Cross-platform virtual simulation practical training system for container machine assembly

Abstract

The invention provides a cross-platform virtual simulation practical training system for container machine assembly. The system comprises an assessment module, wherein the assessment module is configured to display an assessment scene on terminal equipment of a user, the assessment scene comprises a virtual case, a circuit board operation area and a connecting line operation area, the virtual caseis provided with a circuit board installation position, the circuit board operation area is provided with a plurality of to-be-selected circuit board icons, and the connecting line operation area isprovided with a plurality of to-be-selected connecting line icons; according to a circuit board installation instruction of a user, a virtual circuit board corresponding to the circuit board icon selected by the user is installed to a circuit board installation position, and the virtual circuit board has a wiring port; two wiring ports are determined according to the connecting line installation instruction of the user, and the two determined wiring ports are determined by using a virtual connecting line selected by the user; and the virtual container machine assembled by the user is detected,and the completion condition of the practical training assessment of the user is determined. The invention provides a virtual container machine assembly practical training platform, which is convenient for development of container machine assembly teaching work.

Description

technical field [0001] The invention relates to the technical field of practical training operations, in particular to a cross-platform virtual simulation training system for tube amplifier assembly. Background technique [0002] "Amplifier assembly training" is an important practical link of the professional course "Audio Technology and Application" of electronic information engineering technology in higher vocational colleges. In this link, students need to install the pre-produced circuit boards into the chassis and perform wiring operations , due to the large number of lines that need to be connected, students are prone to misconnection and missed connections. In addition, there are high-voltage lines in the chassis, and the possibility of burning out the circuit board is high. Once the circuit board is burned out, it will affect the subsequent teaching links. normal implementation. [0003] The existing solution is to provide students with more physical objects such as...

AI Technical Summary

Problems solved by technology

However, this method of operation cannot solve the problem of circuit board damage, which increases the cost of teaching

In addition, if teachers want to understand the students' mastery of practical skills, they need to continuously observe and follow up the students during the practical operation, and judge the training effect after the students complete the operation. It is difficult to keep abreast of each student's practical training operation

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