Zhaowei VR glasses adjustment gearbox solution uses 3.4mm "planetary gear three-stage transmission structure" gearbox to combine with motor in lens, which can intelligently adjust VR glasses.
Now there are a wide variety of VR glasses on the market, but VR glasses on the market generally have only one size, and it is impossible to adjust VR glasses according to users' needs.. In view of the above problems, Zhaowei gearbox solution of adjusting VR glasses can be adjusted intelligently by combining the precise and compact gearbox with the motor in the lens.
ZHAOWEI gearboxes make VR glasses more convenient
It is of great significance for user with severe myopia in the eyes to adjust VR glasses. But now VR glasses on the market adjust the distance between the left and right eyes at the same time.so It is very inconvenient for People with different degrees of myopia in left and right eyes. Zhaowei VR glasses adjustment gearbox solution uses 3.4mm "planetary gear three-stage transmission structure" gearbox to combine with motor in lens, which can intelligently adjust VR glasses.
It is difficult to select VR glasses with focal distance and interpupillary distance adjustment. Normally, each person's face and facial features will be different. So you can’t use a set of molds to satisfy all users. In order to realize the focal length and interpupillary distance adjustment function of VR glasses, we use the adjustable motor gearbox structure combined with the self-developed multi-layer convertible transmission ratio mechanism to adjust each motor parameter, so our products have two, three, four-stage transmission changes,which can change reduction ratio and adjust the input speed and torque according to transmission requirements.From the transmission mode to solve the VR glasses adjustment of all levels of intelligent transmission requirements.
In addition, the VR glasses adjustment gearbox has the characteristics of low power consumption, high torque and long life. It can quickly and accurately adjust the proper position of the distance between the pupil and the focal length with a small amount of power, so that the image can accurately fall on the retina (especially Is the focal length) for a wearable visual experience.