Fan rotor processing equipment with three-in-one functions of automatic feeding, finalizing and turning

Abstract

The invention discloses fan rotor machining equipment with three functions of automatic material feeding, axial compression and turning. The fan rotor machining equipment with the three functions of automatic material feeding, axial compression and turning comprises a main machine box, a rotor material feeding device, a rotary shaft material feeding device, an automatic axial compression device, an automatic turning device and an oil feeding device, wherein the rotor material feeding device, the rotary shaft material feeding device, the automatic axial compression device, the automatic turning device and the oil feeding device are all controlled by a control system in the main machine box in a linkage mode. The fan rotor machining equipment can achieve integrated, continuous and automatic machining of material feeding, axial compression, turning and oil feeding of a fan rotor, resolves the problems that an existing production and machining method is high in manpower cost and low in production and machining efficiency of the fan rotor due to the fact that the processes of material feeding, axial compression, turning and oil feeding are carried out separately and are finished with the assistance of manpower, and has the advantages of being capable of lowering manpower cost, being high in production and machining efficiency, not damaging the rotor easily and the like. The fan rotor produced and machined by the fan rotor machining equipment is high in concentric accuracy, and a fan finished product saves energy and electricity, is low in noise and is long in service life.

Description

technical field [0001] The invention belongs to the technical field of production and processing of fan rotors, and in particular relates to automatic processing equipment for fan rotors. Background technique [0002] At present, the general process of the production and processing of the fan rotor is as follows: after the rotor is turned, the rotating shaft is pressed into the rotor by a hydraulic press, and finally oiled. Among the three steps of the above-mentioned processing process, only the turning process is an automatic operation, and the finalization and oiling treatment of the hydraulic press need to be manually operated. During the finalization, workers need to place the rotor and shaft on the hydraulic press continuously, quickly and uninterruptedly for hydraulic pressure. The actual production The labor cost is high, the labor intensity of the workers is high, the production efficiency is low, and the rotor is easily damaged. Moreover, the above-mentioned produ...

AI Technical Summary

Problems solved by technology

Among the three steps of the above-mentioned processing process, only the turning process is an automatic operation, and the finalization and oiling treatment of the hydraulic press need to be manually operated. During the finalization, workers need to place the rotor and shaft on the hydraulic press continuously, quickly and uninterruptedly for hydraulic pressure. The actual production The labor cost is high, the labor intensity of the workers is high, the production efficiency is low, and the rotor is easily damaged

Moreover, the above-mentioned production and processing methods currently have the problem of low production and processing efficiency of the fan rotor due to the separate operations of feeding, finalizing, turning and oiling.

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