TWM240347U - Serigraphy machine ascends and descend linking configuration amendment - Google Patents
Serigraphy machine ascends and descend linking configuration amendment Download PDFInfo
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- TWM240347U TWM240347U TW92212148U TW92212148U TWM240347U TW M240347 U TWM240347 U TW M240347U TW 92212148 U TW92212148 U TW 92212148U TW 92212148 U TW92212148 U TW 92212148U TW M240347 U TWM240347 U TW M240347U
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Description
M240347 創作說明(1) L本創作所屬 ,^ . 本創作係使網版印刷升降座之升降連動結 多方面之實用性與增進功效;主要技術、目的^.传具有 其-,減速馬達與連動之支撐桿,設成以凸輪、 ’而得呈直線連動、非是曲臂式拉動,因此,:钭 作用力於連結處及滑軌、滑座處,而得增大耐^, 效降低磨損之效果,進而可得耐用、確保精密度 而可輔助上升時之 果,達到確保印刷 ❿ 其二,加設一輔助氣壓缸連結於升降, 平穩、準確效果及定位時之穩定效 品質之精密度功效。 其三,加設有一再升氣壓缸, 養時,可呈更大高度間距 保養之功效。 於刮印機構、網版需維修保 之上升,得更方便人員維修 【先前技術】: 一按,習知之懸臂式網版印刷機,大體構造如圖一、二 所示,係一機台10上設有柱體1丨供組裝導軌12、滑座13 了 滑座連結橫向之升降座丨4,升降座則供組裝網版座丨5、刮 印機構16,又,升降座14樞接一向下之連桿19,連桿19樞 接於一出力臂18,出力臂18再連結於減速馬達之轉軸 ho。藉由上述結構,得減速馬達17轉動,而連動出力臂 18、連桿19、升降座14,並配合滑座13、導軌12而上下升 降’俾使刮印機構1 6網版可接觸印刷物印刷、印刷後升離 ;上述’其實存在有下列缺點··M240347 Creation Instructions (1) L This creation belongs to ^. This creation is to make the screen linkage of the lifting linkage of the screen printing platform more practical and enhance the effectiveness; the main technology and purpose ^. The transmission has its-, gear motor and linkage The support rod is set to be linearly linked by a cam and ', rather than a crank-type pull. Therefore, the force is applied to the joint, the slide rail, and the slide seat to increase resistance and reduce wear. The effect is to obtain durability, ensure precision, and assist in ascending results, to ensure printing. Second, an auxiliary pneumatic cylinder is connected to the lifting, and the precision is stable and accurate. efficacy. Third, it is equipped with a repeatedly raised air cylinder, which can be maintained at a greater height during maintenance. As the scratching mechanism and screen plate need to be repaired, it is more convenient for maintenance. [Previous technology]: One click, the conventional cantilever screen printing machine, the general structure is shown in Figures 1 and 2. It is a machine 10 There is a cylinder 1 丨 for assembling the guide rail 12, and the slide 13 for the slide to connect the horizontal lift 丨 4; the lift is for assembling the screen base 丨 5; the scraping mechanism 16; and the lift 14 is pivotally connected The lower link 19 is pivotally connected to an output arm 18, and the output arm 18 is further connected to a rotation shaft ho of the reduction motor. With the above structure, the deceleration motor 17 is rotated, and the output arm 18, the connecting rod 19, the lifting seat 14 are linked, and the sliding seat 13 and the guide rail 12 are used to move up and down, so that the scraping mechanism 16 can be printed on the screen. After printing, it lifts off; the above-mentioned 'in fact has the following disadvantages ...
