Smart mirrors collect a large amount of detailed information about users' diet and life through smart home products, allowing users not only to discover problems, but also to receive effective measures to solve health problems in a timely manner. At the same time, smart mirrors can continuously monitor users' improvement effects and existing health issues, thereby encouraging and guiding users to adopt a healthy lifestyle.

When you shave or put on makeup in front of a mirror, it would be very convenient if you could answer the phone automatically. The concept of intelligent mirrors was proposed by Japan, but it has not been produced due to its high difficulty and high requirements for display screens. Now a smart mirror can fulfill this wish. After connecting to a smartphone, it can be directly used to make phone calls, not just a mirror.
The intelligent mirror has WiFi wireless network function and built-in facial recognition function, which can recognize the current user. After recognition is completed, some personal information of the user can be displayed, including email information, RSS news subscription lists, and even road condition information in the user's daily travel routes, such as whether the current road is congested.
By entering age, gender, and height on your phone, you can display your health status. After the smart mirror inspection is completed, the phone will display the candidate's fat content, moisture and other related data, and provide a health score.
The composition and principle of its intelligent mirror are as follows:
Vacuum deposition mirror glass
The difficulty with this type of glass is that it cannot conduct electricity/be semi transparent or semi reflective. If non conductive materials cannot be found, they can also be made into Google engineers without touch function, but with poor interactivity. The transmittance and reflectance parameters depend on everyone's preferences. The higher the transmittance, the lower the requirement for screen brightness. The higher the reflectance, the better the mirror effect.
Capacitive touch sensor
It is said that non-conductive glass needs to be used so that the capacitive signal of touching the finger can penetrate the glass and reach the sensor. Considering the usage environment of the mirror, this sensor must not be disturbed by water. I can't take the attached touch sensor, but I took other sizes and it looks similar.
If intelligent mirrors could be invented, would it be a great invention?