五、新型說明： 【新型所屬之技術領域】 幻本f作錢於—種印刷設備’利用版輪調整機構調整 的上下位置’使得不同直徑大小之印刷版輪皆可 裝汉於卩刷設備巾，細對料同單位財長度之印刷品 進行印刷程序。 【先前技術】 請參閱第1圖及第2圖，分別為習用印刷設備之結構 貝1面d面圖及結構立體圖。如圖所示，印刷設備剛可為 -小型凸版印㈣備，其主要結構包括有—印刷版輪^ 及一油墨供料部120。該油墨供料部120用以提供印刷版 輪11印刷時所需之油墨，其包括有-網輪12及一膠輪13。 、其中，網輪12設置於印刷版輪u與膠輪13之間， 並分別與印刷版輪11以及膠輪13貼合一起。再者，膠輪 13之下方設置有—油墨槽15，其膠輪以之部分表面可置 =於該油墨槽15中，而印刷版輪11之表面上可設置有至 夕、圖文之印刷凸版。此外，一帶狀印刷品2ι(例如：帶 狀塑膠袋）傳動於印刷設備⑽旁，並設置於印刷版輪^ 與一外部傳動設備之傳動輪22間，該帶狀印刷品21為複 數個印刷品串接而成，每一印刷品具有一相同的特定單位 長度’例如：560mm。 〇 =印刷设備1〇〇欲對於帶狀印刷品21進行印刷時， 才木控膠輪13進行轉動，轉動中的膠輪13會在油墨槽15 M421885 中滾動，以在表面上沾滿油墨，且勝輪Μ將部份油墨導 引至網輪12,均句塗抹於網輪12之表面上，並同時帶動 網輪12進行轉動。而後，轉動中的網輪12也會帶動印刷 版輪11進行轉動，並同時對於印刷版輪u進行上墨以使 油墨附著在圖文凹凸之處，則已上色之印刷版輪U即可 順利對於帶狀印刷品21進行圖文印刷之程序。 習用印刷設備100之印刷版輪U中心係穿設有-固 定桿111。固定桿111藉由—蚀^ 精由鎖固螺絲1〇1鎖固於印刷設 之側㈣孔103上’其鎖固地方為—特定位置並無 法調整。 假若為了印刷一較大長度（例如：80〇mm)之印刷品21 而置換另-較大直徑之印刷版輪u，則側板穿孔1〇3與網 輪12間亚無足夠的垂直空間可擺設該較大直徑之印刷版 輪u。反之’假若為了印刷一較小長度（例如：465删）之 印刷品21而置換另-較小直徑之印刷版輪u，由於鎖固 的地方係為固定的因素，該較小直捏之印刷版輪u與網 輪12間將會存在有一空隙而無法與網輪12貼近，此造成 網輪12之油墨不能導引至該較小直徑之印刷版輪^上， 以致無油墨之印刷版輪U係無法對於較小長度之印刷品 21進行印刷。 在此，習用印刷設備100只能對於單一尺寸長度之印 刷品Μ進行印刷。倘若，欲印刷不同尺寸長度^刷品 21 ’生產廠商必須--購買各個對應尺寸長度之印刷設備 100 ’此對於生產廠商而言，將會增加不少印刷設備的購 M421885 置成本。 • 有鑑於此，本創作將提供一種創新結構之印刷設備， 其可更換不同直徑大小的印刷版輪，以印刷不同單位尺寸 長度之印刷品，此將會是本創作欲達到的目的。 【新型内容】 本創作之主要目的，在於提供一種印刷設備，藉由一 版輪調整機構的設置，以調整印刷版輪的上下位置，使得 • 不同直徑大小的印刷版輪皆可裝設於印刷設備中，如此即 可印刷不同單位尺寸長度之印刷品，以避免購置多台不同 尺寸的印刷設備而增加印刷成本。 本創作之次要目的，在於提供一種印刷設備，其印刷 版輪之中心穿設有一固定桿並設置於印刷設備之凹槽 中，且利用版輪調整機構内的一對夾具組夾住固定桿之兩 側，當印刷版輪欲進行上下位置調整時，使用者可藉由一 手輪進行轉動，以令爽具組跟著轉動，如此即可操作固定 ® 桿在凹槽中進行上下移動，而調整印刷版輪的位置。 本創作之又一目的，在於提供一種印刷設備，當版輪 調整機構對於印刷版輪之上下位置調整完畢時，可藉由一 鎖輪進行栓鎖，而令版輪調整機構之手輪無法進行轉動， 以將印刷版輪鎖固於一固定位置，避免印刷時產生鬆動的 情形。 為達成上述目的，本創作提供一種印刷設備，其包括 有：一印刷版輪，其中心穿設有一固定桿，固定桿之兩端 5 M421885 設置在印刷設備之側板上的一對凹槽中；一油墨供料部， 用以提供印刷版輪印刷時所需之油墨；及一版輪調整機 構，包括有一對夾具組及一手輪，各夾具組分別設置在對 應的凹槽旁以夾住固定桿，藉由轉動手輪以操作夾具組上 之固定桿在凹槽中進行上下移動，致使以令印刷版輪貼合 至油墨供料部上。 【實施方式】 請參閱第3圖、第4圖及第5圖，為本創作印刷設備 一較佳實施例之結構側面剖面圖、結構正面剖面圖及結構 立體圖。如圖所示，印刷設備3 0 0包括有一印刷版輪31、 一油墨供料部33及一版輪調整機構35。 其中，印刷版輪31為一直徑長度之版輪，其中心 穿設有一固定桿311，固定桿311之兩端設置在印刷設備 300之側板301上的一對凹槽303中，該凹槽303係為一 U型凹槽或一 u型凹槽。油墨供料部33用以提供印刷版輪 31印刷時所需之油墨。版輪調整機構35用以夾住固定桿 311之兩端，以操作固定桿311在凹槽303中進行上下移 動，致使以令印刷版輪31可緊密貼合至油墨供料部33， 而接收到油墨供料部3 3所提供之油墨。 油墨供料部33包括有一網輪331及一膠輪333，網輪 331及膠輪333分別透過一網輪固定座332及一膠輪固定 座334固定於印刷設備300之側板301上。其中，網輪331 設置於印刷版輪31與膠輪333之間，並分別與印刷版輪 M421885 31以及膠輪333貼合—起。再者，膠輪333之下方設置有 一油墨槽335 ’其膠輪333之部分表面可置入於該油墨槽 335中，而印刷版輪31之表面上可設置有至少一圖文之印 刷凸版。此外，一帶狀印刷品21 (例如：帶狀塑膠袋）設 置於印刷版輪31與一外部傳動設備之傳動輪22間，該帶 狀印刷品21為複數個印刷品串接而成，每一印刷品具有 一相同的特定單位長度，例如：560mm。 。當印刷設備300欲對於帶狀印刷品21進行印刷時， 操控膠輪333進行轉動’轉動中的膠輪333會在油墨槽335 中滾動，以在表面上沾滿油墨，且膠輪333將部份油墨導 引至網輪331，均勻塗抹於網輪331之表面上，並同時帶 動網輪331進行轉動。而後，轉動中的網輪331也會帶動 印刷版輪31進行轉動，並對於印刷版輪31進行上墨，以 使油墨附著在印刷版輪31上之圖文凹凸處，則已上色之 印刷版輪31即可順利對於帶狀印刷品21進行圖文印刷之 程序。 再者’本創作油墨供料部33利用網輪331及膠輪333 兩個滾輪進行油墨槽335之油墨導引僅為本創作其中一實 施例而已。當然，也可只設置一滾輪（例如：膠輪333)即 可。或者，本創作又一實施例中，油墨供料部33亦可為 油墨塗抹設備（例如·沾有油墨之毛刷設備）直接於印刷 版輪31之圖文凹凸處塗抹油墨，以上所述之結構皆可達 到油墨供應的功效。 進-步參閱第6圖’為本創作版輪調整機構一較佳實 M421885 施例之部分結構立體圖。本創作版輪調整機構35包括有 一手輪351、一對第一齒輪353、一對第二齒輪355、一對 渦輪357及一對夾具組359。 其中，各第一齒輪353分別設置於一連桿352的左右 兩側’而連桿352之其中一側（例如：右側）貫穿印刷設備 300侧板301，以令手輪351可連設於連桿352之其中一 側的外端上。各第二齒輪355分別設置於一各自對應的螺 桿354上，並垂直嵌合於所對應的第一齒輪353。各夾具 組359分別固設於所對應的渦輪357上，以藉由渦輪357 嵌合至所對應的螺桿354之螺紋上。再者，本創作所述之 第一齒輪353及第二齒輪355亦可為一雨傘齒輪，而夾具 組359為一 Y型態樣。 