第5頁 M240347Page 5 M240347
(1) (2) (3) (4) 2圖一所不’其雖可使升降座14上下直線升降,惟, 八連桿19、出力臂18係呈「曲臂式」之連結結構,因 此係呈「斜角度之拉動下降、推動上升」。而,「斜 ^度之施力」必會產生斜角度之抵迫(俗稱「蹺角」 ’故會在「出力臂18、連桿19連結處」、「滑座13 :導軌12連結處」,產生「斜角強力抵迫」之作用, 可理解的,其磨擦力、磨損力將較大,造成較不耐用 及易生精密度漸增大誤差之問題。 其支撐升降座14之構件,只有唯一「連桿丨9」,故耐 力強度較小、較易產生晃動之現像,進而影響刮印機j 構16、網版座15網版之印刷精密度。 因只有一連桿1 9支撐,於上升狀態供維修保養時,支 樓力、穩定性較小’故較危險(人員手部、頭部往往 需伸至刮印機構及網版下方)。 因只有一連桿19上升升降座η,又為得升降行程不過 大衍生浪費印刷時間之問題,其連桿丨9皆設成不長, 故維修保養時上升之空間高度不大,而較不方便維修 保養。 【新型内容】: 、請參閱圖三、四、五,係一機台2〇上設有柱體21供組 裝導軌22、滑座23,滑座連結橫向之升降座24,升降座則 供組裝網版座2 5、刮印機構2 6,升降座24並連結於一支撐 桿31,支撐桿31受減速馬達27作用而可升降,進而得升降 升降座24 ;其主要特徵在於: M240347 五、創作說明(3) ------— 該座24係樞接於一再升氣壓缸35之伸縮桿35〇,再升 軋$缸35之底端再連結於支撐桿31上端,支撐桿”底端 :有滑輪32,X,減速馬達27之轉軸27〇設有偏心之凸 3〇,支撐桿31之滑輪32則抵觸於凸輪3〇之厚度,形成 凸輪30轉動時可使支撐桿31上升、下且 其滑輪32係呈定點、直線升降; ^ 該升降座24所拖接之再升氣壓缸35底端一側,設有連結桿 36而樞接一輔助氣壓缸34之伸縮桿34〇,形成支撐桿31 再升氣壓缸35升降時’辅助氣壓缸之伸縮桿34〇亦 同步升降; 0 該機台20與支撐桿31處内面,設有一滑套33供支撐%31套 合,而得補強輔助支撐桿31呈準確之直線升降。 【實施方式】·· 本創作使用時之動作、作用,係:如圖四所示,初始 時呈凸輪30處於最高點頂抵支撐桿31,而使升降座24處於 高處,其網版座25網版脫離機台檯面,而得置入待印刷物 後,減速馬達27旋轉1 80度(半圈)使凸輪30處於最低點 頂抵支撐桿31,而得讓支撐桿31下降,連帶使升降座24、 刮印機構26、網版座25網版下降得接觸待印刷物,刮印機> 構26即可左右來回印刷。反之,凸輪3〇再旋轉,得使支樓 桿31上升’連帶推使再升氣壓缸35上升,即得使升降座24 上升、網版座2 5上升離版取出印刷物。 承上述,在凸輪30旋轉而使支撐桿31升、降之同時, 輔助氣壓缸34亦動作使其伸縮桿34 0亦伸、縮。(1) (2) (3) (4) Figure 2 does not show that although it can raise and lower the lifting seat 14 in a straight line, the eight-link 19 and the output arm 18 are in a "crank-arm" connection structure. Therefore, it is "pulled down and pushed up at an oblique angle." In addition, the "force of the oblique angle" will produce the resistance of the oblique angle (commonly known as "tilt angle" so it will be at the "joint of the output arm 18, the connecting rod 19", "the slider 13: the joint of the guide rail 12" It has the effect of "inclined angle strong resistance". Understandably, its frictional force and abrasion force will be larger, which will cause problems of less durability and easy to increase precision. The components that support the lifting seat 14, There is only one "linkage 丨 9", so the endurance strength is small and it is easy to produce the phenomenon of sloshing, which affects the printing precision of the squeegee 16 and the screen base 15. Because there is only one link 19 In the rising state for maintenance, the supporting force and stability are relatively low, so it is more dangerous (people's hands and heads often need to reach below the scraping mechanism and screen). Because there is only one link 19, the lifting seat is raised. η, in order to avoid the problem of wasting printing time due to the large lifting stroke, the connecting rods 丨 9 are not set to be long, so the height of the space for maintenance is not large, and it is less convenient to maintain. 【New content】: Please refer to Figures III, IV, and V, which are installed on one machine 20 The body 21 is used for assembling the guide rail 22, the slide seat 23, and the slide seat is connected to the horizontal lift seat 24, and the lift seat is used for assembling the screen plate seat 25, the scraping mechanism 26, and the lift seat 24 is connected to a support rod 31, the support rod. 31 can be raised and lowered by the deceleration motor 27, and then can be raised and lowered 24; its main characteristics are: M240347 V. Creation Instructions (3) ---------- The seat 24 is pivotally connected to 35 The bottom end of the telescopic rod 35 is raised to the bottom of the cylinder 35 and then connected to the upper end of the support rod 31. The bottom end of the support rod: there are pulleys 32, X, and the rotation shaft 27 of the reduction motor 27 is provided with an