Simulated imaging system based on flexible OLED display screen

Abstract

The invention relates to a simulated imaging system based on flexible OLED display screens. The simulated imaging system is technically characterized by comprising a vision computer, a vision controlcomputer, a vision program-controlled device and multiple OLED display screens. The vision control computer is connected with the vision computer and is used for controlling on and off of the vision computer and adjusting parameters. The vision computer is connected with the multiple display screens through the vision program-controlled device and used for calling vision information of the physical position where a simulator is located from a global vision database, vison images are output to the vision program-controlled device, then the vision program-controlled device allocates the vision information output by the vision computer to different OLED display screens through network decoding. The simulated imaging system is simple in structure, small in size, light in weight and capable ofremarkably reducing the production cost.

Description

technical field [0001] The invention belongs to the technical field of simulation imaging, and relates to a flexible OLED display, in particular to a simulation imaging system based on a flexible OLED display. Background technique [0002] At present, with the advancement of microelectronics technology, simulation imaging is developing rapidly, and various simulation imaging technologies such as VR simulation interaction, holographic projection, 3D imaging, and simulation imaging have emerged. This kind of technology is mainly used in the field of aerospace simulation, ship simulation, train simulation, automobile simulation, military simulation and high-end equipment simulation, providing the simulation equipment users with a realistic and dynamic external view of the world environment, such as the vision of an aircraft simulator , ship simulator vision, train driving simulator vision, etc. [0003] Traditional simulation imaging systems such as image 3 As shown, it is ma...

AI Technical Summary

Problems solved by technology

Multiple projectors present a picture, which requires edge fusion of the projectors, which is very difficult and rarely presents a completely consistent picture after the fusion is completed; in order to maintain the brightness of the image, it is necessary to replace the light bulb frequently, usually once every six months. The bulb is around 2000RMB, and the maintenance cost is high

[0006] The traditional field of view simulation system is bulky, accounting for about half of the airborne space of the entire simulation equipment, and it is heavy, which increases the load on the movement system of the simulator equipment; system calibration such as mirror film curvature, projector screen fusion, brightness adjustment, color difference adjustment, etc. need Professional equipment, decentralized adjustment, it is difficult to achieve full automation of system calibration; projectors, visual program control equipment, mirror film controllers, etc. need long-term power supply, high energy consumption

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