Automatic gasket sorting machine

Abstract

The invention discloses an automatic gasket sorting machine. The automatic gasket sorting machine comprises a feeding unit, a material taking unit and a material series connecting unit, wherein the feeding unit comprises a plurality of feeding ports and a vibrating disc used for carrying out automatic sorting and feeding to each feeding port; the material taking unit comprises a plurality of material taking shafts, a lifting device for driving the material taking shafts to lift and a horizontal moving device for driving the material taking shafts to horizontally move, the material taking shafts are provided with free ends facing the feeding ports, the free ends are provided with openings which are U-shaped in plan view, and two side walls, at two sides of the outlets, of the openings are respectively provided with grooves which penetrate to the end faces of the free ends; and the material series connecting unit comprises a plurality of material series connecting shafts and a positioning device for fixing the material series connecting shafts. According to the automatic gasket sorting machine, elastic gaskets can be orderly stacked, the inner hole clearance between the material string shafts and the gaskets is small, the coaxiality of the stacked gaskets is high, a plurality of shafts can be sequentially penetrated at the same time, and the efficiency is remarkably improved.

Description

technical field [0001] The invention relates to the technique of a gasket sorting device, in particular to an automatic gasket sorting machine for automatically stringing gaskets onto a stringing shaft. Background technique [0002] Pad is two mechanical seals between object, usually being under pressure between two objects that prevent, the leakage of naturally expanding with heat and contract with cold of burn into and pipeline. Since machined surfaces can never be perfect, irregularities can be filled with shims. When the gaskets need to be stacked, the coaxiality of the stacked gaskets is required to be high. The existing shrapnel sorting machine connects the gaskets in series to the stringing shaft, and the gap between the stringing shaft and the inner hole of the gasket is large. Stacked gaskets cannot be coaxial, and can only wear one shaft at a time, which is less efficient. In order to ensure the coaxiality of the stacked gaskets, the gaskets are generally connect...

AI Technical Summary

Problems solved by technology

When the gaskets need to be stacked and used, the coaxiality of the stacked gaskets is highly required. The existing shrapnel sorting machine connects the gaskets in series to the stringing shaft, and the gap between the stringing shaft and the inner hole of the gasket is large. Stacked gaskets cannot be coaxial, and can only wear one shaft at a time, which is less efficient

In order to ensure the coaxiality of the stacked gaskets, the gaskets are generally connected in series manually, which is not only labor-intensive, inefficient, but also easy to string wrong quantities

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