eccentric convex 30, which supports The pulley 32 of the lever 31 abuts against the thickness of the cam 30, and when the cam 30 rotates, the support lever 31 can be raised and lowered, and its pulley 32 is at a fixed point, which can be linearly raised and lowered; ^ the re-lifting pressure dragged by the lifting seat 24 At the bottom of the cylinder 35, there is a connecting rod 36 and a telescopic rod 34 of an auxiliary pneumatic cylinder 34 is pivotally formed to form a support rod 31. When the pneumatic cylinder 35 rises and lowers, the telescopic rod 34 of the auxiliary pneumatic cylinder also rises and falls simultaneously; 0 The machine 20 and the inner surface of the supporting rod 31 are provided with a sliding sleeve 33 for supporting% 31, and can be supplemented The support rod 31 moves straight up and down accurately. [Embodiment] ... The actions and effects of this creative use are shown in Figure 4. Initially, the cam 30 is at the highest point against the support rod 31 to make the lifting seat. 24 is at a high position, and its screen holder 25 screen is separated from the machine table, and after placing the to-be-printed material, the reduction motor 27 is rotated 180 degrees (half a circle) to make the cam 30 at the lowest point against the support rod 31. The supporting rod 31 is lowered, and the lifting base 24, the scraping mechanism 26, and the screen base 25 are lowered to contact the object to be printed, and the scraper > structure 26 can print back and forth from left to right. Conversely, the cam 30 rotates again, It is necessary to raise the supporting rod 31 to raise the re-lift cylinder 35 together, that is, to raise the lifting seat 24 and the screen seat 25 to lift off the plate and take out the printed matter. According to the above, while the cam 30 rotates to raise and lower the support rod 31, the auxiliary pneumatic cylinder 34 also operates so that the telescopic rod 34 0 also extends and contracts.
M240347M240347
五、創作說明(4) 再升氣壓缸35方面··當欲維修、保養、更換網版時, 凸輪30亦處於最高點頂抵支撐桿31、升降座“,且,令再 升氣壓缸35動作伸縮桿350伸出(如圖六所示),得讓7升 降座24又再升一高度,使升降座24、刮印機構“、網版座 25網版與機台檯面間之間距更大,而得更大空闊空間操作 由上述之說明可知,本創作起碼具有下列之優點··V. Creation Instructions (4) Regarding the re-cylinder 35. When you want to repair, maintain and replace the screen, the cam 30 is also at the highest point against the support rod 31 and the lifting seat. The action telescopic rod 350 is extended (as shown in Fig. 6), so that the 7 lifting base 24 has to be raised to another height, so that the distance between the lifting base 24, the scraping mechanism ", the screen base 25 and the screen plate is increased. Large, but larger, open space operation From the above description, we know that this creation has at least the following advantages ...
(1) 升降座24、支撐桿31之升降,係由凸輪3〇頂推支撐桿 31作用之,凸輪30與支撐桿31間呈「不連結」、「滑 輪32之抵觸」,故可使支撐桿31保持「定點、直線」 狀態升降,支撐桿31並不需呈「斜角度」狀,因此, 不會產生斜角之抵迫力於「滑座23、導軌22處」及「 支樓桿31、凸輪30處」,二處皆保持直線滑動。可理 解的’得降低磨擦力、磨損度至最小,故可得耐用、 保持精密度之功效。(1) The lifting of the lifting seat 24 and the supporting rod 31 is effected by the cam 30 pushing the supporting rod 31. The cam 30 and the supporting rod 31 are "unconnected" and "impact with the pulley 32", so the support can be supported. The rod 31 is maintained in a "fixed point and straight line" state, and the support rod 31 does not need to be in an "inclined angle" shape. Therefore, no oblique angle force will be generated on the "slide 23, guide 22" and "branch pole 31". 30 cams ", both places keep sliding straight. It is understandable to reduce friction and abrasion to a minimum, so that it is durable and maintains precision.
