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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
81	Intagliated plate for offset printing and offset printing method using the same	JP2005346450	2005-11-30	JP2007152560A	2007-06-21	TOKAI AKIRA; KASAHARA SHIGEO
PROBLEM TO BE SOLVED: To provide an intagliated plate for offset printing, with which the conductive paste of an electrode material can be printed in certain width and thickness with high positional accuracy. SOLUTION: Ink made of conductive paste 6 is filled in the recesses of the intagliated plate 1 and, after that, the ink is transferred from the intagliated plate 1 to a blanket cylinder 8 and finally the ink transferred on the blanket cylinder 8 is re-transferred onto a substrate 9. The intagliated plate is formed by covering a flat plate 2 made of a material having nearly the same thermal expansion coefficient as that of the substrate 9 with the resin 3 so as to form the recesses on the resin 3. COPYRIGHT: (C)2007,JPO&INPIT
82	Printing equipment and printing method	JP2005338580	2005-11-24	JP2007144645A	2007-06-14	NAKAYA YOSHINORI; KATSUBE RYOJIRO
PROBLEM TO BE SOLVED: To provide printing equipment which is capable of printing in a short time, using a plurality of plates. SOLUTION: Plate cylinders 2a, 2b and blanket cylinders 3a, 3b are provided in a plurality and patterns thereon are transferred respectively onto divided drawing areas 7a, 7b of a glass substrate 7 and therefore the equipment is capable of responding also to a large drawing area. Particularly, each of the printing cylinders 2a, 2b, 3a, 3b transfers the pattern onto the drawing areas 7a, 7b divided in the direction perpendicularly intersecting the printing direction and therefore it can respond also to the glass substrate 7 of which the size in the direction (width direction) perpendicularly intersecting the printing direction A is enlarged. Since an axial direction displacement mechanism for adjusting the alignment of the pattern to be transferred and a phase adjusting mechanism are provided for the plate cylinders 2a, 2b and/or the blanket cylinders 3a, 3b, in addition, the alignment can be adjusted for each of the divided drawing areas 7a, 7b. COPYRIGHT: (C)2007,JPO&INPIT
83	METHOD FOR CHARGING PASTE AND PASTE CHARGING DEVICE USING IT	JP2000156345	2000-05-26	JP2001334635A	2001-12-04	HIRATA SHINJI; SASANO RYUTA
PROBLEM TO BE SOLVED: To prevent a damage of pattern grooves formed on a film. SOLUTION: The method for charging a paste comprises the steps of fixing a film 3 formed with recess pattern grooves 4 on its surface onto a stage 2, then filling the paste 5 in the grooves 4 of the film 3 and thereafter sliding a squeegee 6 on the surface of the film 3 in a state in which the squeegee 6 is inclined to the grooves 4.
84		JP24914892	1992-09-18	JP3163777B2	2001-05-08

85	DOCTOR BLADE, OFFSET PRINTER AND METHOD FOR OFFSET PRINTING	JP15009099	1999-05-28	JP2000334916A	2000-12-05	YONEMOTO KAZUNARI; ISHIKAWA NOBUYUKI; MIDORIKAWA MASAKO
PROBLEM TO BE SOLVED: To increase an ink charging amount on a recess pattern and to make doctoring by suppressing an ink residue on an intaglio by providing an edge leveling portion passed through a gap on a surface of the intaglio, and an edge charging portion brought into contact with the surface of the intaglio and passing it. SOLUTION: The doctor blade 2 is constituted by integrating an edge leveling portion 2b with an edge charging portion 2a. The portion 2a is formed at its edge in a protruding shape such as a cutter edge or the like, and sharpness of an ink 107 is effectively provided at an end of a pattern while leveling the ink 107. Meanwhile, the portion 2b is formed in plane at its surface opposed to the surface of an intaglio 105, passed at a desired gap from the surface of the intaglio 105 to suppress a phenomenon of ejecting subsequently to a rake angle of a doctor by the ink 107, and a charging amount of the ink is assured. Thus, the ink charging amount on the pattern 1 is increased and hence stably ensured.
86	APPARATUS AND METHOD FOR INTAGLIO PRINTING	JP34797898	1998-11-24	JP2000158621A	2000-06-13	YONEMOTO KAZUNARI; ISHIKAWA NOBUYUKI; MIDORIKAWA MASAKO; NAKAHARA NOBUYUKI
PROBLEM TO BE SOLVED: To conduct doctoring of a region of a large area efficiently and at a low cost. SOLUTION: In an apparatus or a method for intaglio printing wherein an intaglio 201 supplied with ink is moved relatively to a doctor blade 205 in doctoring and a pattern formed of the ink filled in the intaglio thereby is transferred onto a printing matter, the doctor blade 205 is made up of a plurality of doctor blades 205 each having a length smaller than the width of a pattern part 202 of the intaglio and these doctor blades 205 are so disposed as to take charge of different regions on the intaglio in doctoring. Moreover, the individual doctor blades 205 taking charge of the regions adjacent to each other are disposed in doctoring so that the adjacent regions may overlap partially each other and that the doctoring be conducted in a manner of overlapping in a prescribed width.
