专利检索_..用于凹版或照相凹版印刷（样张印刷机入B41F3/28）专利检索_..用于凹版或照相凹版印刷（样张印刷机入B41F3/28）专利检索查询

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B41F3/38：...刮墨机构

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
21	一种双向凹版印刷机	CN202020544554.9	2020-04-14	CN212124490U	2020-12-11	不公告发明人
本实用新型公开了一种双向凹版印刷机，包括机架、收料架、驱动机构、纵向调节机构、横向调节机构和导向辊；凹版印刷机本体：其对称安装在机架的左右两端；收料架：其底部通过滑动机构与机架滑动连接，其顶部侧面通过导向机构与凹版印刷机本体活动连接；驱动机构：其安装在机架上且与滑动机构连接固定；纵向调节机构：其包括第一导轨和第一直线电机，第一导轨竖直固定在收料架的内侧，所述第一直线电机装配在第一导轨上；该双向凹版印刷机，而使两台凹版印刷机本体能够进行独立工作或协同工作，其调节能力强，适应性强，工作能力强。
22	一种实验用小型凹版油墨印刷装置	CN201920201587.0	2019-02-15	CN210234309U	2020-04-03	王庆来; 刘黎南; 刘勇
本实用新型属于应用测试实验装置技术领域，具体涉及一种实验用小型凹版油墨印刷装置，包括凹印版、滚轮、刮刀和压力传感器，所述凹印版上安装有滚轮安装架，滚轮安装架上方安装有滚轮，滚轮安装架的下方安装有刮刀，所述滚轮和刮刀通过锁扣固定在滚轮安装架上，所述滚轮下端和刮刀下端均安装有压力传感器，压力传感器安装在滚轮和刮刀的两侧，所述滚轮安装架两端分别设有调节平衡螺母，所述凹印版上设有显示器、速度调节阀和开关。操作人员根据显示器所显示的滚轮和刮刀左右两边的压力数值来调节平衡螺母，由速度调节阀调节滚轮速度，由开关负责操控。
23	凹版印刷机的加温系统	CN200820122626.X	2008-09-19	CN201291633Y	2009-08-19	俞伟明
本实用新型公开了一种凹版印刷机的加温系统，包括密封的外壳，以及散热器，安装在所述外壳内；导热介质，安装在所述散热器内；加热器，安装在所述导热介质内，用于散发热量。本实用新型由于采用了散热器和导热介质进行热传导，因此，大大提高了加热效果，在实现同等加热效果的前提下，降低了能耗，既节约了能源，又节约了生产成本，增加了企业的竞争力。
24	DEVICE FOR FORMING THIN FILM	EP87901664.0	1987-03-03	EP0257103A1	1988-03-02	HASHIMURA, Yasuhiro; NOGUCHI, Satoshi; MINAMI, Nobuyuki
Device for forming thin films on a object to be printed (10) by printing. Said device is characterized by an intaglio formed into a cylinder, that is an intaglio roller (3) included therein. ink applied to said intaglio roller (3) is printed after having been temporarily transferred to a printing roller (4) or directly on the object to be printed (10) on a surface plate (11) positioned at a place for printing. In this manner, a thin film is formed on the object to be printed (10). As the intaglio roller (3) has a cylindrical body, the surface thereof can be easily and precisely finished by machining. Accordingly, if a large number of ink cells arranged in a predetermined pattern is given by machining directly to the surface of said intaglio roller (3), contact pressure on the surface of the printing roller (4) against the surface of the ink cells of the intaglio roller (3) or that on the surface of the object to be printed (10) tends to be uniform all over the surfaces, allowing the thickness of films to be printed on the object (10) to be uniform with high accuracy all over the surface.
25	印刷装置及び印刷方法	PCT/JP2014/056288	2014-03-11	WO2014156608A1	2014-10-02	児玉　憲一
本発明は、凹版を用いた印刷法によって好ましい微細パターンを形成しうる印刷装置及び印刷方法を提供する。本発明の一の態様に係る印刷装置は、基板（１４）に形成されるパターン（３１Ｃ）に対応する形状の凹部（１２Ａ）が形成された印刷版（１２）と、パターンの材料の粒子を分散させた液体を印刷版の凹部の内部へ吐出させるインキング処理を行うインクジェットヘッド（３０）を具備するインキング処理部（２０）と、インキング処理後に印刷版の凹部が形成される面に基板を貼り合わせる貼合処理を行う貼合処理部（２４）と、基板を印刷版の凹部が形成される面に貼り合わせた状態で凹部の内部の液体に対して乾燥処理を施して、液体の流動性を低下させる後乾燥処理部（２６）と、後乾燥処理部による乾燥処理後に印刷版と基板とを剥離させる剥離処理部（２８）と、を備えている。
26	印刷用凹版、印刷装置および印刷方法	PCT/JP2016/061899	2016-04-13	WO2016199493A1	2016-12-15	藤澤　泰充; 古谷　祥雄; 屋根　剛
印刷用凹版２に複数種類の線幅を有する複数の凹部を形成する際、完全転写が可能な凹部の線幅と深さの組合せの中から、線幅比が１．０に近くなる深さを選択する。このとき、線幅比の許容範囲において、インキ量が多くなるようにより深い深さを選択する。これにより、ブランケット胴３からの完全転写を得つつ、線幅比を所望の範囲に抑え、かつ抵抗率も低く抑えられる好適な導電パターン７１をワーク４の表面に形成することができる。
