Feeding and discharging equipment for water-immersed ultrasonic flaw detection equipment for direct-axis component

Abstract

The invention provides feeding and discharging equipment for water-immersed ultrasonic flaw detection equipment for a direct-axis component. The feeding and discharging equipment for the water-immersed ultrasonic flaw detection equipment for the direct-axis component comprises a feeding device, a moving device and a discharging device. In the embodiment, the direct-axis component is born through the feeding device; the direct-axis component is grabbed and fed into the flaw detection equipment through a manipulator of the moving device; after the direct-axis component is detected, the direct-axis component is fed into the discharging device through the moving device. The feeding and discharging equipment for the water-immersed ultrasonic flaw detection equipment for the direct-axis component has the beneficial effects that the direct-axis component can be fed into a flaw detection machine and discharged from the flaw detection machine, so that the using frequency of an overhead travelling crane is reduced, and the labour efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of flaw detection of straight shaft parts, in particular to a loading and unloading device for water immersion ultrasonic flaw detection equipment for straight shaft parts. Background technique [0002] Straight shaft parts generally require ultrasonic flaw detection inside. Such parts are generally long in length and heavy in weight. For example, the axle of an important force-bearing part on a railway vehicle usually has a heavy weight, generally more than 1 ton. There are generally two types of ultrasonic flaw detection methods commonly used at present: manual contact ultrasonic flaw detection and automatic non-contact flaw detection. These two flaw detection methods have their own advantages and disadvantages. The manual contact ultrasonic flaw detection method requires the flaw detector to carry out contact flaw detection with the probe of the flaw detector and the workpiece. The labor intensity is high...

AI Technical Summary

Problems solved by technology

This kind of feeding method wastes time, the efficiency is extremely low, and the high efficiency of the water immersion automatic flaw detection machine cannot be brought into play.

However, Chinese patent CN200910089090.5 discloses a device for inspecting rail transit axles and other straight shaft parts using ultrasonic flaw detection technology. Discharging table, manipulator traverse support, traverse manipulator, flaw detection mechanism and label spraying mechanism, among them, the feeding workbench ensures that the axle under test can roll slowly to the normal mechanism, and the blocking and unloading machine prevents multi-axis from entering the normal mechanism. The positive mechanism normalizes the axle under test entering the calibration table, the traverse manipulator on the manipulator traverse bracket grabs the axle under test to the water tank, and the traverse manipulator grabs the axle under test after scanning to the discharge under test Axle, the structure of the device is complicated and the working efficiency is not high

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