Numerical control bearing pedestal intelligent machining all-in-one machine

Abstract

The invention discloses a numerical control bearing pedestal intelligent machining all-in-one machine. The machine comprises a machining bin, a turning and drilling integrated device and a turning andgrinding integrated device, wherein the turning and drilling integrated device and the turning and grinding integrated device are mounted in the machining bin. The turning and drilling integrated device is provided with a mounting base and a first rotating base mounted in the mounting base, the first rotating base is fixedly provided with a first positioning base, and a transversely-moving rod ismounted in the first rotating base; and a turning tool device is arranged on the rear side of the right end of the mounting base, a drilling device is arranged outside the right side of the mountingbase, and a drilling and tapping device is arranged on the front side of the right end of the mounting base. The turning and grinding integrated device is provided with a turning and grinding base anda second rotating base located in the turning and grinding base, a second positioning base is mounted on the second rotating base, a turning tool base capable of horizontally moving left and right isarranged outside the right side of the turning and grinding base, a grinding wheel base inclining forwards and horizontally moving in the inclination direction is arranged on the rear side of the turning tool base, and a grinding wheel is arranged on the grinding wheel base. Compared with the prior art, turning, drilling, tapping and grinding are integrated, use is flexible, workpieces only needto be transferred once in the whole operation process, the working efficiency is high, and the machining precision is high.

Description

technical field [0001] The invention relates to bearing seat processing equipment, in particular to a numerically controlled bearing seat intelligent processing integrated machine for integrally processing such as turning, drilling, tapping and milling on the bearing seat. Background technique [0002] The structure of the existing bearing seat has a hollow cylindrical ring body and lugs that are integrally formed on both sides of one end face of the hollow cylindrical ring body in the axial direction. After the end face is turned, the two sides of the bearing seat are drilled to form a through hole, and then tapped in this through hole, and then the inner surface of the bearing seat is turned and ground after tapping, and finally Complete the machining of the bearing seat. [0003] However, most of the existing processing of bearing housings is to firstly carry out rough and fine machining of the end face on a machining bed with a rough knife and a fine knife, and then tra...

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Problems solved by technology

[0003] However, most of the existing processing of bearing housings is to firstly carry out rough and fine machining of the end face on a machining bed with a rough knife and a fine knife, and then transfer it to a drilling and tapping machine tool for processing, and finally, transfer it to a grinding machine Carry out the operation of turning first and then grinding. In this way, the workers need to turn the workpiece three times during the whole process, which is low in work efficiency, and each time the workpiece needs to be re-positioned accurately, the machining accuracy is difficult to guarantee.

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