Through multi-module level virtual training such as the cognition of the structure of the rice transplanter, the working principle of the transplanting parts, the virtual operation of the operation process and the virtual disassembly and assembly, the virtual teaching software of the rice transplanting machine, the virtual operation of the rice transplanting machine, the operation and adjustment specifications and processes of the rice transplanting machine, the working principle of the transplanting parts and the seedling feeding device, and the virtual interactive teaching software for fault diagnosis and maintenance. It includes five major functions: 3D virtual teaching, 3D interactive disassembly and assembly training, theoretical examination, 3D disassembly and assembly operation assessment, and courseware management. The system adopts the CS architecture (one teacher, multiple students), teachers can initiate theoretical tests or operational assessments, control the test time and collect the test results of each student.
Training content: 1The three-dimensional digital information visualization is used to intuitively and vividly display the basic structure and operation parts such as the power system and transmission system of the rice transplanter, and the parts and tools are viewed in an all-round way such as 360-degree rotation, zoom, and movement.
Practical training disassembly operation.
2.The training uses 3D animation to make ** scenes, ** simulate the operation failure of the rice transplanter, and draw 3D scenes according to the principle of the rice transplanter, so that the trainees can disassemble and repair the rice transplanter.
3.The theoretical assessment is divided into elementary, intermediate and advanced. Comprehensive coverage of the basic structure of the rice transplanter, fault diagnosis and troubleshooting, etc.
4.The technical points and disassembly sequence of each component of the rice transplanter are assessed to ensure that the disassembly process does not affect the operation of adjacent parts, and each component can work normally after installation.
Teaching resources: including the basic structure of the rice transplanter, operation knowledge, work quality, fault diagnosis and troubleshooting.