此外’本創作第6圖之圖示中，雖只顯示印刷設備300 右側邊之第一齒輪353、螺桿354、第二齒輪355、渦輪 357及夾具組359 ’然’配合第4圖及第5圖之圖示亦可 得知印刷設備3〇〇左側邊同樣具有另一組第一齒輪353、 螺桿354、第二齒輪355、渦輪357及夾具組359。 當印刷設備300欲對於-較大單位長度（例如：800mm) 之印刷品21進行印刷而需將原本印刷設備300中之直徑 長度的印刷版輪31更換為另一較大直径尺寸L2之印刷 板輪32(如第4圖及第8圖所示）時，印刷設備300之操作 者亦可操作手輪351進行轉動，手輪351所連設的連桿352 以及第:齒輪353將隨著手輪351轉動方向（例如：手輪 351沿著Y軸進行順時針或逆時針方甸轉動）跟著轉動。 M421885 則，第一齒輪353轉動時，其垂直嵌合之第二齒輪355以 及螺桿354將延著垂直方向之軸心（例如：X軸）跟著轉動。 相對的，透過满輪357喪合於螺桿354之螺紋上的夾具組 359也會跟著螺桿354進行轉動，其轉動方向相同於手輪 351，例如：沿著Y軸進行順時針或逆時針方向轉動。 接續，如第7圖所示，轉動中的夾具組359將可操作 凹槽303中之固定桿311進行往上移動，以在固定桿311 移至凹槽303開口處時抽換出印刷板輪31。 • 之後，如第4圖及第8圖所示，另一較大直徑尺寸L2 之印刷板輪32亦可從凹槽303之開口處進行置入，並將 穿設於印刷版輪32中心的固定桿321擺放於夾具組359 中。操作者再次轉動手輪351，以操作夾具組359進行轉 動而將固定桿321往下移動。當印刷版輪32貼合於油墨 供料部33之網輪331時，即可完成印刷板輪32的更換程 序，而對於較大單位長度之印刷品21進行印刷。 本創作實施例中，除可更換一較大直徑尺寸之印刷版 •輪32外，當然，也可更換另一較小直徑尺寸之印刷版輪， 藉此以對於較小單位長度之印刷品21進行印刷。 本創作版輪調整機構35尚包括有一鎖輪356,其設置 於手輪351與印刷設備300之側板301間。當版輪調整機 構35對於印刷版輪31/32之上下位置調整完畢時，可將 鎖輪356栓緊於印刷設備300之側板301上，此時手輪351 將無法進行轉動而令印刷版輪31/32鎖固於一固定位置， 避免印刷版輪31/32印刷時產生鬆動的情形。. 9 M421885V. New description: [New technology field] The illusion f is a kind of printing equipment, which uses the adjustment of the upper and lower positions of the wheel adjustment mechanism to make the printing wheel of different diameters can be loaded with Chinese brush equipment. The printing procedure is carried out on the printed matter of the unit length of the material. [Prior Art] Please refer to Fig. 1 and Fig. 2, which are the structure of the conventional printing equipment, and the d-side view and the structural perspective view. As shown, the printing apparatus can be a small letterpress printing (four), and its main structure includes a printing plate wheel and an ink supply portion 120. The ink supply portion 120 is for providing ink required for printing of the printing plate 11, and includes a mesh wheel 12 and a rubber wheel 13. The net wheel 12 is disposed between the printing plate wheel u and the rubber wheel 13 and is respectively attached to the printing plate wheel 11 and the rubber wheel 13. Further, below the rubber wheel 13, an ink tank 15 is disposed, and a part of the surface of the rubber wheel can be placed in the ink tank 15, and the surface of the printing plate wheel 11 can be provided with printing on the surface of the printing plate 11 Letterpress. In addition, a strip of printed matter 2 (for example, a belt-shaped plastic bag) is driven beside the printing device (10) and disposed between the printing plate wheel and a transmission wheel 22 of an external transmission device, the strip-shaped printed matter 21 being a plurality of printed strings Connected, each print has the same specific unit length 'for example: 560 mm. 〇=Printing device 1 〇〇When printing on the strip print 21, the wood control rubber wheel 13 is rotated, and the rotating rubber wheel 13 is rolled in the ink tank 15 M421885 to fill the surface with ink. And the winning rim guides a part of the ink to the net wheel 12, and applies the same sentence to the surface of the net wheel 12, and simultaneously drives the net wheel 12 to rotate. Then, the rotating mesh wheel 12 also drives the printing plate wheel 11 to rotate, and at the same time, the printing