27	Gravure-Printed Devices and Method of Producing such Devices	AU2016100918	2016-06-22	AU2016100918A4	2016-07-28	JOLIC KARLO IVAN
Abstract A method of printing a discontinuous image on a device using a gravure printing process which is susceptible to feathering, the device including: a substrate, and an image layer superposed with at least a portion of the substrate, the image layer including the discontinuous image, the discontinuous image having at least one leading edge during printing, the method including: printing a plurality of anti-feathering elements in an extended edge region of the image layer adjacent the leading edge, the anti-feathering elements being printed before the leading edge of the discontinuous image, the anti-feathering elements and discontinuous image being printed in the same rotary action, wherein the plurality of anti-feathering elements are indiscernible to the naked eye. f .~ / -s Figure 2.
28	LAMİNAT TABLALI GRAVÜR BASKI PRES	TR201509339	2015-07-28	TR201509339A2	2015-10-21	KADİR HALAÇ
Sunduğumuz buluş; gravür sanatı ve gravür işlerinde kullanılacak olan, gövde grubu, baskı grubu, kompakt laminat veya laminat malzemeden imal edilmiş tabla ve hareket grubu unsurlarından oluşan laminat tablalı gravür baskı presi ile ilgilidir.
29	Vorrichtung zum Drucken eines vorgesehenen Musters	DE202014009193	2014-11-19	DE202014009193U1	2015-03-20
Vorrichtung (3, 5) zum Drucken eines vorgesehenen Musters (60) umfassend: eine erste Walze (3) zur Verwendung zum Drucken eines ersten Musters (606) mit einer ersten Musterrichtung (71) auf ein bedruckbares Medium (4), wobei die erste Musterrichtung (71) und eine erste Druckrichtung (61) einen ersten eingeschlossenen Winkel von nicht mehr als 50° zwischen ihnen haben, und eine zweite Walze zur Verwendung zum Drucken eines zweiten Musters (607) mit einer zweiten Musterrichtung (72) auf das bedruckbare Medium (4), wobei die zweite Musterrichtung (72) und eine zweite Druckrichtung (62) einen zweiten eingeschlossenen Winkel von nicht mehr als 50° zwischen ihnen haben, die erste Druckrichtung (61) und die zweite Druckrichtung (62) senkrecht aufeinander stehen, und das erste (606) und das zweite Muster (607) das vorgesehene Muster (60) bilden.
30		DE69223792	1992-07-30	DE69223792D1	1998-02-05	HASHIMURA YASUHIRO
A thin film forming device comprising an intaglio printing roll (3) having a number of ink cells (3a), an ink supplying device (5) for filling ink into the ink cells of the intaglio printing roll, a printing roll (4) having a raised portion (41) adapted to be brought into contact with the above intaglio printing roll so that ink in the cells of the intaglio printing roll is transferred to the raised portion, a printing table (6) for fixing a body on which printing is effected and transferring ink on the raised portion of the printing roll to the surface of the body on which printing is effected by bringing the body into contact with the raised portion of the printing roll, a first driving