Introduction
The SRIZFLY UAV simulator is used for UAV oil and gas inspection training and provides a comprehensive and realistic training environment. The simulator uses advanced technology to accurately replicate the performance and control of the UAV under various conditions. In addition, the system can also support training mode and assessment mode; the training mode supports step list display, UAV crash reset prompt, training mission settlement, etc. This virtual platform provides a valuable tool for mastering UAV operations, which can improve efficiency and safety in actual applications.
Equipment Introduction
Pumping unit
Pumping unit inspection supports detection of imaging distance, focal length, and camera angle, and prompts correct camera specifications; supports detailed display of no less than 8 types of equipment including valves, oil ports, sucker rods, floating beams, brackets, balance blocks, motors, belts, etc.
Pumping unit overview
Pumping unit number plate
Pumping unit valve
Pump oil port
Sucker rod
Traveling beam
Bracket
Balance weight
Oil tank
Supports training mode and assessment mode; the training mode supports step list display, drone crash reset prompt, and training mission settlement. Supports photo imaging distance, focal length, and angle detection, and prompts correct photo specifications;
Tank number
Oil tank side A
Oil tank side B
Oil tank side C
Oil tank side D
Oil tank side E
Panorama of tank top
Inlet and outlet valves
Torch
Supports detection of imaging distance, focal length, and angle of photos, and prompts correct photography specifications; supports switching between infrared/visible light display modes; supports taking two photos (visible light photo, infrared photo) at the same time during inspection
Torch Point A
Thermal imaging inspection
Torch Point B
Torch Point C
Flare pipeline
Torch tower base
Imported valve
Product characteristics
♦Infrared patrol
Use an airborne infrared thermal imager to detect the surface temperature distribution of oil pumps, oil tanks, and flare equipment, obtain infrared image data, and find abnormal heating points in the equipment.
♦Dynamic Defect Library
The built-in dynamic defect library can flexibly set common defect types and supports typical defect settings, such as belt aging, wellhead leakage, bolt loosening, pump rod breakage, various deformations, cracks, corrosion and other defects.
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Introduction
The SRIZFLY UAV simulator is used for UAV oil and gas inspection training and provides a comprehensive and realistic training environment. The simulator uses advanced technology to accurately replicate the performance and control of the UAV under various conditions. In addition, the system can also support training mode and assessment mode; the training mode supports step list display, UAV crash reset prompt, training mission settlement, etc. This virtual platform provides a valuable tool for mastering UAV operations, which can improve efficiency and safety in actual applications.
Application Scenario
Pumping unit inspection
Supports detection of imaging distance, focal length, and angle for photographing, and prompts correct photographing specifications; Supports detailed display of no less than 8 types of equipment, including valves, oil ports, sucker rods, walking beams, brackets, balance blocks, motors, belts, etc.;
Oil tank inspection
Supports training mode and assessment mode; the training mode supports step list display, drone crash reset prompt, and training mission settlement. Supports photo imaging distance, focal length, and angle detection, and prompts correct photo specifications;
Torch Inspection
Supports detection of imaging distance, focal length, and angle of photos, and prompts correct photography specifications; supports switching between infrared/visible light display modes; supports taking two photos (visible light photo, infrared photo) at the same time during inspection
What are the benefits of using SRIZFLY for Oil and gas inspection training?
Save training costs: In actual UAV oil and gas inspections, it is easy to cause equipment damage due to improper operation. Using the SRIZFLY UAV simulator can avoid these costs. Using the simulator training, aerial survey training can be carried out anytime and anywhere, regardless of factors such as site, weather, and schedule.
Improve work efficiency: By having trainees practice oil and gas inspection tasks repeatedly, they can master various UAV oil and gas inspection skills.
Higher safety: Safely learn how to deal with various failures that occur during flight in the simulator, such as GPS signal loss, low battery, etc.
Quickly adapt to different scenarios: By simulating various weather conditions (such as strong winds and heavy rains) and terrains (such as mountains and forests), trainees can quickly master skills under different conditions.
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Functions and features
Interactive Simulation Environment
The system employs a AAA level 3D engine, UE4, to create realistic training scenarios. It simulates the drone model and various scenes with vivid details, accurately replicating real environments based on Lidar data. To simulate environmental factors such as wind, ground effect reactions, and dynamic physical impacts, the system creates realistic application scenes that reproduce various flight conditions. It prepares users for the actual operation of diverse situations.
Immersive Flight Experience
The system simulates the flight characteristics of a real UAV and controls it with a real UAV remote control, giving the user the same sensation as a real UAV operation. The system currently supports a wide range of commonly used UAV models. Additionally, it is compatible with mainstream VR headsets, providing an immersive training experience.
Dynamic Defect Library
The built-in dynamic defect library can flexibly set common defect types, and supports typical defect settings such as belt aging, wellhead oil leakage, bolt loosening, sucker rod breakage, various deformations, cracks, corrosion, etc.