plate wheel u is inked to make the ink adhere to the concave and convex portions of the graphic, and the colored printing plate wheel U can be The procedure for printing the graphic print 21 is successfully carried out. The printing plate wheel U center of the conventional printing apparatus 100 is provided with a fixing rod 111. The fixing rod 111 is locked by the locking screw 1〇1 on the side (4) hole 103 of the printing device. The locking position is that the specific position cannot be adjusted. If the printing plate wheel u of a larger length (for example, 80 mm) is replaced for printing a larger length (for example, 80 mm), the vertical plate space between the side plate perforations 1〇3 and the net wheel 12 may be insufficient. Larger diameter printing wheel u. Conversely, 'If you print a smaller length (for example, 465 deleted) print 21 and replace another - smaller diameter print wheel u, the smaller straight pinch print version because the lock is fixed. There will be a gap between the wheel u and the net wheel 12, which cannot be close to the net wheel 12, which causes the ink of the net wheel 12 to be not guided to the printing plate wheel of the smaller diameter, so that the ink-free printing plate wheel U It is not possible to print on a small length of print 21 . Here, the conventional printing apparatus 100 can only print on a single size print. If you want to print different sizes and lengths of the brush, the manufacturer must purchase all the corresponding lengths of the printing equipment 100 ’. For the manufacturer, it will increase the cost of purchasing a lot of printing equipment. • In view of this, this creation will provide an innovative structure of printing equipment that can change the printing wheel of different diameters to print prints of different unit sizes, which will be the purpose of this creation. [New content] The main purpose of this creation is to provide a printing device that adjusts the upper and lower positions of the printing wheel by the setting of a wheel adjusting mechanism, so that printing wheels of different diameters can be installed in printing. In the device, prints of different unit sizes can be printed in this way, in order to avoid the purchase of multiple printing devices of different sizes and increase the printing cost. A secondary object of the present invention is to provide a printing apparatus in which a center of a printing plate wheel is provided with a fixing rod and disposed in a groove of the printing device, and the fixing rod is clamped by a pair of clamp groups in the plate wheel adjusting mechanism. On both sides, when the printing plate wheel is to be adjusted for the up and down position, the user can rotate by a hand wheel to rotate the slick group, so that the fixed о rod can be moved up and down in the groove, and the adjustment is made. The position of the printing wheel. Another object of the present invention is to provide a printing apparatus. When the plate wheel adjusting mechanism adjusts the upper and lower positions of the printing plate wheel, the locking wheel can be locked by a lock wheel, and the hand wheel of the