Trackless tourist car provided with VR (virtual reality) glasses

Abstract

The invention discloses a trackless tourist car provided with VR (virtual reality) glasses. On the basis of positioning data of the trackless car, the VR glasses can be positioned within a space without the assistance of other third party equipment, and in addition, a positioning range of a mark point positioning system adopted by the trackless tourist car is not limited, so that interaction ranges of the VR glasses are widened, a large-range interaction demand of applying the VR glasses to walking-type amusement equipment is achieved and interesting of like items (of the walking-type amusement equipment) is enhanced; furthermore, based on a trackless car positioning technology, the positioning range can be greatly increased under the positioning mode, so that true moving in a VR virtual scene is achieved and somatosensory perception is enhanced; a problem on interaction when the VR glasses and the mobile amusement equipment are combined is solved, cost is reduced and better experiences are offered to users; therefore, the trackless tourist car provided by the invention is more reasonable in structure; and by solving the problem of moving and positioning within the large range of the VR glasses, an experience effect of the amusement tourist car is enhanced.

Description

technical field [0001] The invention relates to a trackless car amusement device, in particular to a trackless viewing car equipped with VR glasses. Background technique [0002] In recent years, virtual reality (Virtual Reality, VR) technology has been widely used, especially in the entertainment industry, and many VR glasses products have been developed, such as Oculus, HTC, Samsung and other brands. In addition to being mainly used to watch VR panoramic videos, VR glasses can also achieve certain interactive functions. The simplest ones are like setting a button on the side of the glasses, and shooting or shooting in the game can be realized by touching or pressing the button; the more complicated ones are like HTC's VIVE products apply laser scanning positioning technology. Two laser sensors arranged diagonally identify the position tracking sensor on the fuselage worn by the wearer to obtain position and direction information, and realize the positioning of VR glasses i...

AI Technical Summary

Problems solved by technology

But at present, these interactive methods have an obvious shortcoming, that is, the positioning range is limited, and players cannot move in a large range. For example, HTC VIVE can only realize the spatial positioning of about 4.5m×4.5m

If you want to combine VR glasses with existing amusement equipment and realize the interaction between players and game content, you need to solve the problem of large-scale mobile positioning of VR glasses

Images