device (31) for rotating the intaglio printing roll, a second driving device (7) for rotating the printing roll independently of the intaglio printing roll, and control means (103, 101, 102) for controlling the first and second driving devices so that the intaglio printing roll and printing roll rotate with a rotational speed difference within a predetermined range, wherein the intaglio printing roll (3) and the printing roll (4) are driven independently with a rotational speed difference within a predetermined range by the control means, whereby a thin film that is more uniform in thickness and smoother can be formed on the surface of the body on which printing is effected.
31	METHOD AND APPARATUS FOR PROOF PRINTING TEST.	GB8813007	1987-10-07	GB2204279B	1991-03-27	TODA YUKIO; NAKATSUKA TAKESHI; TAKAHASHI TORU; ARAKAWA HARUHITO
PCT No. PCT/JP87/00756 Sec. 371 Date Jun. 6, 1988 Sec. 102(e) Date Jun. 6, 1988 PCT Filed Oct. 7, 1987 PCT Pub. No. WO88/02696 PCT Pub. Date Apr. 21, 1988.The ink is dropped onto a flat plate, and then supplied to a printing area by a doctor blade. An impression pressure cylinder around which a material to be printed is wound is then rolled against the plate under a predetermined printing pressure, or the plate is moved to the impression cylinder and rotated freely in a predetermined position by the frictional resistance thereof with respect to the plate. Thus, the ink on the printing area is transferred to the material to be printed to carry out printing. The rolling of impression cylinder or moving of the plate is performed by a pneumatic cylinder. The printing speed, the interruption of the movements of the impression cylinder or plate, and the returning of the impression cylinder or plate to its original position after the completion of the printing operation are controlled by regulating the pressure supplied to the air cylinder.
32		DE3790620	1987-10-07	DE3790620T1	1988-09-15
PCT No. PCT/JP87/00756 Sec. 371 Date Jun. 6, 1988 Sec. 102(e) Date Jun. 6, 1988 PCT Filed Oct. 7, 1987 PCT Pub. No. WO88/02696 PCT Pub. Date Apr. 21, 1988.The ink is dropped onto a flat plate, and then supplied to a printing area by a doctor blade. An impression pressure cylinder around which a material to be printed is wound is then rolled against the plate under a predetermined printing pressure, or the plate is moved to the impression cylinder and rotated freely in a predetermined position by the frictional resistance thereof with respect to the plate. Thus, the ink on the printing area is transferred to the material to be printed to carry out printing. The rolling of impression cylinder or moving of the plate is performed by a pneumatic cylinder. The printing speed, the interruption of the movements of the impression cylinder or plate, and the returning of the impression cylinder or plate to its original position after the completion of the printing operation are controlled by regulating the pressure supplied to the air cylinder.
33		FR7319561	1973-05-29	FR2186355B1	1977-02-11

