An omnidirectional running device for virtual reality

Abstract

The invention relates to an omnidirectional running device used for visual reality. The device comprises a control terminal, an omnidirectional running platform and a rotary platform, wherein the omnidirectional running platform and the rotary platform are controlled by the control terminal; the control terminal is connected with a first sensor unit for detection of user sport data and a second sensor unit for detection of the operation speed and direction of the omnidirectional running platform; the rotary platform comprises a platform body, an elevating mechanism and a rotary mechanism, wherein the elevating mechanism and the rotary mechanism are arranged on the platform body; the platform body is fixed to the upper side of the omnidirectional running platform through the rotary mechanism; both the elevating mechanism and the rotary mechanism are connected with the control terminal; the omnidirectional running platform comprises a support, an end-to-end first-direction conveyor belt composed of a plurality of second-direction conveyor belts in connection in sequence and a driving device arranged on the support; the driving device acts on the surface of the first-direction conveyor belt to drive transmission of the first-direction conveyor belt and the second-direction conveyor belts, and the driving device is connected with the control terminal.

Description

technical field [0001] The invention relates to the field of virtual reality application equipment, in particular to an omnidirectional running device for virtual reality. Background technique [0002] Virtual reality, or VR, is a computer simulation system that can create and experience a virtual world. It uses a computer to generate a simulated environment. It is a system simulation of an interactive 3D dynamic scene and entity behavior that integrates multi-source information. , immersing the user in that environment. When in use, since there are many devices used, and most of them are connected by cables, when the user cannot perceive the outside world, due to the long-term and multiple movements of the user, the cables will often become entangled and entangled, which may cause Tripping the user affects the operating experience and even causes injury. Because many of the first-person VR games need to simulate the movement in the game scene in reality to increase the fu...

AI Technical Summary

Problems solved by technology

When in use, since there are many devices used, and most of them are connected by cables, when the user cannot perceive the outside world, due to the user's long-term and multiple movements, the cables will often become entangled and entangled, which may cause Tripping the user affects the operating experience and even causes injury

Because many of the first-person VR games need to simulate the movement in the game scene in reality to increase the fun and immersion of the game, it is necessary to use an omnidirectional treadmill, but the current omnidirectional treadmill needs to be worn on the waist. Only auxiliary devices can simulate sports on it, and wearing auxiliary devices constrains the user's movement, resulting in poor immersion for the user, which affects the development of VR technology

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