Glasses virtual trying-on and self-service optometry device

Abstract

A glasses virtual trying-on and self-service optometry machine comprises a cabinet body; the cabinet body is mounted on a bracket through a lifting support; a display screen is arranged on a front side of the cabinet body; an angle-adjustable camera is arranged above or below the display screen; a back plate for mounting a signal line and a micro-host is arranged on a back surface of the cabinet body; a first input of the micro-host and an output of the camera are connected; a second input of the micro-host and an output of a touch screen are connected; a third input of the micro-host and an output of a remote control board are connected; a first output of the micro-host and a first input of the display screen are connected; a second input of the display screen and an output of the liftingsupport are connected; an input of the lifting support and an output of a motor are connected; an input of the motor and the second output of the micro-host are connected; the micro-host adopts a face recognition system to help customers quickly find the range of glasses suitable for their face types. The invention can allow the customers to quickly try all the glasses in the store to improve theselection efficiency; the display screen and the matching mirror holders and lens are used for self-service optometry, and the glasses matching efficiency is improved; and the need for distribution is reduced, the optometrist's labor cost is reduced, and the overall operating cost is reduced.

Description

technical field [0001] The invention belongs to the technical field of electronic virtual display, and in particular relates to a virtual glasses try-on and self-service optometry machine based on augmented reality. Background technique [0002] Customers who buy glasses generally need to try on the glasses in physical stores and have optometry. The selection and replacement of physical glasses takes a lot of time to try them on, and they may not be able to choose a satisfactory model. At the same time, in order to help customers choose their favorite glasses, the store needs to distribute a large number of goods, rent a large area of ​​the store, and place all the sample mirrors on the counter surface for customers to choose. Carrying out optometry increases operating costs. Contents of the invention [0003] In order to overcome the shortcomings of the above-mentioned prior art, the purpose of the present invention is to provide a virtual glasses try-on and self-service...

AI Technical Summary

Problems solved by technology

[0002] Customers who buy glasses generally need to try on the glasses in physical stores and have optometry. The selection and replacement of physical glasses takes a lot of time to try them on, and they may not be able to choose a satisfactory model.

At the same time, in order to help customers choose their favorite glasses, the store needs to distribute a large number of goods, rent a large area of ​​the store, and place all the sample mirrors on the counter surface for customers to choose. Perform optometry, increasing operating costs

Images