plate wheel adjusting mechanism cannot be performed. Rotate to lock the printing plate wheel in a fixed position to avoid looseness during printing. In order to achieve the above object, the present invention provides a printing apparatus comprising: a printing plate wheel having a fixing rod disposed at a center thereof, and 5 M421885 at both ends of the fixing rod are disposed in a pair of grooves on a side plate of the printing device; An ink supply portion for providing ink required for printing a printing wheel; and a plate wheel adjusting mechanism comprising a pair of clamp groups and a hand wheel, each clamp group being respectively disposed beside the corresponding groove for clamping and fixing The rod is moved up and down in the groove by rotating the hand wheel to operate the fixing rod on the clamp group, so that the printing plate wheel is attached to the ink supply portion. [Embodiment] Referring to Figures 3, 4 and 5, a side cross-sectional view, a front cross-sectional view and a structural perspective view of a preferred embodiment of the present printing apparatus are shown. As shown, the printing apparatus 300 includes a printing plate wheel 31, an ink supply portion 33, and a plate wheel adjustment mechanism 35. The printing plate wheel 31 is a diameter wheel of the plate, and a fixing rod 311 is disposed at a center thereof. The two ends of the fixing rod 311 are disposed in a pair of grooves 303 on the side plate 301 of the printing apparatus 300, and the groove 303 It is a U-shaped groove or a U-shaped groove. The ink supply portion 33 is for providing ink required for printing of the plate wheel 31. The plate wheel adjusting mechanism 35 is for clamping the two ends of the fixing rod 311 to operate the fixing rod 311 to move up and down in the groove 303, so that the printing plate wheel 31 can be closely attached to the ink feeding portion 33 to receive The ink supplied to the ink supply unit 33. The ink supply unit 33 includes a net wheel 331 and a rubber wheel 333. The net wheel 331 and the rubber wheel 333 are respectively fixed to the side plate 301 of the printing apparatus 300 through a net wheel fixing base 332 and a rubber wheel fixing base 334. The mesh wheel 331 is disposed between the printing plate wheel 31 and the rubber wheel 333, and is respectively attached to the printing plate wheel M421885 31 and the rubber wheel 333. Further, an ink tank 335' is disposed under the rubber wheel 333. A part of the surface of the rubber wheel 333 can be disposed in the ink tank 335, and at least one printing stamp can be disposed on the surface of the printing plate wheel 31. In addition, a strip of printed matter 21 (for example, a belt-shaped plastic bag) is disposed between the printing plate wheel 31 and a transmission wheel 22 of an external transmission device, and the strip-shaped printed matter 21 is formed by connecting a plurality of printed materials, each of which has One of the same specific unit lengths, for example: 560mm. . When the printing apparatus 300 wants to print on the strip print 21, the control rubber wheel 333 rotates. The rotating rubber wheel 333 rolls in