A wide range of VR helmets for architectural engineering design

Abstract

The invention relates to an architectural engineering design VR helmet with a wide application range. The VR helmet comprises a main body, an observation room, a detecting mechanism and an auxiliary observation mechanism. The detecting mechanism comprises a retracting component and a centrometer. The auxiliary observation mechanism comprises an accommodation room, a first adjustment component, a second adjustment component and a third adjustment component. According to the architectural engineering design VR helmet with a wide application range, when some myopia or hyperopia people need to usethe VR helmet, lenses matching the degree of two eyes can be inserted into the auxiliary observation mechanism, and then the pupil distance between two eyes is measured through the detecting mechanism; the distance between two lenses, the distance between two lenses and two eyes, and the height of two lenses are adjusted through the auxiliary observation mechanism, so that the VR helmet can adaptto the position of the eyes of different people; the image viewing clarity of myopia or hyperopia people is not affected; the sense of experience is not avoided; the application range of the VR helmet is expanded; and the practicality and convenience are enhanced.

Description

technical field [0001] The invention relates to the field of VR equipment, in particular to a VR helmet with a wide application range for architectural engineering design. Background technique [0002] VR technology, the English full name is Virtual Reality, that is, virtual reality technology. It is a computer simulation system that can create and experience a virtual world. It uses a computer to generate a simulated environment. System simulation of dynamic visuals and physical behavior immerses the user in the environment. [0003] With the development of VR technology, VR technology is often used in the field of engineering design. By wearing a VR helmet, the system projects VR images on the display screen inside the VR helmet, allowing users to immerse themselves in the environment of the VR system. However, existing VR helmets still have certain deficiencies in use. For example, VR helmets can only be used by ordinary people. When some myopic or hyperopic people need ...

AI Technical Summary

Problems solved by technology

However, existing VR helmets still have certain deficiencies in use. For example, VR helmets can only be used by ordinary people. When some myopic or hyperopic people need to use VR helmets, they need to wear the helmet after removing the glasses, which makes myopia Or when people with hyperopia watch VR images, the clarity is affected to a certain extent, which further affects the sense of experience. Therefore, the existing VR helmets have a small scope of application and poor practicability and convenience.

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