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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
1	非平面图案化纳米结构表面及用于其制造的印刷方法	CN201980043223.7	2019-06-21	CN112313080B	2022-05-24	詹姆斯·朱; 卡尔·K·斯腾斯瓦德; 丹尼尔·M·伦茨; 托马斯·J·梅茨勒; 莫塞斯·M·大卫; 詹妮弗·A·蒂姆; 特伦斯·A·佩哈切克
本发明公开一种将图案施加到具有曲率半径的非平面表面的方法。具有主表面的印模具有延伸远离基部表面的图案元件的浮雕图案。每个图案元件具有横向尺寸为0至5微米的压印表面。施加在压印表面上的墨包括具有化学键合到非平面表面的官能团的官能化分子。定位印模以引起非平面表面与印模的主表面之间的滚动接触。使图案元件的压印表面与非平面表面接触，以在非平面表面上形成官能化材料的自组装单层，并且赋予图案元件的布置。当印模的主表面接触非平面表面时，相对于非平面表面控制压印表面的相对位置。
2	非平面图案化纳米结构表面及用于其制造的印刷方法	CN201880083840.5	2018-12-26	CN111526990A	2020-08-11	詹姆斯·朱; 卡尔·K·斯腾斯瓦德; 丹尼尔·M·伦茨; 托马斯·J·梅茨勒; 莫塞斯·M·大卫
本发明提供了一种将图案施加到非平面表面的方法。印模具有主表面，所述主表面具有横向尺寸大于0且小于约5微米的图案元件。所述印模的所述主表面具有官能化分子，所述官能化分子具有被选择用于化学键合到所述非平面表面的官能团。所述印模被定位成引起与所述非平面表面的滚动接触，并且接触所述非平面表面以在其上形成官能化材料的自组装单层(SAM)，并且向所述非平面表面赋予图案元件的布置。所述印模的所述主表面相对于所述非平面表面平移，使得：控制在所述压印表面与所述非平面表面之间的界面处的接触压力，并且在所述压印表面和所述非平面表面彼此接触时，允许所述界面处的接触力变化。
3	非平面图案化纳米结构表面及用于其制造的印刷方法	CN201880083840.5	2018-12-26	CN111526990B	2022-09-27	詹姆斯·朱; 卡尔·K·斯腾斯瓦德; 丹尼尔·M·伦茨; 托马斯·J·梅茨勒; 莫塞斯·M·大卫
本发明提供了一种将图案施加到非平面表面的方法。印模具有主表面，所述主表面具有横向尺寸大于0且小于约5微米的图案元件。所述印模的所述主表面具有官能化分子，所述官能化分子具有被选择用于化学键合到所述非平面表面的官能团。所述印模被定位成引起与所述非平面表面的滚动接触，并且接触所述非平面表面以在其上形成官能化材料的自组装单层(SAM)，并且向所述非平面表面赋予图案元件的布置。所述印模的所述主表面相对于所述非平面表面平移，使得：控制在所述压印表面与所述非平面表面之间的界面处的接触压力，并且在所述压印表面和所述非平面表面彼此接触时，允许所述界面处的接触力变化。
4	非平面图案化纳米结构表面及用于其制造的印刷方法	CN201980043223.7	2019-06-21	CN112313080A	2021-02-02	詹姆斯·朱; 卡尔·K·斯腾斯瓦德; 丹尼尔·M·伦茨; 托马斯·J·梅茨勒; 莫塞斯·M·大卫; 詹妮弗·A·蒂姆; 特伦斯·A·佩哈切克
本发明公开一种将图案施加到具有曲率半径的非平面表面的方法。具有主表面的印模具有延伸远离基部表面的图案元件的浮雕图案。每个图案元件具有横向尺寸为0至5微米的压印表面。施加在压印表面上的墨包括具有化学键合到非平面表面的官能团的官能化分子。定位印模以引起非平面表面与印模的主表面之间的滚动接触。使图案元件的压印表面与非平面表面接触，以在非平面表面上形成官能化材料的自组装单层，并且赋予图案元件的布置。当印模的主表面接触非平面表面时，相对于非平面表面控制压印表面的相对位置。
5	非平面图案化纳米结构表面及用于其制造的印刷方法	CN201880084599.8	2018-12-26	CN111542436A	2020-08-14	詹姆斯·朱; 卡尔·K·斯腾斯瓦德; 丹尼尔·M·伦茨; 托马斯·J·梅茨勒; 莫塞斯·M·大卫
本发明提供了一种将图案施加到非平面表面的方法。印模具有主表面，所述主表面具有横向尺寸大于0且小于约5微米的图案元件。所述印模的所述主表面具有官能化分子，所述官能化分子具有被选择用于化学键合到所述非平面表面的官能团。所述印模被定位成引起与所述非平面表面的滚动接触，并且接触所述非平面表面以在其上形成所述官能化材料的自组装单层(SAM)，并且向所述非平面表面赋予图案元件的布置。所述印模的所述主表面相对于所述非平面表面平移，使得：控制在所述压印表面与所述非平面表面之间的界面处的接触力，并且在所述压印表面和所述非平面表面彼此接触时，允许所述界面处的接触压力变化。
6	DISPOSITIF D'IMPRESSION ET PROCEDE D'IMPRESSION UTILISANT CELUI-CI	FR0604500	2006-05-19	FR2895701B1	2011-07-15	KIM CHUL HO; LEE JUNG JAE; OH TAE YOUNG; KIM GEUN TAE