34	PRINTING APPARATUS	GB2532972	1972-05-30	GB1439458A	1976-06-16
1439458 Intaglio printing COLORFLO Ltd 30 May 1973 [30 May 1972] 25329/72 Heading B6C In an offset press using an intaglio resiliently mounted horizontal plate 16 through which ink is pumped to the design recesses of the upper surface an offset or blanket cylinder 44 is rolled over the plate before transferring the collected image to a copy sheet 13. The design may be multicoloured and for this purpose ink reservoirs 18 are used in which the ink is pressurized and an impression plate 43 is forced down on the cylinder 44 during the printing stroke. In the apparatus of Fig. 4 the cylinder 44 is mounted on an intermittently movable conveyer belt actuated through a free wheel device by pneumatic rams 145, 146 so that the cylinder is raised from the printing plate and copy sheet holder during the non-printing stroke. Inking of the plate is effected during this non-printing stroke by causing an impression plate 43 (Fig. 5, not shown) to descend and thus compress the resiliently sprung intaglio plate downwardly to cause ink to move upwardly from reservoirs to the surface of the plate.
35	PRINTMAKERS PRESS	CA123718	1971-09-27	CA948029A	1974-05-28	KRASSOV CHARLES; PUFAHL JOHN K JR

36	Improvements in plate printing machines	GB1220821	1921-04-28	GB180869A	1922-06-08
180,869. Sattler, R. April 28, 1921. Intaglio-plate printing; bed-reciprocating apparatus; printing - surfaces; driving printing- machines; throw-out arrangements; blankets.-A machine for printing from engraved plates is constructed with a reciprocating bed on which the plate is mounted, the bed being driven by power mechanism comprising a onerevolution clutch which auomaticallv stops the bed after one complete reciprocation. The plate is inked and wiped by hand. The sheet to be printed is placed by hand against a mark on the plate and is carried through the machine by friction only. The bed is reciprocated by crank and link mechanism and has a gradually accelerating motion to commence with and a quick return. The segmental impression cylinder is driven independently of the bed during this initial motion, and the cylinder and a rack on the bed are then geared together until after the impression is completed, the impression cylinder being locked after a complete rotation and held so while the bed is returned with a quick motion, at the end of which the machine is stopped by the clutch. The plate A is positioned against a plate 91 which is held by screw-operated flanged members 87 having flat portions 89 for receiving the plate before the circular flanges are clamped over the edges. The bed is supported on rollers 6, 7, 8, and a central roller 11 with a recessed middle portion, the roller 11 being adjustable by means of eccentric bearings having a circular slot engaged bv a screw 14. The rollers 6, 7, 8 are mounted in a frame carried by standards fitted with work-tables at each side, and the bed is prevented from vertical movement by guides which overhang bearers on the bed. The bed is fitted with a rack 24 connected loosely to it by screws 25 engaging in slots in the rack, a spring 88 being arranged between the rack and a projection on the bed to allow the rack to yield relatively to the bed so as to adjust itself to inequalities of gear &c. between the rack 24 and the gearing 23<1> of a segmental impression cylinder 23. The screws 25 may fix the rack to the bed after the required adjustment. The sheet to be printed is placed on the plate A with the bed in the position shown in Fig. 6. The driving-gear between a motor 92 and a shaft 34 is then put in operation and a clutch finger 48 is operated to release a clutch-bolt 46, which moves under the action of a spring to engage one of a series of recesses in a disc on the shaft 34, and this shaft is driven until the finger 48 automatically releases the bolt 46 at the end of a complete revolution of shaft 34. The shaft 34 drives the bed with a gradually accelerating motion by means of a crank 69, a slotted arm 71, and an inclined link 65 which in time assumes an approximately horizontal position. This crank-mechanism ensures a quick return of the bed. A sector 61 on shaft 34 rotates through gears 30, 29, 28, the impression cylinder at the commencement until the segmental gear 23 engages the rack 24, which then drives the cylinder through the remainder of a revolution, after which the cylinder remains stationary until the bed has completed its quick return, whereupon the operations are completed and the whole mechanism stopped in the position shown in Fig 6. An arm 32 on the shaft of gear 30 is formed with recessed ends which engage a disc on the shaft 34 and holds the gearing locked while the bed returns. The arm 32 is fitted with teeth which engage the sector 61 to start the rotation of the gearing for driving the impression cylinder at the commencement. The clutch is driven from a motor 92, or by an external motor with a belt passing through an aperture 107 in the base 1 and over a fly-wheel 93. The motor shaft is connected by worm gearing to a shaft 96 on which is spliced a change-speed gear which can drive the clutch by gears 43, 98, or 42, 97. The gearing may be enclosed in a chamber 43 containing oil; a guard 46 encloses the chamber and a guard 105 prevents oil from splashing out of the motor chamber. The shaft 34 is fitted with a brake 109 which assists in securing a gradual starting of the bed. The plate A is heated by a lamp 86 mounted on a post 84 held in position by a screw 83'. The impression roller 21, Fig. 2, is formed with V-shaped recesses to receive clamping-bars 75 which hold the blanket in position, the bars being held to links 76 pivoted to the ends of the cylinders and held in position by plates 77<1> operated bv clamping-screws 77. In a modification the rack on the bed is fixed, and yielding springs are arranged between the gear 23<1> and its driving- member. The change-speed gear is arranged between the driving-motor and the worm-wheel, which drives the shaft 34 directly. A brake acts on the bed to steady its motion at the start.
37		FR451461D	1912-12-04	FR451461A	1913-04-19

38		FR424173D	1910-12-24	FR424173A	1911-05-06	GALLETET LEON

39		FR383811D	1907-01-17	FR383811A	1908-03-18

40		FR358116D	1905-09-28	FR358116A	1906-01-29

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