87	INK REMOVING/SUPPLYING METHOD AND APPARATUS THEREFOR	JP26682097	1997-09-30	JPH1199608A	1999-04-13	KAWASAKI HIROAKI; TERAGUCHI TAKASHI
PROBLEM TO BE SOLVED: To provide a novel ink removing/supplying method capable of certainly removing the ink on a doctor blade without generating a problem such as dripping or the like to again use the removed ink in printing without wasting the same, and an apparatus for executing the same. SOLUTION: In an ink removing/supplying method, the ink 6 scraped off from the surface of an intaglio 5 by a doctor blade 41 is transferred to a rotary ink holding roller 12 and subsequently supplied to the intaglio 5 after printing by the ink holding roller 12. The apparatus for executing this method is constituted so as to move the ink holding roller 12 and the rotary drive means 2 for rotating the same to the doctor blade 41 and the intaglio 5 by a roller moving means 3.
88	METHOD AND APPARATUS FOR WIPING OFF INK OF INTAGLIO	JP26247996	1996-09-11	JPH1086319A	1998-04-07	HOSOI HARUJI; NAKAMURA HIROMI
PROBLEM TO BE SOLVED: To wipe off ink from an outer surface of an intaglio and to effectively collect the wiped ink, and to reuse the wiped ink. SOLUTION: The method for wiping off ink of an intaglio comprises the steps of wiping off ink 3A adhered to an outer surface 5 of the intaglio 1 by a first ink adhering member 6 made on its surface of a rubber or plastic, then moving ink 3B adhered to the surface of the member 6 to a surface of a second ink adhering member 10 having much wear resistance on a surface and high hardness and higher ink adhering force than that of the surface of a cleaning roll 6 and collecting ink 3C adhered to the surface of the member 10 by a collecting means 11 for reuse.
89	PRINTING METHOD AND APPARATUS USING PLANOGRAPHIC INTAGLIO	JP8910994	1994-04-04	JPH07276599A	1995-10-24	OYAMA NOBUHITO
PURPOSE:To accurately print the printing pattern formed on a planographic intaglio by improving the cutting of ink while reducing the exudation of ink from the recessed part of the planographic intaglio by obliquely sliding a doctor blade with respect to an advance direction. CONSTITUTION:A doctor blade 5 is set to an angle beta with respect to the direction Q crossing a blade advance direction P at a right angle so that the surface of the blade does not become right-angled to the advance direction P of the blade and slid on the surface of a planographic intaglio 1 from one end part thereof to the other and part thereof as shown by numerals 5, 5b, 5c to perform ink scraping-off operation and the ink on the planographic intaglio is transferred to an object to be printed to perform printing.
90	DOCTOR BLADE AND INTAGLIO PRESS	JP24204492	1992-09-10	JPH0691841A	1994-04-05	HIRAYAMA SHIGERU; IWASAKI KATSUMI
PURPOSE:To automatially adjust the contact pressure, contact angle, and parallelism of a doctor blade to a plate surface by a method wherein a plurality of drivers for abutting or separating the doctor blade and its holder on/from the plate surface are provided in the printing direction of an intaglio plate and the orthogonal direction thereto. CONSTITUTION:Parts to be adjusted at the time of doctoring are a contact angle theta1 of a doctor blade 21 to an intaglio plate 16, a contact angle theta2 of the doctor blade 21 to the intaglio plate 16, and a horizontally rotating inner angle theta3 of the doctor blade 21 to the forward direction of an inking frame 25 moving along a printing base 27. These values are separately adjusted by adjusting mechanisms to realize a proper doctoring on the intaglio plate 16. The contact angle theta2 has characteristics different from those of the contact angles theta1 and theta3 with respect to ink scraping properties and intrinsically set to zero.
91	INK SUPPLY METHOD AND APPARATUS	JP8592891	1991-03-27	JPH04298351A	1992-10-22	ISHIMOTO MANABU
PURPOSE:To obtain a good detailed pattern having no pinhole by preventing that air (bubble) is drawn in the ink entering the cells of an image line part. CONSTITUTION:The image line part 7a of an intaglio 7 is covered with a cover 11 to be hermetically closed and air is sucked from this hermetically closed space 18 by a vacuum means 13 to be removed from cells (c). Thereafter, defoamed ink (e) is supplied to the image line part 7a within the hermetically closed space 18 by an ink supply means 15 while the hermetically closed space 18 is held to low atmospheric pressure to introduce the ink containing no air into the cells (c) free from air.