(2) 升降座24、刮印機構26、網版座25網版,係受「支撐 桿31、辅助氣壓缸34」同時支撐,得增大耐力強度及 穩定性之功效。尤其,在維修、保護、更換網版時, 多一輔助氣壓缸3 4之支撐鎖定,恰似多一「保險」裝 置’具防誤下降之安全功效。 (3) 設有滑套33套合於支撐桿31,而得增大支撐桿31不彎 曲之耐力強度、及確保直線升降之功效。 (4) 與凸輪30之磨擦,係呈由「滑輪32」接觸,故可得轉 動順暢、磨損極小之功效。且,縱然經一長時間磨損(2) The lifting plate 24, the scraping mechanism 26, and the screen plate 25 screen are supported by the "support rod 31 and the auxiliary pneumatic cylinder 34" at the same time, which can increase the endurance strength and stability. In particular, when repairing, protecting, and replacing screens, the support of an additional auxiliary cylinder 34 is locked, just like an additional "insurance" device 'has a safety function to prevent accidental drop. (3) A sliding sleeve 33 is fitted on the support rod 31, so that the endurance strength of the support rod 31 without bending can be increased, and the effect of ensuring linear lifting can be ensured. (4) The friction with the cam 30 is in contact with the "pulley 32", so it can get smooth rotation and minimal wear. And, even after a long period of wear
第8頁 474 M240347Page 8 474 M240347
後,亦可經由再升氣壓缸35調整補足之使其伸縮桿 350略再伸出一長度,即可回復原升降尺寸之準確性 (5) (6) 具有再升氣壓缸35得供再升高升降座24,提供大空 供維修 '保養、更換零件。且,因此可使升降座在丄 維修、保養時,儘量縮短升降行程,而得縮短升降 間,進而節省加工時間。 、 ,’因本創作因可使支樓桿31呈「直線」升降、不需 „斜角度」拉推,故,可在再升氣壓缸35與升降座24Later, you can also adjust the top-up cylinder 35 to make it extend the telescopic rod 350 a little longer to restore the accuracy of the original lifting size. (5) (6) The re-lift cylinder 35 can be re-lifted. High lift seat 24 provides large space for repairs' maintenance and replacement parts. In addition, the lifting seat can be used to shorten the lifting stroke as much as possible during repair and maintenance, so as to shorten the lifting space, thereby saving processing time. ,, ’Because of this creation, the branch pole 31 can be raised and lowered in a“ straight line ”without the need for“ slant angles ”. Therefore, the air cylinder 35 and the lifting seat 24 can be raised again.
二L ::具有滑槽2U之隔板210,而得使刮印機構26 :與作^支撲桿升降)隔離,避免刮印機構、網 版之油墨污潰升降之構件。 綜上所述,本創作之結 域’確實是前所未有之創作 有極佳之實用性與增進功效 賜准專利,實感德便。 構’於「網版印刷機」物品領 ’而所達成之功效,亦確實具 ’誠*符合新型專利要旨,懇請Two L :: partition plate 210 with chute 2U, so that the scraping mechanism 26 can be isolated from the dart lever to prevent the scraping mechanism and screen ink from fouling and lifting components. To sum up, the domain of this creation is indeed an unprecedented creation. It has excellent practicability and enhanced efficacy. It has a quasi-patent and a sense of virtue. The effect achieved by the construction of the "screen printing press article" is indeed ‘sincere * in line with the gist of the new patent.
第9頁 M240347 圖式簡單說明 圖式簡單說明 圖一 圖二 rSl 一 圖二 圖四 圖五 圖六 係習知立體圖 係習知之動作示 係本創作立體圖:卞“乍升降動作示意圖 ^創作凸輪作用示意圖 圖號說明:創作維修料時再升至最高處之示意圖 1 0、20機台 21 17、27減速馬達 狂體 170、270轉軸 18出力臂 19連桿 30凸輪 31支撐桿 32滑輪 11 12 13 14 15 16 Μ導軌 Μ滑座 Μ升降座 2 5網版座 26刮印機構 圖 33滑套 34辅助氣壓缸 3 4 0、3 5 0伸縮桿 35再升氣壓缸 3 6聯結桿 21 0隔板 211滑槽Page 9 M240347 Schematic illustrations Schematic illustrations Schematic Figures 1 rSl 1 Figures 2 Figures 4 Figures 5 Figures 6 Series of conventional three-dimensional drawings of the conventional movements are shown in this creative perspective: 卞 "Elevation of the first step of lifting action ^ Creative cam action Schematic diagram number description: Schematic diagram of ascending to the highest position when creating maintenance materials 1 0, 20 machine 21 17, 27 gear motor 170, 270 rotating shaft 18 output arm 19 connecting rod 30 cam 31 support rod 32 pulley 11 12 13 14 15 16 Μ guide rail Μ slide seat M lift seat 2 5 screen seat 26 scraping mechanism diagram 33 slide sleeve 34 auxiliary pneumatic cylinder 3 4 0, 3 5 0 telescopic rod 35 re-lift pneumatic cylinder 3 6 connecting rod 21 0 partition 211 Chute
第10頁 476Page 476
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TW92212148U TWM240347U (en) | 2003-07-01 | 2003-07-01 | Serigraphy machine ascends and descend linking configuration amendment |
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TW92212148U TWM240347U (en) | 2003-07-01 | 2003-07-01 | Serigraphy machine ascends and descend linking configuration amendment |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI492849B (en) * | 2009-06-02 | 2015-07-21 | Tokaiseiki Co Ltd | A method of moving the printing table of the screen printing machine and a printing table moving device |
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2003
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI492849B (en) * | 2009-06-02 | 2015-07-21 | Tokaiseiki Co Ltd | A method of moving the printing table of the screen printing machine and a printing table moving device |
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