第一圖：現有之側視示意圖 第二圖·現有之前視不意圖 第三圖：本發明之侧視示意圖 第四圖：本發明之局部立體圖（供墨管與橫管接設） 第五圖：本發明之局部侧剖圖（供墨管與橫管接設） 第六圖：本發明之前視實施示意圖 第七圖：本發明之前視實施示意圖 _ 第八圖：本發明之前視實施示意圖 【主要元件符號說明】 <本發明> (1) 供墨桶 (2) 油墨 (3) 供墨管 (31) 橫管 (32) 通孔 (4) 供墨輪 (41) 溝槽 (42) 集墨槽 (43) 管路 (5) 印刷大輪 (51) 印刷凸板 (6) 輸送輪 ⑺ 瓦榜紙板 <現有> (91) 供墨桶 (92) 油墨 (93) 供墨管 (94) 供墨輪 (941) 溝槽 (942) 集墨槽 (943) 管路 (95) 印刷大輪 (951) 印刷凸板 (96) 輸送輪 (97) 瓦愣紙板 111302872 VIII. Description of the Invention: [Technical Field] The present invention relates to a comb-flow type ink supply device for a corrugated box printing machine, in particular to a plurality of passes on the bottom side of the end of the ink supply tube The cross tube of the hole enables the ink supply tube to be inked without causing ink splashing, and the innovative design of the comb flow type ink supply device of the corrugated box printing machine which increases the printing yield and reduces the cost of the cleaning machine. [Prior Art] According to the ink supply device of the existing corrugated box printing machine, please refer to the first to second figures, mainly providing an ink supply tank (91) and an ink supply tank (91) on the machine side. An ink (92) is disposed, and an ink supply tube (93) is connected by a pump, the ink supply tube (93) is extended to the upper portion of the machine table, and two tangent portions are disposed at appropriate places below the ink supply tube (93). The ink supply wheel (94) is such that the ink supply tube (93) is located just above the tangent of the two ink supply wheels (94), and the two ink supply wheels (94) rotate in opposite directions and are cut from the bottom to the tangent Rotating upwards, so that the ink (92) ejected from the ink supply tube (93) is not flowed through the nip between the two ink supply wheels (94), but will be formed above the tangent of the two ink supply wheels (94). The groove (941) is turbulent and contaminated by the outer edges of the two ink supply wheels (94) which are turned out from the tangent, and the excess ink (92) will flow to both ends of the groove (941) and into the groove ( 941) The ink collection groove (942) provided at both ends is further diverted into the ink supply tank (91) through the pipeline (943) for recycling, and the ink supply wheel (94) is cut in two phases. There is a large printing wheel at the appropriate place below (9 5) 'Printing the large wheel (95) on the outer edge is provided with a printing convex plate (951) 'With the rotation of the ink supply wheel (94) and the printing large wheel (95), the outer edge of the ink supply wheel (94) and printing When the printing convex plate (951) on the large wheel (95) is close, the ink (92) contaminated on the outer edge of the ink supply wheel (94) can be directly applied to the printing convex plate (951) of the printing large 1302872 wheel (95). , the complex, on the machine under the printing wheel (95) - the delivery wheel (96), so that the printing wheel (95) rotates and the printing convex plate (951) is turned to the lower side with the delivery wheel (96) The slab is fed with a watt of cardboard (97), and the ink (92) on the printing embossing plate (951) is embossed on the corrugated cardboard (97) to achieve the printing function. However, the ink supply device of the above-mentioned conventional corrugated box printing machine has been found to have the following shortcomings to be improved when it is used. 1. Due to the ink used in the corrugated box printing machine, it has a relatively thick consistency. Therefore, the ink supply tube needs at least 16~^ink' diameter to smoothly supply ink, and because the ink supply tube has a large diameter, of course, it also needs to have considerable horsepower to provide sufficient horsepower, ^=Puqi ink supply tube At the end, the ink is sprayed due to the excessive ink force; the manufacture of the cardboard of the corrugated box is easily eroded by the money, and the production cost is increased. <σσ, relatively 2. Because the ink used in the corrugated box printing machine has a relatively thick consistency, the ink supply tube needs to have at least 16 and ink, the diameter can be smoothly supplied, and the ink is supplied. The diameter of the tube is large ^^^°quot;1111 mouth also needs to have considerable horsepower to provide enough horsepower to pump. The end of the pump ink tube is splashed due to excessive ink momentum, which makes the P brush machine parts susceptible to splashing and pollution. , & eve, when the machine is required to disassemble the machine, phase # trouble, also made: two to clean this 'and if you have to wait a considerable amount of time to do - wash 7 clean into ink dry, not only not (four) wash and It is also necessary to make the water that is collected more because it is more difficult to clean the oil, and it is better to cause environmental pollution, not only the cost is quite high. In view of this, the inventor has been in charge of the research and development of the existing structure and lack of research and development based on the rich 1302872 design and development and practical production experience of the relevant industry for many years. 