7		JP15486577	1977-11-18	JPS5480309U	1979-06-07

8		JP15486577	1977-11-18	JPS5629153Y2	1981-07-10

9		BR9600140	1996-01-10	BR9600140A	1998-01-27	HENZE CARLOS VALDIR

10	IMPRINTER	AU6573074	1974-02-18	AU6573074A	1975-08-21	BARBOUR WILLIAM PLUMB

11		DE1914303	1969-03-20	DE1914303A1	1969-10-09	F C SCHULZE ERWIN
1,242,182. Printing apparatus. ADDRESSO-GRAPH MULTIGRAPH CORP. 21 March, 1969 [22 March, 1968], No. 15120/69. Heading B6C. Carriers 12 bearing forms to be printed on and embossed printing plates pass on conveyer rollers 20, 21 under one or more stationary impression cylinders 44, so that ink from an ink ribbon is transferred to the forms. If a form to be printed on is larger than can be accommodated within the printing machine the excess projects through the gap above rail 17. The carriers 12 may bear both fixed and exchangeable printing plates, and may incorporate means 55, 57 for selectively setting variable data. Grooves 65 on the carriers 12 co-operate with guide rollers 36 to align the carriers 12 with the impression cylinders 44 as the carriers 12 are propelled through the printing machine either manually or by powered rotation of the rollers 20, 21. Preferably an ink ribbon and a paper tape pass together under the impression cylinders 44, with the paper tape uppermost, so that a copy of the matter printed on the form appears in mirror image on the tape and either is stored within the printing machine or ejected as a separate record.
12	PRESSE A BERCEAU FLOTTANT VARIANTE DE LA PRESSE A CYLINDRES	FR1102112	2011-07-05	FR2977526A1	2013-01-11	NEYTCHEFF JEAN PIERRE
L'invention concerne un dispositif permettant de presser le papier sur la plaque gravée, avec un outil intermédiaire ajouté à une presse à cylindres. Le dispositif selon l'invention est pour l'essentiel composé d'un arc de cylindre de diamètre plusieurs fois plus grand que le diamètre du cylindre supérieur, il augmente la largeur pressée avec la presse à cylindres, ce qui améliore la qualité de l'estampe. Cet arc de cylindre que l'on peut appeler « berceau flottant » n'est pas articulé autour d'un axe fixe, il « roule » sur le papier en étant placé entre le cylindre supérieur et le papier. Le grand diamètre du « berceau flottant » permet d'aborder puis de rouler sur une plaque épaisse, en particulier une xylographie ou une linogravure ; il permet aussi de presser un objet en relief posé sur le marbre pour obtenir un « gaufrage » du papier. Le « berceau flottant » peut être utilisé seul avec une presse traditionnelle.
13		BR9915417	1999-04-26	BR9915417A	2001-10-30	NORONHA ARISTOTELES

