公开(公告)号：US4388864A

公开(公告)日：1983-06-21

申请号：US231998

申请日：1981-02-06

Applicant: Gordon R. Warner

Inventor： Gordon R. Warner

IPC: B41F7/24 ,  B41F7/36 ,  B41M1/06 ,  B41N7/04 ,  B41N10/00 ,  B41L25/12 ,  B41L25/14

CPC classification number: B41N7/04 ,  B41F7/24 ,  B41F7/36 ,  B41M1/06 ,  B41N10/00 ,  B41P2231/21 ,  Y10S366/601 ,  Y10S430/165

Abstract: Water and oil base ink are delivered to lithographic plates as a single liquid, a mixture of water and ink, wherein the water is in the form of fine droplets dispersed in the ink. Preferably also, lithographic concentrate is added to the mixture as part of the water content. During a printing run the mixture is automatically resupplied to the printing machine by a level sensor that controls the amount of ink and water and by a pH sensor that controls the concentrate percentage. The proportion of ink and water is controlled by a moisture sensor. The thickness of the film of mixture delivered to the lithographic plate is controlled by a density sensor. A viscosity sensor controls the agitation of the mixture. As few as three rollers are required to deliver the ink-water-concentrate dispersion from a fountain to a lithographic plate.

Abstract translation: 水和油基油墨作为单一液体，水和油墨的混合物输送到平版印刷版，其中水是分散在油墨中的细小液滴的形式。 优选地，将平版印刷浓缩物作为水含量的一部分加入到混合物中。 在印刷运行期间，混合物通过控制油墨和水量的液位传感器和控制浓缩物百分比的pH传感器自动重新供应给印刷机。 墨水和水的比例由湿度传感器控制。 输送到平版印刷板的混合物的膜的厚度由密度传感器控制。 粘度传感器控制混合物的搅拌。 将墨水 - 浓缩水分散体从喷泉输送到平版印刷板需要三个辊子。

公开(公告)号：US20100081544A1

公开(公告)日：2010-04-01

申请号：US12569804

申请日：2009-09-29

Applicant: Gordon R. Warner

Inventor： Gordon R. Warner

IPC: F16H59/74

CPC classification number: F16H61/20 ,  F16H2061/168 ,  F16H2312/14 ,  Y10T477/693

Abstract: This invention automatically shifts the automobile from DRIVE to NEUTRAL when the gas accelerator pedal is fully released. This procedure not only maximizes energy input from gravity on downgrades, but also helps conserve the kinetic energy of moving vehicle in at least three ways. Firstly, rotating and reciprocating friction of the engine is minimized by bringing the engine to idle when power input from the engine is not needed. Secondly, energy losses from pumping lubricating oil and coolant at much higher pressures throughout the engine during high-speed operation are reduced. Thirdly, and most significantly, the compression braking effect of an internal combustion engine at low throttle settings—whereby kinetic energy from the moving vehicle is converted to heat during each energy-consuming compressing stroke—is eliminated.

Abstract translation: 当气体加速器踏板完全释放时，本发明自动将汽车从驱动变速器转移到中性点。 这个过程不仅在降级时从重力的能量输入最大化，而且还有助于以至少三种方式保存移动车辆的动能。 首先，当不需要来自发动机的动力输入时，通过使发动机怠速使发动机的旋转和往复摩擦最小化。 其次，降低了在高速运行时在整个发动机中以更高的压力抽吸润滑油和冷却剂的能量损失。 第三，并且最显着地，消除了在低节气门设置下的内燃机的压缩制动效果，其中来自移动车辆的动能在每个耗能压缩冲程期间被转换成热量。

公开(公告)号：US4287827A

公开(公告)日：1981-09-08

申请号：US39785

申请日：1979-05-17

Applicant: Gordon R. Warner

Inventor： Gordon R. Warner

IPC: B41F7/24 ,  B41F7/36 ,  B41M1/06 ,  B41N7/04 ,  B41N10/00 ,  B41F31/06

CPC classification number: B41N10/00 ,  B41F7/24 ,  B41F7/36 ,  B41M1/06 ,  B41N7/04 ,  B41N2207/02 ,  B41P2231/21

Abstract: In a lithographic printing apparatus, the rollers that supply ink and/or water to form rollers have a surface with minutely intermixed hydrophilic and oleophilic areas. The amount of water retained by a roller is dependent upon the total of the hydrophilic areas, and the amount of oil-based ink retained by the roller is dependent upon the total of the oleophilic areas. A preselected ratio of oil to water is obtained by selecting the ratio of hydrophilic areas to oleophilic areas.

Abstract translation: 在平版印刷装置中，供给墨水和/或水以形成辊子的辊具有具有精细混合的亲水和亲油区域的表面。 由辊保持的水的量取决于亲水区域的总数，并且由辊保持的油基油墨的量取决于亲油性区域的总和。 通过选择亲水区域与亲油性区域的比例，可以获得油与水的预选比例。