the ink tank 335 to fill the surface with ink, and the rubber wheel 333 will partially The ink is guided to the net wheel 331 and uniformly applied to the surface of the net wheel 331, and simultaneously drives the net wheel 331 to rotate. Then, the rotating mesh wheel 331 also drives the printing plate wheel 31 to rotate, and injects the printing plate wheel 31 so that the ink adheres to the concave and convex portions of the printing plate wheel 31, and the colored printing is performed. The plate wheel 31 can smoothly perform the process of printing the graphic print on the strip-shaped printed matter 21. Further, the present ink supply unit 33 performs the ink guiding of the ink tank 335 by using the two rollers of the net wheel 331 and the rubber wheel 333, which is only one embodiment of the present invention. Of course, it is also possible to provide only one roller (for example, the rubber wheel 333). Alternatively, in another embodiment of the present invention, the ink supply unit 33 may also apply ink to the image unevenness of the printing plate wheel 31 for the ink application device (for example, the ink brush device), as described above. The structure can achieve the effect of ink supply. Step-by-step reference to Figure 6 is a partial structural perspective view of a preferred embodiment of the creative wheel adjustment mechanism M421885. The creation wheel adjustment mechanism 35 includes a hand wheel 351, a pair of first gears 353, a pair of second gears 355, a pair of turbines 357, and a pair of clamp groups 359. The first gears 353 are respectively disposed on the left and right sides of a link 352, and one side of the link 352 (for example, the right side) passes through the side plate 301 of the printing device 300, so that the hand wheel 351 can be connected to the connection. The outer end of one of the rods 352 is on the outer end. Each of the second gears 355 is disposed on a corresponding screw 354 and vertically fitted to the corresponding first gear 353. Each of the clamp groups 359 is fixed to the corresponding turbine 357 to be fitted to the corresponding thread of the screw 354 by the turbine 357. Furthermore, the first gear 353 and the second gear 355 described in the present application may also be an umbrella gear, and the clamp group 359 is in a Y-shaped manner. In addition, in the illustration of Fig. 6 of the present invention, only the first gear 353, the screw 354, the second gear 355, the turbine 357, and the jig set 359 on the right side of the printing apparatus 300 are displayed, and the fourth and fifth are matched. It can also be seen that the left side of the printing apparatus 3 also has another set of first gears 353, screws 354, second gears 355, turbines 357 and clamp sets 359. When the printing apparatus 300 wants to print a print 21 of a large unit length (for example, 800 mm), it is necessary to replace the diameter-length printing plate wheel 31 in the original printing apparatus 300 with another large-diameter size L2 printing plate wheel. 