14	UN PROCESO Y DISPOSITIVO PARA GRABAR EN RELIEVE UN DIBUJO PREDEFINIDO SOBRE UN MATERIAL DE ENVASADO	ARP990101935	1999-04-27	AR015026A1	2001-04-11
Un procedimiento y dispositivo para grabar en relieve un dibujo predefinido sobre un material envasado. El dispositivo comprende una estacion de marcado/grabado en relieve rotativa, que incluye un cilindro de marcado macho y un cilindro de marcado hembra. La superficie del cilindro de marcado macho posee undibujo predefinido elevado, en tanto que la superficie del cilindro de marcado hembra posee un dibujo predefinido hundido. El procedimiento comprende los pasosde montar sobre la superficie deun cilindro inicial una plancha de grabado en relieve macho que posee un dibujo elevado correspondiente a un dibujo degrabado en relieve predefinido; montar sobre la superficie de un segundo cilindro una plancha de grabado en relieve hembra que poseeun dibujo hundido que secomplementa con el dibujo en elevado de la plancha de grabado en relieve macho; acercar el primer y el segundo cilindro uno al otro hacia una zona de agarre afin de que los dibujos de grabado elevados y hundidos coincidan exactamente cuando la plancha de grabado en relieve macho y hembra pasen a través de dicha zonade agarre; introducir una hoja de material de envasado en la region de agarre entre el cilindro inicial y el segundo cilindro; y hacer rotar el cilindroinicial y el segundo cilindro a fin de hacer avanzar el material de envasado a través de dicha zona de agarre; en el cual dicho dibujo predefinido es grabadoen relieve sobre la hoja del material de envasado cuando la primera y la segunda plancha de grabadoalcanza los lados opuestos de la hoja de material deenvasado en dicha zona de agarre.
15	Ручное приспособление для печатания со стеклографского клише	SU166025	1935-03-25	SU45932A1	1936-02-29	FURSHTEJN I M

16	Improvements in Flat Bed Rotary Printing Presses.	GB191124784D	1911-11-07	GB191124784A	1912-11-07	LAKE HAROLD WILLIAMSON
24,784. Lake, H. W., [American Paper Goods Co.]. Nov. 7. Rotary machines; inking-apparatus; tripping- arrangements; blankets. - Relates to rotary printing-machines of the kind wherein one cr more flat type formes are carried on flat beds on a rotary printing-cylinder, and arranged to co-operate with cylindrical impression surfaces on an impression cylinder, and comprises means for separating the cylinders should a sheet fail to be fed, means for adjusting the impression cylinders radially and circumferentially relatively to their axis of rotation, and means for automatically feeding and delivering the sheets. The formes 11, 12 are secured on flat beds 9, 10 on the cylinder 6, which is driven by gearing from the main shaft 2. The cylindrical impression surfaces 17, 18 are carried on frames 19 on an eccentrically-mounted shaft 20, driven by mutilated gear from the cylinder 6. The cylinder 6 carries at one end a mutilated gear 15 which engages a wheel 41 on the impression cylinder, and two racks 16 adapted to mesh with gear segments 44, 45 adjacent to the impression surfaces 17, 18. The segments 17, 18 are formed with hubs 35 which project into recesses in bearings 37, located in radial slots in the end frames 19. The segments can be adjusted radially by bolts 39 and secured by bolts 39<Î>. The bearings 37 are formed with rims 37<Î> which project above the segments a distance equal to the thickness of a blanket and coacts with a bearer on the typebed. The segments 17, 18 can be adjusted angularly and secured by bolts 38. The impression segments are covered with one or more sheets of paper attached at one end to rods 22, and at the other held by a clamp 23 operated by a screw 24. The grippers 26 are mounted on a shaft 27, and are normally closed by springs 30. Loosely mounted on the shafts 27 are gauges 31, which are connected by pin and slot 31<Î>, 32 to the grippers 26, and normally pressed inward by leaf springs 32<Î>. The gripper-operating cam 33 is provided with a dwell 34, which permits the stops 31 to contact with the cylinder to position the sheet, before the grippers finally close upon it. Inset into the impression surfaces near the gripper edges are electrical contacts 87, which are normally covered by the sheet, but, in the event of the failure of the sheet feed, are engaged by pivoted contacts 92, depressed by a finger 98, 95 on a shaft 100, rocked by a stationary cam. The leads 88, 89 from the contacts are connected to circular strips 84, 85 mounted on the end frames 19 of the impression cylinder, which strips are adapted to rub on contacts 82, 83 on the main frame, connected to a battery 81. The completion of the circuit energizes an electro-magnet 72 on a lever 73, which oscillates continuously under the influence of a cam 77. When the magnet is energized, it attracts an armature 71 on a lever 69, which then moves a slide 64 to the left against the action of a spring 54. This allows the rod 47, which is normally held out of contact with the cam 51 by a projection 63, to fall under the action of a spring 56 and rotate the eccentric bearings 46 of the impression-cylinder shaft 20. The bearings are then reset by the engagement of the cam 51 with the roller 57. The formes are inked by rollers 136, 137, which co-operate with a distributing-drum 138 and with distributing-surfaces 13, 14 on the cylinder 6. Ink is supplied by rollers 134, 135 from a distributing- drum 133 reciprocated longitudinally. When it is desired to print from one forme only, the cam controlling the ductor-roll 132 and the distributing-drums is driven at half speed by change-speed gear. Sheets are fed to the impression-cylinder from an inclined pile 105 by a suction separator 107, carried in a slide and connected to an air-pump. A cock 110 is inserted in the suction pipe and is connected by a link 112 to a lever 113, which is adapted to be rocked once on each revolution of the shaft 20, by a pin 115. The suction and the sheet feed is thus interrupted when sheets are only required on one of the impression-segments. When sheets are to be fed to both segments, the link 112 is removed. The sheets, after being printed, are delivered by a series of tapes 118, passing around rollers 120, 121 and pulleys 122 on the shaft 53. A second series of tapes 119 passes around rollers in a frame arranged to oscillate on the shaft of the roller 123, so that the printed sheets may be delivered alternately into receivers 128, 129. The tapes 119 are driven by a belt 119x.
17		FR382488D	1907-10-02	FR382488A	1908-02-07	BEALE SAMUEL CRAWFORD

