Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Electronic flip glasses
Design of electronic flip glasses
The design of electronic flip glasses needs to comprehensively consider the basic structure, control system, materials and processes, user experience, additional functions, safety and compliance. Through careful design and innovative thinking, we can create an electronic flip glasses product that is both practical and intelligent, beautiful and comfortable.
Working principle
The motor is the core component of the electric reversal of glasses, which is responsible for converting electrical energy into mechanical energy to drive the flipping of the glasses lenses. Common types of motors are DC motors and stepper motors. DC motors generate torque through electromagnetic induction to make the motor rotate; stepper motors control the pulse signal of the current to make the motor rotate at a certain step distance. The transmission system is responsible for transmitting the rotational motion of the motor to the glasses lenses to achieve the flipping action. The transmission system is usually composed of gears, belts or spiral transmission. Gear transmission changes the direction and speed of rotation through a combination of gears of different sizes; belt transmission has the characteristics of smooth transmission and low noise; spiral transmission is often used in stepper motors, and precise rotation control is achieved through the combination of spiral wire and nut. The control system is responsible for controlling the operation of the motor, thereby controlling the flipping of the glasses lenses. The control system can send instructions to the motor according to user needs or preset programs to make it operate in the set manner. At the same time, the control system can also receive signals from external devices such as sensors to achieve more intelligent control.
Overall shape

The overall shape concept of electronic flip glasses mainly includes the following aspects:


Technology integration and futuristic sense: The streamlined design, combined with simple lines and geometric elements, shows the avant-garde and dynamic sense of technological products. The edge of the frame can be embedded with a small LED indicator or touch button to indicate the working status or provide a user interaction interface to add a sense of technology. The use of lightweight and high-strength new materials such as carbon fiber, titanium alloy or special alloys can not only reduce weight but also maintain a stable structure, while showing the texture of high-tech materials.


Fashion aesthetics and personalization: Provide a variety of colors, materials and textures to meet the personalized needs of different users. The frame design can incorporate fashion elements, such as retro style, modern minimalist style or sports style, and match with various clothing. The shape and size of the lens can also be diversified to adapt to different face shapes and enhance the wearer's sense of fashion.

Solution
Solution

The electronic flip glasses solution brings users a practical, intelligent, comfortable and fashionable smart wearable device through careful design and innovative technology. Through continuous iteration and optimization, this product is expected to become a leader in the smart wearable market.