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储柜底链精细润滑系统的设计

Design of precise lubrication system for bottom chains in tobacco silo

  • 摘要: 为解决人工润滑储柜底链难以精确控制润滑剂喷射量和喷射范围等问题,基于超声雾化技术和聚焦管原理对喷嘴进行改进,并设计了一种底链精细润滑系统。通过对油路和气路工作参数进行优化,结果显示当蠕动泵单次泵油量0.4 mL,压缩空气压力0.15~0.25 MPa时,油雾喷射效果较好。以昆明船舶设备集团有限公司生产的储柜为对象进行测试,结果表明:采用精细润滑系统后润滑油消耗量平均降低47.5%,人工作业时间平均减少86.8%,润滑周期由3个月延长至6个月,实现了润滑油的精细雾化和精准喷射。该技术可为提高储柜底链润滑效率、降低生产消耗提供支持。

     

    Abstract: In order to accurately control the volume and range of lubricant injection in manual operation, the nozzle was modified on the basis of ultrasonic atomization technology and focusing tube principle, and a precise lubrication system for the bottom chains in the tobacco silo was designed. The working parameter optimization of oil circuit and air circuit indicated that the oil injection was more effective when the single oil pumping volume of peristaltic pump was 0.4 mL and the compressed air pressure was 0.15-0.25 MPa. The designed lubrication system was tested on a silo supplied by Kunming Marine Equipment Group Limited Corporation, the results showed that the consumption of lubricating oil reduced by 47.5% on average, the manual operation time decreased by 86.8% averagely, and the lubrication cycle prolonged from 3 to 6 months, and the fine atomization and accurate injection of lubricating oil were realized. This technology provides supports for promoting the lubrication efficiency of bottom chains in tobacco silo and reducing the material consumption in production.

     

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