92		JP15096084	1984-07-20	JPH0331139B2	1991-05-02	TSURUSAKI MASAO

93	INTAGLIO PRINTING APPARATUS	JP16905680	1980-12-02	JPS5793149A	1982-06-10	ASAZAKI TATSUO; AOSHIMA SHIYOUICHI; ORIBE GOROU
PURPOSE:To improve the quality of printing and massproducting property by providing a means for filling the concave section of a sheet-shaped plate with a printing liquid and members adapted to remove an excess of the liquid from the surface of the plate overlapping each other at least in two directions prior to the transfer. CONSTITUTION:For example, an ink fills a fine concave section 2 of a sheet- shaped plate 1 forming a letter of A. Then, a first blade provided for an ink removing mechanism is moved in the direction of the arrow 3 in contact with the plate surface whereby ink is completely raked off a smooth surface 4 thereof. On the other hand, a second blade is moved in the direction of the arrow 6 preferably at the right angle of the arrow 3 over the plate surface to rake excess ink off. Even if there formed a line 5 by the first blade and a line 7 by the second blade, removal of ink from the two directions only leaves unwanted ink in a small area at the intersection 8 between the two lines, in no way affecting the quality of printing.
94	スキージ装置および印刷装置	JP2020001885	2020-01-09	JP2021109360A	2021-08-02	加藤拓司; 古村智之
【課題】ブレードから滴下してくる印刷材料を確実に回収する。【解決手段】本発明は、本体部と、ブレードを支持するブレード支持部材と、ブレード支持部材を本体部に対して上下方向に昇降させることで、ブレードにより印刷材料を第2水平方向に押し遣るスキージ状態と版から上方に退避した退避状態との間で切り替えるブレード昇降部と、ブレードの直下位置でブレードから滴下してくる印刷材料を受け取り可能に構成されるとともに、直下位置から横方向に離間した離間位置と直下位置との間で往復移動可能に設けられる受け部材と、ブレード支持部材の下降により退避状態からスキージ状態に切り替わる間に受け部材を離間位置に移動させるとともにブレード支持部材の上昇によりスキージ状態から退避状態に切り替わる間に受け部材を直下位置に移動させる移動機構部と、を備えている。【選択図】図5A
95	グラビア印刷機及びグラビア印刷方法	JP2013205187	2013-09-30	JP6213111B2	2017-10-18	松田正義; 鳩場聖二郎; 宇高保

96	印刷装置	JP2016074292	2016-04-01	JP2017185644A	2017-10-12	喜多美博
【課題】インキ充填動作とインキ受け渡し動作をそれぞれ最適な条件下で印刷することが可能となる印刷装置を提供する。【解決手段】所望する方向に回転が自在であり、表面に凹部22が形成された円筒状の印刷版20と、印刷版20の表面に接し、所望する方向に回転が自在である円筒状の第1のドクタ30と、第1のドクタ30の表面に接する第2のドクタ50と、所望する方向に回転が自在でありかつ、印刷版20に対するブランケット40の長さ方向に対して垂直方向に移動が自在であり、印刷版20の凹部22に充填されたインキを転写するブランケット40と、を備える印刷装置である。【選択図】図1
97	印刷装置が備えるドクタ又はスキージのクリーニング装置及びグラビアオフセット印刷装置	JP2015017496	2015-01-30	JP2016141013A	2016-08-08	喜多美博
【課題】印刷装置が備えるドクタ又はスキージへのインキ付着による印刷不良を抑制し、かつ、インキ使用効率の改善を図ることが可能なドクタ又はスキージのクリーニング装置及びこれを備えるグラビアオフセット印刷装置を提供することを目的とする。【解決手段】印刷装置に設けられるドクタ又はスキージの刃先に付着したインキをかき取るクリーニング装置であって、対向するように配置される2枚の板状部材と、板状部材がドクタ又はスキージを挟んだ状態で、板状部材をドクタ又はスキージの軸方向に移動させながらインキをかき取る移動機構とを備えることを特徴とする。【選択図】図4
98	ドクターブレード装置、印刷装置、印刷方法、及び配線基板の製造方法	JP2015052934	2015-03-17	JP5934820B1	2016-06-15	小清水和敏; 青島信介; 堀野成次
【課題】印刷不良の発生を抑制できるドクターブレード装置を提供する。【解決手段】平板状の凹版90上を摺動するドクターブレード装置30は、ドクターブレード装置30の進行方向において、前方に位置する前面313を有するブレード本体31と、ブレード本体31の先端部311近傍において、前面313よりも前方に設けられた先端部341と、を備え、先端部341は、前面313と接触する第1の端部342と、凹版90と離間するように配置される第2の端部343と、を有する。【選択図】図3
99	グラビアオフセット印刷装置	JP2013223473	2013-10-28	JP2015085538A	2015-05-07	窪田健太郎; 山口浩孝
【課題】配線パターンの断線やショート、形状変化が無く、安定的な印刷を連続的に可能とするグラビアオフセット印刷装置を提供する。【解決手段】グラビアオフセット印刷装置は、凹版102の凹部101にインキ110を供給すると共に凹部101内のインキ110を擦切りするドクターブレード104又はドクターブレード固定治具1402に取り付けられた超音波振動子1403を具備する。【選択図】図14
100	Printing machine, the light-emitting layer forming method, and an organic light-emitting device	JP2010012409	2010-01-22	JP5493908B2	2014-05-14	戸秀森; 家弘毅道; 田利彦武; 林義弘小

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