Research and Design of a Nearly Non-Friction Pneumatic Jetting Dispenser with Air Floating Structure

Zhipeng Bao, Guiling Deng, Can Zhou
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引用次数: 1

Abstract

In order to reduce the frictional heating of pneumatic dispensers and improve the frequency of pneumatic dispensers, a method of fast driving with near zero frictional pressure based on the principle of air floating is proposed, and a new kind of high frequency pneumatic dispenser with air floating structure is developed. Based on the analysis of the principle of air floating and the mechanism of fluid injection, the mathematical model of the new pneumatic dispenser with near-zero friction have been established. And a series of experiments have been performed, as experimental results corresponded with that of the mathematical model, the reliability of the design calculation was proved. The air floating structure reduced the friction between the piston and cylinder wall, making the steady-state temperature of the pneumatic dispenser significantly lower than that of the traditional pneumatic dispensers, which solved the problem of O-ring wear failure after a long time of work, improved the working efficiency and the dynamic performance of the pneumatic dispenser.
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气浮结构近无摩擦气动喷射点胶机的研究与设计
为了减少气动点胶机的摩擦加热,提高气动点胶机的频率,提出了一种基于气浮原理的近零摩擦压力快速驱动方法,并开发了一种新型的气浮结构高频气动点胶机。在分析气浮原理和流体喷射机理的基础上,建立了新型近零摩擦气动点胶机的数学模型。并进行了一系列的实验,实验结果与数学模型吻合,证明了设计计算的可靠性。气浮结构减少了活塞与缸壁之间的摩擦,使气动点胶机的稳态温度明显低于传统气动点胶机,解决了长时间工作后o形圈磨损失效的问题,提高了气动点胶机的工作效率和动态性能。
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