Yaw brake machine tool

Abstract

The invention relates to a yaw brake machine tool. The yaw brake machine tool comprises a base which is of an inverted T-shaped structure, a cutting tool system, a manipulator system, a workpiece clamping auxiliary system, an assembly line workbench, an electric appliance control system and a hydraulic system; the cutting tool system is formed by a left cutting tool unit, a right cutting tool unit and a rear cutting tool unit which are arranged at the left position, the right position and the rear position of the base respectively; the manipulator system is located between the left cutting tool unit and the right cutting tool unit; the workpiece clamping auxiliary system is fixed on the base and located below the manipulator system; the assembly line workbench is fixed at the front end of the base; a position of the assembly line workbench, which is corresponding to a manipulator, is provided with a sensor and a jack-up cylinder; the electric appliance control system and the hydraulic system are arranged at two ends behind the base respectively; the hydraulic system is connected with the workpiece clamping auxiliary system. According to the yaw brake machine tool, the simultaneous machining can be performed on a plurality of machining surfaces, a fixture, a cutting tool and a milling machine do not need to be replaced, the machining accuracy is high, and the intelligent automation control is implemented.

Description

technical field [0001] The invention relates to a special processing machine for brakes, in particular to a yaw brake processing machine tool in the field of wind power braking systems. Background technique [0002] Since the workpiece of the yaw brake is a square and heavy casting, it requires multi-face machining, and the machining surface needs to be changed frequently during machining. Before there is no special machine, it is fixed on the ordinary milling machine. Because different processing surfaces need to process different hole positions, the ordinary milling machine must also make corresponding fixtures according to the surface to be processed, and then move the workpiece to the mounting On the corresponding milling machine with different fixtures, the production efficiency is low, and the labor intensity of the workers is high, and there are hidden dangers to personal safety. Coupled with frequent tool replacement, the production accuracy is not high, which seriou...

AI Technical Summary

Problems solved by technology

Before there is no special machine, it is fixed on the ordinary milling machine. Because different processing surfaces need to process different hole positions, the ordinary milling machine must also make corresponding fixtures according to the surface to be processed, and then move the workpiece to the mounting On the corresponding milling machine with different fixtures, the production efficiency is low, and the labor intensity of the workers is high, and there are hidden dangers to personal safety. Coupled with frequent tool replacement, the production accuracy is not high, which seriously affects the order production cycle and delivery time.

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