18	Printing cylinder vacuum control	US12947849	1949-11-25	US2713823A	1955-07-26	LUSCOMBE EDGAR A

19	Offset printing apparatus which can attain high positional accuracy	US13377012	2010-06-07	US08733246B2	2014-05-27	Hiroshi Saito
An offset printing apparatus includes a frame; guide rails that are provided on the frame; a plurality of guide blocks that are provided on the guide rails; a plate table that travels via one portion of the guide blocks among the plurality of guide blocks; a print target table that travels via another portion of the guide blocks among the plurality of guide blocks; and a blanket roll that is provided on the frame; wherein transfer from the plate to the blanket roll, and retransfer from the blanket roll to the print target are performed by causing the blanket roll to successively make contact from above with a plate that is held on the plate table, and a print target that is held on the print target table; a step portion for positioning that consists of a vertical surface that is formed by a machining process so that the linearity increases and a horizontal surface is provided at mounting locations of the guide rails on the upper surface portion of the frame; and one side surface and the bottom surface of the guide rails are pressed against the vertical surface and the horizontal surface of the step portion, respectively, to be fixed.
20	一种圆压平式印刷电子实验设备	CN201821079914.1	2018-07-09	CN208774224U	2019-04-23	闫兴武; 李璐; 李颖; 陈善勇
本实用新型公开了一种圆压平式印刷电子实验设备，包括壳体、印刷滚轴、吸尘机和活动轴，所述壳体的内部安装有印刷滚轴，且印刷滚轴的右侧设置有加热板，所述壳体的左右两侧均设置有导向传递轮，所述垫板的内部镶嵌有活动印板，所述壳体的下方固定有底座，所述气管的前方安装有第二液压缸，所述活动轴位于纸张的中部下方，所述凹形垫块的下方螺纹连接有第三液压缸，所述印刷滚轴的前方连接有电机，所述固定弹簧的上方安装有绝缘棒，且绝缘棒的上方卡合有金属块，所述金属块的前后两侧均安装有电线。该圆压平式印刷电子实验设备设置有第一吸尘口和第二吸尘口，当吸尘机进行工作时，通过吸力将第一吸尘口和第二吸尘口附近的灰尘和粉墨吸走。

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