'Providing an innovative corrugated box printing machine comb flow type The ink-saving ink supply device' is intended to completely improve the existing defects. SUMMARY OF THE INVENTION The present invention relates to a comb flow type ink supply device for a corrugated box printing press. The printing machine is provided with an ink supply tube, and two ink supply wheels are provided below the ink supply wheel. There is a printing wheel, a printing convex plate is arranged on the outer edge of the printing wheel, and a conveying wheel is arranged under the printing big wheel, so that when the printing big wheel rotates and the printing convex plate is turned to the lower side, it can be sent together with the conveying wheel. Corrugated cardboard, at the same time, the ink on the printing convex plate is imprinted on the corrugated cardboard, which is mainly connected with a horizontal tube at the end of the ink supply tube, and the horizontal tube is a groove which is tangent to the two ink supply wheels. In the same direction, a plurality of through holes are formed on the bottom side of the horizontal tube; according to the design, the ink splashing is not caused, and the printing yield rate is increased, the ink recovery is increased, and the cost of the cleaning machine is reduced. [Embodiment] In order to make the technical content, the object of the invention and the functions that can be achieved by the invention can be more clearly and clearly disclosed, please refer to the drawings and drawings of the invention as follows: First, please refer to the third to the human figure, the present invention relates to a comb-flow type ink supply I of a corrugated box printing machine, which is mainly provided on the machine side - the ink supply barrel (1) The ink supply tank (1) is provided with ink (2), the borrowing-pump communication-ink supply tube (3), the ink supply tube (3) is extended above, and the second (four) of the ink supply tube (3) is provided at the appropriate position. Cut, and the ink wheel i rotates in the opposite direction and goes from the bottom to the tangent = the ink that is ejected (2) does not pass, the ink supply wheel (4) is tangentially flowed ^ (and 3 1302872 will be in the two ink supply wheels) (4) The entanglement in the groove (41) formed at the upper side of the tangent is contaminated and contaminated by the outer edges of the two ink supply wheels (4) which are turned out from the tangent, and the excess ink (2) will flow to the groove. (41) Both ends flow into the ink collection tank (42) provided at both ends of the groove (41) and then flow through the pipeline (43) to the ink supply tank (1) for recycling and reuse Two tangent A printing wheel (5) is provided at the appropriate place below the ink wheel (4). A printed convex plate (51) is provided on the outer edge of the printing wheel (5), so that the ink supply wheel (4) and the printing wheel (5) are provided. Rotating, when the outer edge of the ink supply wheel (4) is close to the printing convex plate (51) on the printing large wheel (5), the ink (2) contaminated by the outer edge of the ink supply wheel (4) can be directly attached to the printing large wheel. (5) On the printing convex plate (51), a conveying wheel (6) is arranged on the machine below the printing big wheel (5), and the printing large wheel (5) is rotated to rotate the printing convex plate (51) At the lower part, the corrugated cardboard (7) can be clamped together with the conveying wheel (6), and the ink (2) on the printing convex plate (51) is embossed on the corrugated cardboard (7) for printing. The main innovation of the present invention is that the end of the ink supply tube (3) is connected to a horizontal tube (31). The horizontal tube (31) is a groove above the two ink supply wheels (4). The slots (41) are in the same direction, and both ends thereof are closed, and a plurality of through holes (32) are formed on the bottom side of the horizontal tube (31), and the total inner diameter areas of all the through holes (32) are larger than the ink supply tubes ( 3) The inner diameter area is made to be pumped The ink (2) sent to the ink supply tube (3) can be ejected into the horizontal tube (31) for buffering, and naturally flows down to the ink supply wheel through a plurality of through holes (32) opened on the bottom side of the horizontal tube (31) ( 4) Upper, because many of the through holes (32) on the bottom side of the horizontal tube (31) are relatively small, and the ink (2) is in a natural flow-down manner, so that sneezing is not caused, and at the same time, due to the 4 page official (31 ) is in the same direction as the groove type (41) above the two ink supply wheels (4), so the ink (2) can be evenly distributed on the ink supply wheel. For implementation, please refer to the third to eighth As shown in the figure, the spring is started to pump the ink (2) in the ink supply tank (1) to