Cutting fluid vibration filtration and oil skimming integrated device

Abstract

This application provides an integrated cutting fluid vibration filtration and skimming device, including a fluid storage mechanism, a vibration mechanism, and an oil skimming mechanism. The vibration mechanism includes an excitation base, an impact-receiving component, a drive assembly, and a striking assembly. The impact-receiving component is connected to the excitation base or a filter screen. The drive assembly outputs a periodic reciprocating driving force. The striking assembly includes a force-receiving swing component, an elastic energy-storing swing component, and a swinging striking component. The force-receiving swing component is dynamically coupled to the drive assembly. One end of the elastic energy-storing swing component is rigidly connected to the force-receiving swing component, and the other end is elastically connected to the swinging striking component. The oil skimming mechanism includes a lifting assembly, a chain drive assembly, a scooping component, and a guide assembly. The chain drive assembly is connected to the lifting assembly and is driven by the lifting assembly to move vertically up and down relative to the surface of the cutting fluid in the tank. The scooping component is connected to an annular traction component and follows the annular traction component in a cyclic lifting motion to scoop out floating oil on the surface of the cutting fluid. The guide assembly constrains the movement trajectory of the scooping component.

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