Steel rail flaw detection simulation learning practical training instrument, training system platform and practical training method

Abstract

The invention discloses a steel rail flaw detection simulation learning practical training instrument, a training system platform and a practical training method, which arebased on computer integration reproduction technology of existing steel rail flaw waveform map information and the like and behavior simulation research of steel rail flaw detection operation operators, and achieve the purposes of guiding flaw detection operators to stand a post, autonomously and efficiently improving service skills, and performing double cultivation of skills and responsibility, enhancing the steel rail flaw detection practical operation experience of the operators and rapidly improving the flaw detection analysis and judgment capability of the flaw detection operators; and the training instrument is practical training technical equipment integrating fragmentization, gamification and immersion type learning concepts. On one hand, a large number of standard practical training materials are provided for practical training organizers, and training courses are creatively customized to achieve training intentions; and on the other hand, an autonomous learning environment is provided for practical trainees, skill training is efficiently completed, operation standard execution is strictly performed, the purpose of comprehensively improving occupational literacy of trainees is achieved, and the training instrument has popularization value in the aspect of rapid training of flaw detection skill talents.

Description

technical field [0001] The invention relates to the technical field of rail flaw detection technology learning and training in railway rail application equipment technology, specifically a rail flaw detection simulation learning training instrument, a training system platform and a training method. Background technique [0002] Rail flaw detectors are the main force of rail breakage prevention. They are single-person operations. The level of their own skills directly determines the misjudgment rate and missed detection rate of flaw detection work, and the occurrence of misjudgments and missed detections will cause maintenance costs at least The waste of heavy waste directly threatens the safety of railway transportation. [0003] At present, the field of rail flaw detection training adopts the construction of practical training bases, placing physical damaged rails in the practical training bases as a training method, and carrying out the training mode of master and apprenti...

AI Technical Summary

Problems solved by technology

Take the applicant as an example: At the beginning of the construction of the section in 2016, 15 flaw detection workers were transferred from 4 brother units to establish a flaw detection work area. It took four years. With the strong support of the Ministry of Public Works and our own vigorous training, we barely trained 25 workers. Most of the flaw detection workers are still level 1. In addition, we are maintaining the Shanghai-Kunming high-speed railway and the Nankun Passenger Railway that opened at the end of 2016. The rail conditions are good, and it is impossible to accumulate practical training experience. The overall flaw detection skills are weak. say is very unfavorable

[0004] Today, with the rapid development of science and technology, traditional training methods can no longer meet the requirements of young people who are energetic and thirsty for knowledge. A qualified flaw detector with independent flaw detection ability needs a training cycle of 3-5 years, and it cannot keep up with recent years. The group company has increased the pace of equipment development

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