32 (as shown in FIGS. 4 and 8), the operator of the printing apparatus 300 can also operate the hand wheel 351 to rotate, and the link 352 and the gear: 353 connected to the hand wheel 351 will follow the hand wheel 351. The direction of rotation (for example, the hand wheel 351 is rotated clockwise or counterclockwise) along the Y axis. M421885, when the first gear 353 rotates, the vertically-fitted second gear 355 and the screw 354 follow the axis of the vertical direction (for example, the X-axis). In contrast, the clamp group 359 which is smashed by the full wheel 357 on the thread of the screw 354 is also rotated by the screw 354, and its rotation direction is the same as that of the hand wheel 351, for example, clockwise or counterclockwise rotation along the Y axis. . Next, as shown in FIG. 7, the rotating clamp group 359 moves the fixing rod 311 in the operable groove 303 upward to replace the printing plate wheel when the fixing rod 311 is moved to the opening of the groove 303. 31. • Thereafter, as shown in Figures 4 and 8, another printed plate wheel 32 of larger diameter L2 may also be inserted from the opening of the recess 303 and will be threaded through the center of the printing plate wheel 32. The fixed rod 321 is placed in the clamp set 359. The operator turns the hand wheel 351 again, and operates the jig set 359 to rotate to move the fixed rod 321 downward. When the plate wheel 32 is attached to the net wheel 331 of the ink supply portion 33, the replacement process of the plate wheel 32 is completed, and the print 21 of a larger unit length is printed. In the present embodiment, in addition to the replacement of a larger diameter print plate wheel 32, it is of course also possible to replace another smaller diameter print plate wheel, whereby the print 21 for a smaller unit length can be used. print. The author wheel adjustment mechanism 35 further includes a lock wheel 356 disposed between the hand wheel 351 and the side panel 301 of the printing apparatus 300. When the plate wheel adjusting mechanism 35 adjusts the upper and lower positions of the printing plate wheel 31/32, the locking wheel 356 can be fastened to the side plate 301 of the printing apparatus 300, and the hand wheel 351 will not be able to rotate to make the printing wheel The 31/32 is locked in a fixed position to prevent loosening of the printing plate 31/32 when printing. . 9 M421885
又’本創作印刷版輪31/32之固定桿311/321之其中 一端的外型結構312亦可根據凹槽303之形狀（u裂或U 型）及其大小對應進行製作，則固定桿311/321插設於四 槽303時亦可緊密貼於凹槽303之側璧上，如此在進行印 刷程序時，避免固定於凹槽303中之固定桿311/321跟著 轉動中的印刷版輪31/32同時連動，造成印刷版輪31/32 的轉速改變’而影響到帶狀印刷品21的印刷品質。 综合上述’本創作之印刷設備300藉由一版輪調整 構35的設置，將可以調整印刷版輪31/32的上下位= 使得不同直徑大小的印刷版輪31/32皆可裝設於印刷，備 3〇〇中並貼合至油墨供料部33上，如此不需構置多^/又# 尺寸的印刷設備，即可達到印刷不同單位尺寸長度=同 印刷品21之目的。 X帶狀 以上所述者，僅為本創作之一較佳實施例而已， 用來限定本創作實施之範圍，即凡依本創作申請專二非 所述之形狀、構造、特徵及精神所為之岣等變/匕與修=圍 均應包括於本創作之申請專利範圍内。 一 ^飾， 【圖式簡單說明】 第1圖：習用印刷設備之結構側面剖面圖。 第2圖：習用印刷設備之結構立體圖。 第3圖：本創作印刷設備-較佳實㈣之結構側面剖面 圖。 第4圖：本創作印刷設備一較佳實施例之結構正面剖面 M421885 圖。 第5圖：本創作印刷設備一較佳實施例之結構立體圖。 第6圖：本創作版輪調整機構一較佳實施例之部分結構立 體圖。 第7圖：本創作印刷設備對於印刷版輪進行更換程序之側 面剖面圖。 第8圖：本創作印刷設備又一實施例之結構側面剖面圖。