the ink supply tube (3) with 1302872, and the ink is sprayed out of the flow tube (31) through the end of the ink supply official (3). Buffering, because the yoke (31) is in the same direction as the groove (41) above the two ink supply wheels (4), and the ends of the horizontal tube (31) are closed, and in the horizontal tube (31) The bottom side is provided with a plurality of through holes (32)' and the sum of the inner diameter areas of all the through holes (32) is larger than the inner diameter area of the ink supply tube (3), so that the ink flowing into the horizontal tube (31) does not accumulate In the cross tube (31) The through holes (32) which can be opened through the bottom side of the horizontal pipe (31) are naturally & down to the ink supply wheel (4). The plurality of through holes _ (32) which are opened on the bottom side of the horizontal pipe (31) are relatively small. Moreover, the ink (2) is in a natural flow-down manner, so that splashing is not caused, and at the same time, since the horizontal tube (31) is in the same direction as the groove (41) above the two ink supply wheels (4), Therefore, the ink (2) can be evenly distributed on the ink supply wheel (4). From the above, the structural composition and the implementation description of the present invention show that the present invention has the following advantages: 1. The present invention is connected to a cross tube at the end of the ink supply tube, and the horizontal tube is in phase with the two ink supply wheels. The grooves in the cutting direction are in the same direction, and the two ends thereof are closed, and _ and a plurality of through holes are formed on the bottom side of the traverse, so that the ink pumped to the ink supply tube through the pump can be evenly dispersed on the two ink supply wheels. Unlike the existing printing press, it is necessary to pump a large amount of ink to allow the ink to flow to the two ink supply wheels, thereby reducing the amount of ink used. 2. In the present invention, a horizontal tube is connected at the end of the ink supply tube, and the horizontal tube is in the same direction as the groove at the tangent to the two ink supply wheels, and both ends thereof are formed on the bottom side of the horizontal tube. The through hole is pumped to the ink: the ink of the ink can be ejected into the horizontal tube for buffering, and the bottom of the horizontal tube is opened with a plurality of through holes to naturally flow down to the ink supply wheel, so that the shape is not generated, of course, The corrugated cardboard can be contaminated to produce the product, which can reduce the production cost. 3. The present invention is connected to the end of the ink supply tube - the horizontal tube, * is in the same direction as the groove where the two ink supply wheels are tangent, and both ends thereof are § Qin I instrument and are opened on the bottom side of the horizontal tube A lot of through holes, so that the pump can be pumped to the ^ closed, the ink can be sprayed out into the cross tube of the flow tube for buffering 'and the bottom side of the horizontal tube = 瞀 Zhuxiang through hole from the (four) lower wire ink wheel, which is expected to produce Shape, of course, will not pollute the printing machine parts, so it can save the lyrical cleaning cost 'and because of the clear _ money less', so the water after cleaning can be 2 # as added water for the evaporation of ink to achieve the water The function of ink recycling can not only reduce the waste of water resources, but also cause environmental pollution problems. In summary, the embodiments of the present invention can achieve the intended use and the specific structure disclosed, which has not been seen in similar products, nor has it been disclosed before the application, and has fully complied with the provisions of the Patent Law. Seeking, 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出10 1302872 [Simplified illustration of the drawings] First: a schematic view of the prior art, a second side view, a prior view, a third view, a front view of the present invention, a fourth side view, a partial perspective view of the present invention (an ink supply tube and Cross-tube connection) Fig. 5: partial side cross-sectional view of the present invention (ink supply tube and horizontal tube connection) Fig. 6: front view of the present invention, seventh embodiment: prior view of the present invention - eighth figure BRIEF DESCRIPTION OF THE PREFERRED EMBODIMENT OF THE PRESENT INVENTION [Description of main component symbols] <Invention> (1) Ink tank (2) Ink (3) Ink tube (31) Cross tube (32) Through hole (4) Ink supply Wheel (41) Groove (42) Ink collecting tank (43) Piping (5) Printing large wheel (51) Printing convex plate (6) Conveying wheel (7) Tiled cardboard <existing > (91) Ink tank (92) ) Ink (93) Ink supply (94) Ink supply (941) Groove (942) Ink collection tank (943) Piping (95) Printing large wheel (951) Printing convex plate (96) Conveying wheel (97) Tile愣Cardboard 11