Thread detection device and tapping and detecting production line with thread detection device

Abstract

The invention discloses an internal thread detection device and a tapping and detecting production line with the internal thread detection device. According to the invention, the manual internal thread detection standard is imitated, vertical air cylinders and a rotating motor are utilized for driving a go-no go plug gauge to do vertical and rotating motion for detection, and meanwhile three vertical photoelectric sensors and a rotating photoelectric sensor are utilized for sensing the detection progress of the go-no go plug gauge. The tapping and detecting integrated full-automatic production line composed of a rotating indexing disc, first blowing cleaning devices, a height detecting device, a tapping device, a second blowing cleaning device, a thread detecting device, a combination control system and an operation system is adopted, wherein the first blowing cleaning devices, the height detecting device, the tapping device, the second blowing cleaning device and the thread detecting device are sequentially and annularly arranged above the indexing disc according to the operation procedure. Thus, the complete-set production process of incoming machining material detecting, workpiece cleaning, workpiece thread machining, thread forming condition acceptance testing and the like can be completed through one machine and one person; and the aims of greatly improving the production efficiency, reducing the man hour, obtaining multi-ability workers and downsizing the staff to improve the efficiency are achieved.

Description

technical field [0001] The invention relates to the technical field of inner thread tooth production and detection, in particular to an inner thread tooth detection equipment capable of automatic detection, and a fully automatic tapping and detection production line using the thread tooth detection equipment. Background technique [0002] Tapping and thread testing are currently widely used in many manufacturing industries such as electronics, automobiles, machinery, and aerospace. The standard automatic tapping machine uses electrical control components such as travel switches and counters and mechanical control mechanisms to operate. It has been popularized and widely used, but it is currently only at the level of stand-alone operation. Although there are various detection methods for wire teeth, such as: manual detection using common go-no-go gauges, electromagnetic induction, laser irradiation, projection and other methods. These methods are difficult to apply to genera...

AI Technical Summary

Problems solved by technology

These methods are difficult to apply to general automatic equipment due to the low efficiency of manual detection, or due to the complexity of the mechanism, unstable detection, and expensive detection equipment.

Therefore, at present, the entire operation process from tapping to thread inspection to product sorting is difficult to be controlled by one person, the work efficiency is low, and it is difficult to meet the needs of high-speed production pace.

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