A high-efficiency alloy joint automatic detection spheroidization device and its working method

Abstract

The invention discloses a high-efficiency alloy joint automatic detection spheroidizing device and a working method thereof. The high-efficiency alloy joint automatic detection spheroidizing device comprises a transmission band, an oil injection mechanism and an ultrasonic detection mechanism and the above parts are connected to an intelligent control mechanism. The oil injection mechanism is arranged at the transmission band close to the input end and the part of the transmission band far away from the input end is provided with the ultrasonic detection mechanism. An output end of the transmission band comprises a re-detection output end and a packing output end. The high-efficiency alloy joint automatic detection spheroidizing device has a simple structure and a reasonable design and has easy production processes. An ultrasonic test proves that the spheroidizing device has an alloy joint spheroidizing rate of 100%, realizes automatic and efficient batch inspection, reduces detection manpower and time costs, guarantees qualified alloy joint quality, has high detection efficiency and high accuracy, greatly improves detection efficiency and guarantees product quality.

Description

technical field [0001] The invention belongs to the field of robot joints, and in particular relates to a high-efficiency alloy joint automatic detection spheroidization device and a method for applying the high-efficiency alloy joint automatic detection spheroidization device to detect alloy joint spheroidization. Background technique [0002] Jointed robot, also known as jointed arm robot or jointed mechanical arm, is one of the most common forms of industrial robots in today's industrial field, and is suitable for mechanical automation operations in many industrial fields. For articulated robots, the joint is an important part of it, which realizes the relative movement of the mechanical arm. [0003] Alloy joints of industrial robots are currently divided into three types: gray iron, ductile iron and ferromolybdenum. At present, the quality requirements for ductile iron alloy joints are relatively strict. Under normal circumstances, manual sampling is required, and an o...

AI Technical Summary

Problems solved by technology

However, the result of this method is accurate but only suitable for random inspection, because it is time-consuming and cumbersome, and it needs to go through sampling, grinding, polishing, corrosion, and microscope observation to judge the result

In order to ensure the quality of each product, full inspection is required, so this method cannot meet the requirements, and this method needs to consume a lot of labor and time costs. At the same time, due to the large manual error of manual inspection, it may be caused by operation and other reasons. It is difficult to guarantee the stability of the industry, which greatly restricts the development of the industry

Images