Elevator testing teaching system based on virtual reality technology and method thereof
A technology of virtual reality technology and teaching system, which is applied in the field of elevator inspection teaching system based on virtual reality technology, can solve problems such as unanswered questions, waste of equipment teaching costs, and hands-on training of students, so as to avoid injuries, save teaching costs, and improve safety effect
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Embodiment 1
[0047] Such as figure 1 As shown, an elevator inspection teaching system based on virtual reality technology includes a hand-held control device, a control host, a virtual display and a positioning device. The control host includes a database module and an operation control module. device, virtual display, positioning device and database module connection;
[0048] The positioning device is used to collect movement information of students, and transmit the collected movement information to the operation control module;
[0049] The handheld control device is used to collect the displacement information and motion input information of the student's hand, and transmit the collected information to the operation control module;
[0050] The virtual display is used to play the virtual elevator inspection scene, collect the perspective information of the students at the same time, and transmit the collected perspective information to the operation control module;
[0051] The data...
Embodiment 2
[0064] Such as figure 2 As shown, a virtual reality technology-based elevator inspection teaching method includes the following steps:
[0065] S1. Read the elevator inspection model according to the selected equipment information input by the students, so as to virtualize the inspection scene of the elevator equipment.
[0066] S2. Collect students' movement information, hand information and perspective information in real time, and switch virtual scenes according to the collected information. The hand information includes hand displacement information and hand motion input information.
[0067] Wherein, the hand-held control device is provided with buttons, and the students can input information through the buttons, for example, the students can select different virtual elevator equipment through the buttons.
[0068] S3. Switch the hand posture. Wherein, S3 includes steps S31-S32:
[0069] S31. After collecting the student's displacement information and hand informatio...
Embodiment 3
[0085] In this embodiment, an elevator inspection teaching method based on virtual reality technology, compared with Embodiment 2, the step S4 also includes the step of obtaining parts, which specifically includes the following steps B1-B3:
[0086] B1. When it is determined that the virtual human hand touches the component, the component is displayed in the second display format, and when the component is determined to be obtained according to the hand information, the virtual human hand is replaced with the component.
[0087] B2. Collect the hand information of the students in real time, and map the collected information to the virtual parts, so as to realize the viewing of the parts in all aspects.
[0088] B3. When it is judged that the component is in contact with the three-dimensional exploded view, the component automatically returns to its original position, and a virtual human hand is virtualized.
[0089] Students can obtain parts and watch them 360° through the rot...
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