DYCBK-01 Ship sailor craft skills experimental device
Release time：2024-07-03 19:00viewed：times
The "Ship S*lor Craft Skill Tr*ning Device" is developed based on the content of courses such as "S*lor Craft" and "S*lor Duty" offered by vocational colleges. Through the tr*ning of this device, students can quickly understand and master the s*lor craft operation skills, laying a solid foundation for students to engage in related work after graduation. It can be used as a tr*ning equipment for ship driving, ship electrical, ship engine, ship electromechanical, duty s*lor and other majors in ship schools , and can also be used as a tr*ning equipment for ship engineers, ship employees, and crew tr*ning institutions .
I. Product Features
1. It uses a small knot practice rack to truly simulate the hull structure scene, allowing students to personally experience and master the operation skills of ship s*lor craft.
2. The device enables students to master the tying and br*ding methods of fiber ropes commonly used in ships, as well as the uses of various fiber rope knots.
3. The device integrates various operating skills of s*lor business. Students can fully master various skills of s*lor business through the tr*ning of this device.
4. The device is equipped with a full range of safety protection supplies to ensure the personal safety of students during tr*ning.
2. The system equipment includes rope knot racks, tr*ning tables, safety protection supplies, tr*ning parts and accessories, and other mechanical basic structure simulation software: It uses 3D virtual simulation technology and does not rely on other third-party platforms (such as Flash, Unity, etc.). The interface is vivid and beautiful, easy to learn and use, which can improve the interest of teachers in teaching and students in learning, and deepen students' understanding and application of plane, space, and gear system knowledge. The software vividly displays the disassembly, assembly, and disassembly of plane, space, gear system and other modules through 3D disassembly animation, 3D assembly animation, simulated disassembly and assembly, etc. During the assembly process, the model in the software can be rotated, enlarged, and reduced by students to view the det*ls of the assembly project. Students can disassemble and assemble manually or the software can disassemble and assemble by themselves. The following functions can be realized: 1. Basic knowledge and introduction of planar mechanisms, 2. Virtual disassembly and assembly, three-dimensional animation demonstration, and explosion diagram display of planar mechanisms, 3. Basic knowledge and introduction of spatial mechanisms, 4. Virtual disassembly and assembly, three-dimensional animation demonstration, and explosion diagram display of spatial mechanisms, 5. Basic knowledge and introduction of gear tr*n mechanisms, 6. Virtual disassembly and assembly, three-dimensional animation demonstration, and explosion diagram display of gear tr*n mechanisms, 7. Save and read assembly records. Provide on-site demonstrations.
III. Practical tr*ning projects
1. Fiber rope knot tr*ning
2. Fiber rope br*ding tr*ning
3. Three-strand fiber rope splicing tr*ning
4. Eight-strand synthetic fiber br*ded cable splicing tr*ning
5. Wire rope splicing tr*ning
6. Cable-skimming operation tr*ning
7. Rigging and pulley tr*ning
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