Moreover, the outer structure 312 of one end of the fixing rods 311/321 of the original printing plate wheel 31/32 can also be made according to the shape of the groove 303 (u-crack or U-shape) and its size, and the fixing rod 311 is fixed. When the /321 is inserted into the four slots 303, it can also be closely attached to the side of the recess 303, so that when the printing process is performed, the fixing rods 311/313 fixed in the recess 303 are prevented from following the rotating printing wheel 31. The /32 simultaneous interlocking causes the rotational speed of the printing plate wheel 31/32 to change, which affects the printing quality of the strip print 21. In combination with the above-described 'printing apparatus 300 of the present invention, the upper and lower positions of the printing wheel 31/32 can be adjusted by the setting of the one-wheel adjusting structure 35 so that the printing wheel 31/32 of different diameters can be installed in the printing. It is prepared and attached to the ink supply unit 33, so that it is not necessary to construct a printing apparatus of a plurality of sizes and sizes to achieve the purpose of printing different unit size lengths = the same printed matter 21. The above description of the X-belt is only a preferred embodiment of the present invention, and is used to limit the scope of the present invention, that is, according to the shape, structure, features and spirit of the second application of the present application.岣 岣 匕 匕 匕 修 修 修 修 围 围 围 围 围 围 围 围 围 围 围 围 围A decoration, [Simple description of the drawing] Figure 1: A side profile view of the structure of the conventional printing equipment. Figure 2: A perspective view of the structure of a conventional printing device. Fig. 3: A side cross-sectional view of the structure of the present printing apparatus - preferably (4). Fig. 4 is a front elevational cross-sectional view of a preferred embodiment of the present printing apparatus M421885. Figure 5 is a perspective view showing the structure of a preferred embodiment of the present printing apparatus. Fig. 6 is a partial structural perspective view of a preferred embodiment of the present invention. Figure 7: A side cross-sectional view of the replacement process for the printing wheel of the present printing apparatus. Figure 8 is a side cross-sectional view showing the structure of still another embodiment of the present printing apparatus.
【主要元件符號說明】 100 印刷設備 101 鎖固螺絲 103 側板穿孔 11 印刷版輪 111 固定桿 120 油墨供料部 12 網輪 13 膠輪 15 油墨槽 21 帶狀印刷品 22 傳動輪 300 印刷設備 301 側板 303 凹槽 31 印刷版輪 311 固定桿 32 印刷版輪 321 固定桿 33 油墨供料部 331 網輪 332 網輪固定座 333 膠輪 334 膠輪固定座 335 油墨槽 35 版輪調整機構 351 手輪 352 連桿 353 第一齒輪 11 M421885 354 螺桿 355 第二齒輪 356 鎖輪 357 渦輪 359 夾具組 12[Description of main component symbols] 100 Printing equipment 101 Locking screw 103 Side plate perforation 11 Printing wheel 111 Fixing rod 120 Ink supply part 12 Net wheel 13 Rubber wheel 15 Ink tank 21 Strip print 22 Drive wheel 300 Printing equipment 301 Side plate 303 Groove 31 Printing wheel 311 Fixing rod 32 Printing plate wheel 321 Fixing rod 33 Ink supply part 331 Net wheel 332 Net wheel fixing seat 333 Rubber wheel 334 Rubber wheel fixing seat 335 Ink tank 35 Plate wheel adjustment mechanism 351 Hand wheel 352 Rod 353 first gear 11 M421885 354 screw 355 second gear 356 lock wheel 357 turbine 359 clamp group 12