Product Introduction
Using cross platform development, it is possible to achieve multiple system compatible platforms such as Windows and Android, and support PC or mobile phones. The model should be simulated and modeled according to the actual size ratio of a real Toyota Prius to improve the students' sense of reality in learning. The scene uses 3D real-time rendering technology to enter the scene from the first viewing angle position, which can move within the scene and interact with the scene. The software scene can be rotated 360 degrees, and the scene position translation and positioning function can be quickly realized. The software is applicable to the teaching of hybrid power systems for automotive new energy related majors in various colleges and universities. Realistic 3D space teaching. Through software, it is possible to demonstrate the structure and working principles of the entire Prius hybrid vehicle and various hybrid systems, including engines, ECVT transmissions, inverters, power batteries, and 3D simulation operations of the system model. It has solved important problems for vocational colleges such as lack of practical training opportunities for students, insufficient teaching interaction, insufficient practical training courses, lack of process uation, and difficulty in improving students' skills. The software needs to support both AR and VR functions for future upgrades
Vehicle display module:
The installation position and corresponding relationship of the main components of the hybrid system can be displayed in a 3D environment. The vehicle shell adopts a transparent mode and can be rotated 360 degrees freely through the mouse
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Atkinson cycle engine software module:
1. Overall engine display function: The Atkinson cycle engine can be displayed through 360 degrees of free rotation with the mouse in a 3D environment, and can be displayed in a transparent mode or through an exploded view. It can clearly display the overall structure as well as the installation positions of main components and the corresponding relationships between components;
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2. Display function of engine components: It can rotate 360 degrees freely through the mouse in a 3D environment to separately display the throttle assembly, oil dipstick and sleeve, intake branch pipe, exhaust branch pipe, thermostat and thermostat cover, oil pressure sensor, water temperature sensor, oil pressure sensor, knock sensor, vvt solenoid valve, crankshaft position sensor, camshaft position sensor, flywheel assembly, ignition coil and spark plug of the engine Main components such as valve cover, fuel rail assembly, water pump assembly, oil pump assembly, cylinder head assembly, pulleys and sprockets, cylinder block assembly, piston connecting rod assembly, crankshaft connecting rod and bearings, camshafts and camshaft bearings, and complex components can be displayed through explosion and other methods.
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3.Working principle demonstration function:
1) Display of overall working principle: dynamically display the movement principles of crankshaft, connecting rod, piston, camshaft, valve, etc. during engine operation in a transparent mode in a 3D environment, and can freely rotate the engine model through 360 degrees by dragging the mouse.
2) VVT camshaft valve distribution working principle display: dynamically display the structure and VVT control working principle in a 3D environment;
3) Display of Otto cycle working principle: dynamically display the working principle of Otto cycle engine valve allocation in a 3D environment;
4) Display of the working principle of Atkinson cycle/Maitreya cycle: dynamically display the working principle of Atkinson cycle/Maitreya cycle gas distribution in a 3D environment;
5) Comparative demonstration of Otto cycle and Atkinson cycle
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4. & nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp; Engine disassembly function: dynamically disassemble the engine through the mouse, with voice prompts for each step
5. & nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp; Engine assembly function: dynamically assemble the engine through the mouse, with voice prompts for each step
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ECVT transmission software module:
1. Overall transmission display function: The EVCT transmission can be displayed through 360 degree free rotation of the mouse in a 3D environment, and can be displayed in a transparent mode or through an exploded view. It can clearly display the overall structure, as well as the installation position of main components and the corresponding relationship between components;
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2. Component display function: It can independently display the main component structures of the transmission such as the parking lock mechanism, motor assembly, generator assembly, various housings and end caps, oil pump assembly, transmission chain No. 1 and No. 2 transmission shafts, differentials, rotary encoders, etc. through 360 degree free rotation of the mouse in a 3D environment. The composition and structure of complex components can be displayed through explosion and other methods.
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three. Working principle demonstration:
1) With a transparent 3D structural model, a synchronized display view of energy flow and planetary gear operating principles, engine, generator, and motor speed display and comparison indicator bars, a vehicle simulation instrument with engine speed, vehicle speed, and gear display, a gear control selection system, and a throttle and brake control system. Demonstrate the operation status of the engine, motor, and generator under operating conditions such as reversing, parking and starting, parking and charging, starting, low speed driving, driving and starting the engine, normal driving, slight acceleration, full throttle acceleration, deceleration, or braking energy recovery, as well as the transmission principle of planetary gears, and the energy flow process of the vehicle
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2) & nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp; Parking lock mechanism: The 3D structure of the parking lock mechanism includes the actuating motor, transmission link structure, parking lock claw mechanism, and transmission gear with locking teeth. The 3D animation is used to demonstrate the working principle of driving the locking mechanism by the actuating motor to mechanically lock the transmission gear to achieve vehicle parking lock. The mouse can be rotated 360 degrees freely for different angles.
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4. Transmission assembly function: dynamically assemble the transmission through the mouse, with voice prompts at each step
5. & nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbsp; Transmission disassembly function: dynamically disassemble the transmission through the mouse, with voice prompts for each step
Inverter module:
1. Overall display function of transmission: transparent mode can be selected in 3D environment or displayed through explosive graph,
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2. Component display function: It can display the composition and structure of shells, control boards, wires, thin film capacitors, boost coils, igbt power devices, etc. in a 3D environment. Complex components can be displayed through explosion and other methods。
3. Working principle demonstration: 3D model is used to demonstrate the composition of DCDC system, voltage regulator circuit, inverter drive motor, and energy recovery structure, and special effects such as radiation are used to dynamically demonstrate the working principle of each system circuit
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Power battery pack module:
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1. Overall display function of power battery: Transparent mode can be selected in 3D environment or displayed through explosive graph,
2. Component display function: It can display the composition and structure of shell, single battery, relay, current sensor, battery controller, etc. in a 3D environment, and complex components can be displayed through explosion and other methods.
3. Display of working principle: display the logical sequence of the power-on process of the power battery pack through a 3D model, and dynamically display the working principle of each system circuit through special effects such as radiation
four. Virtual disassembly and assembly function: Dynamically disassemble and assemble the power battery through the mouse, with voice prompts for each step
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