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    • 1. 发明授权
    • Chambered doctor blade inker system
    • 刮刀喷墨系统
    • US4982660A
    • 1991-01-08
    • US448810
    • 1989-12-11
    • Anton HammThomas John
    • Anton HammThomas John
    • B41F31/08B41F31/02B41F31/06
    • B41F31/027
    • The chambered doctor blade unit is intended to ink an anilox roller (10) with ink having a viscosity of at least 1 d Pa s and preferably greater than 40 d Pa s. Each of the side walls (3) when the inker is in operative position with respect to the anilox roller (10) form circumferential gaps (13) with respect to the anilox roller, having a width (A) of between about 0.1 to 3 mm, thereby preventing wear and tear on the side walls and sealing of the receptors or cells of the anilox roller with a braided material. The doctor blades (4, 5) are resiliently pressed against upper (20) and lower edges of the side walls, to prevent formation of undulation, the side walls being formed with recessed surfaces (11) facing the anilox roller, with abraded surfaces terminate in inclined relief surfaces (19) forming an inclined gap, to permit escape of ink adjacent the lateral surfaces. To prevent uncontrolled escape of ink, an ink deflection shield (22) extends from the outside of the side walls towards an ink trough (9 ) and forming a run-out chamber with the relieved surfaces.
    • 腔室刮刀单元旨在用具有至少1d Pa s,优选大于40d Pa s的粘度的油墨来印刷网纹辊(10)。 当墨水器相对于网纹辊(10)处于操作位置时,每个侧壁(3)相对于网纹辊形成周向间隙(13),其宽度(A)为约0.1至3mm ,从而防止侧壁上的磨损和用编织材料密封网纹辊的受体或细胞。 刮刀(4,5)弹性压靠侧壁的上部(20)和下边缘,以防止起伏形成,侧壁形成有面向网纹辊的凹面(11),磨损表面终止 在形成倾斜间隙的倾斜的浮雕表面(19)中,允许邻近侧面的油墨逸出。 为了防止油墨的不受控制的逸出,油墨偏转屏蔽件(22)从侧壁的外侧朝向墨槽(9)延伸并且形成具有释放表面的流出室。
    • 3. 发明授权
    • Method for cutting a continuous glass sheet during the production of flat glass
    • 在制造平板玻璃期间切割连续玻璃板的方法
    • US08430289B2
    • 2013-04-30
    • US13335177
    • 2011-12-22
    • Thomas JohnAndreas Morstein
    • Thomas JohnAndreas Morstein
    • B65H35/10
    • C03B33/0235Y10T83/0333Y10T83/0341Y10T83/0348Y10T225/10Y10T225/12Y10T225/16Y10T225/30
    • In the method for cutting a continuously moving glass sheet with an inhomogeneous thickness distribution across the glass sheet, a cutting tool is moved across it at an angle to its travel direction to form a fissure and then the glass sheet is broken along the fissure. To avoid premature breakage in thin regions the applied cutting force is controlled by a controller based on control commands so that the cutting force is decreased when the glass sheet thickness decreases and is increased when it increases. In a preferred embodiment cutting force switchover points are based on an initial measurement of the thickness distribution. In another embodiment the thickness is continuously measured and the applied cutting force is automatically adjusted accordingly, so that the cutting force is greater when the thickness is greater, and vice versa.
    • 在用于切割玻璃板上具有不均匀厚度分布的连续移动的玻璃板的方法中,切割工具以与其行进方向成一定角度的方式移动,以形成裂缝,然后沿着裂缝破碎玻璃板。 为了避免在薄区域过早断裂,所施加的切削力由控制器基于控制命令控制,使得当玻璃板厚度减小时切削力降低,并且当其增加时其增加。 在优选实施例中,切割力切换点基于厚度分布的初始测量。 在另一个实施例中,连续地测量厚度并相应地自动调整所施加的切削力,使得当厚度较大时切削力更大,反之亦然。