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Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.) Moore Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.) Expired - Lifetime Application number US07/158,244 Inventor Andrew L. #Small hydraulic printpress pdf#Google Patents Hydraulic inching drive systemĭownload PDF Info Publication number US4836112A US4836112A US07/158,244 US15824488A US4836112A US 4836112 A US4836112 A US 4836112A US 15824488 A US15824488 A US 15824488A US 4836112 A US4836112 A US 4836112A Authority US United States Prior art keywords clutch transmission power gear output Prior art date Legal status (The legal status is an assumption and is not a legal conclusion. Google Patents US4836112A - Hydraulic inching drive system #Small hydraulic printpress free#For your free guide to honing, please click here.US4836112A - Hydraulic inching drive system With decades of experience in honing, coupled with investment in the latest CNC technology, Hone-All is committed to maintaining outstanding quality standards of surface finishing and geometry. Hone All: For Decades Of Honing Expertise #Small hydraulic printpress full#With a full view of the problems, personnel can determine the most appropriate action, such as carrying out additional honing, refurbishing or replacing the affected section. ![]() A honed tube for the hydraulic cylinder will ensure that inconsistencies are eliminated, leaving a machined surface that is smooth to facilitate the fast and consistent transmission of fluid through the system.Ĥ) Accurate metalwork inspections: hydraulic cylinder honing can also facilitate a more accurate, informed inspection of the hydraulic system, highlighting flaws and deficiencies such as scratches or dents that could render it prone to failure. Honed pistons also wear more slowly, as honing facilitates smoother movements within the hydraulic cylinders.ģ) Improved Transmission Of Fluids: efficient transmission of the hydraulic fluid between cylinders is essential for the system to operate effectively. Honing can ensure the surface of crucial components is free from inconsistencies that could cause the metal to wear unevenly. Surface honing of the cylinder and carefully matched pistons can significantly increase their lifespan and improve tolerances, ensuring a more precise push when operating.Ģ) Reduced chance of component failure: hydraulic failures are expensive, inconvenient, and, in some industries, such as aerospace manufacturing, can be critical to the safety of consumers. Honing is an important part of surface preparation for hydraulic systems and offers numerous benefits that will improve its efficiency, lifespan, and precision:ġ) Efficient, robust pistons: pistons in hydraulic systems are subjected to considerable strain, being in constant operation, so protecting them from friction, premature wear, and fluid resistance is vital if they are to work efficiently. Using cylinders of different sizes, the system can exert enough force to lift, push, or pull heavy weights. When the system is in operation, the hydraulic fluid in the cylinder with the smaller piston will be forced under pressure through the pipe into the other cylinder, driving the larger of the pistons with a magnified force. ![]() The cylinders are partially filled with a suitable hydraulic fluid, such as oil, which can be transmitted between them via a connecting pipe that sits perpendicularly between the two. In hydraulic systems, cylinders usually come in pairs, each of which houses a piston, one smaller than the other. Honing also creates a secure seal around a hydraulic cylinder, providing extended life and preventing costly leaks. High quality honing of hydraulic cylinders is essential, as the effective operation of the pistons depends on the cylinder having a very fine surface finish, which can also prevent premature wear of moving components. Honing is the precision machining process in which a very fine surface on a workpiece is produced using an abrasive tool. ![]()
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