Intelligent measuring implement teaching machine

Abstract

The invention discloses an intelligent measuring implement teaching machine. The intelligent measuring implement teaching machine comprises a touch screen type all-in-one machine, a 1:4 simulated measuring implement model, a reading data collecting and transmitting system, and a background data comparison processing program, wherein the touch screen type all-in-one machine is mounted at the top end of a bracket, and the 1:4 simulated measuring implement model is mounted in the middle of the bracket; and the reading data collecting and transmitting system is used for directly inputting the actual numerical value of the measuring implement model read by an operator on a touch screen, and the background data comparison processing program is developed through PHP, python language, html language and js language. For the intelligent measuring implement teaching machine, a plurality of measuring implement learning situations are simultaneously designed, thus a positive assisting role is played for comprehensively learning the structure, principle and reading method of the measuring implement, finally, the teaching machine can automatically distinguish the accuracy of the reading of a learner, and thus an important role is played for verifying the learning effect for using the measuring implement of the learner.

Description

technical field [0001] The invention relates to the field of teaching auxiliary teaching aids, and more specifically relates to an intelligent measuring instrument teaching machine. Background technique [0002] At present, in the teaching of the principle and use of measuring tools in general high school courses and mechanical processing training courses, relatively primitive methods are used, which are not intuitive and intelligent, and the teaching effect is not ideal. [0003] At present, in the traditional teaching of the use of measuring tools, most of them are explained in combination with physical objects of measuring tools or computer graphics simulation, which is poor in intuition, and does not provide learners with independent learning and man-machine dialogue functions. Learning effects include slow mastery and understanding, weak knowledge points, and teachers' inability to understand students' actual learning and mastery of knowledge and skills. Contents of t...

AI Technical Summary

Problems solved by technology

[0002] At present, in the teaching of the principle and use of measuring tools in general high school courses and mechanical processing training courses, relatively primitive methods are used, which are not intuitive and intelligent, and the teaching effect is not ideal.

[0003] At present, in the traditional teaching of the use of measuring tools, most of the explanations are combined with physical objects of measuring tools or computer graphics simulation, which has poor intuition and does not provide learners with independent learning and man-machine dialogue functions.

Learning effects include slow mastery and understanding, weak knowledge points, and teachers' inability to understand students' actual learning and mastery of knowledge and skills

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