The Key to Structure Design of Single Cylinder Cone Crusher

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Category: Business and Industry

Date Submitted: 12/27/2013 06:33 PM

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Single-cylinder hydraulic cone crusher structure seems to be simple, but it represents the industry design, manufacture, process, such as comprehensive level, domestic gap due to the overall technology level, has been a lack of effective modern design method, experimental method and technological measures, such as crusher CAD, virtual prototype and the optimization design of crusher, product performance and reliability, there is still a gap, the product development cycle is long.

Single-cylinder hydraulic cone crusher (http://www.sell-crusher.com/news/n7.html) is the main purpose of the hydraulic system of hydraulic adjust the discharging mouth and hydraulic protection and lubrication, domestic main problems focus on the stability of hydraulic system and hydraulic components of quality.Hydraulic components and seal quality can not meet the requirements, easy to leak, played a protective role of iron accumulator no quality assurance.

The key to the structure design of single-cylinder hydraulic cone crusher is the cavity of the optimization design , the shape of the crushing cavity is liner outside surface by moving cone, cone lining the inner surface of space, the research of liner wear can true reflect material contact with the lining in the crushing cavity, analysis of liner wear can find its wear characteristics and wear, which can design the best cavity shape.There are many influence factors in liner wear, such as material hardness and abrasive, being broken material quantity, material particle size and moisture, crusher, feeding mode and operating conditions.Single-cylinder hydraulic cone crusher is to rely on the work of eccentric parts, eccentric parts move relatively fixed cone at work absolutely dynamic cone rotation angular velocity and angular velocity is eccentric shaft sleeve relative to the sum of the relative angular velocity of eccentric shaft sleeve.Grasp the dynamic cone motion law, designing the crusher to determine the optimal motion state,...