This has been a year of shadow developments for the SmartGlass product category. North was bought out by Google. Apple’s rumored Smartglass has been a hot topic of discussion this year. It appears that Samsung has also joined the game.
As per a patent that was approved on July 28th, Samsung provides some details around its thinking behind a smart glass type wearable. This Samsung patent was filed on Oct’ 15, 2019 making it a relatively new invention to have been approved.
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Samsung’s approach to smartglasses
There are three major sub-components to the Samsung design.
- a) The built-in sensing circuit will be used for movement detection meaning it would be able to track your activity.
- b) The communication interface is primarily responsible for handling notifications and related communication
- c) lastly the display and memory units on the smart glasses are able to layer the information onto the display.
The design broadly describes the ‘Notification’ feature.
According to it, the smartglasses will be able to handle notification events that could be any one of the following:
- Medication notification comment,
- Schedule notification comment, etc
- Tourist attraction notification content (e.g., explanation content of historical sites, opening and closing times for tourist attractions, etc.), -traffic information notification content (e.g., bus running schedule, notification of congestion, etc.),
- Advertisement notification content (e.g., coupons, sales start/end times, etc.),
- Recommended content (e.g., recommended book information, recommended music information, etc.)
- Health information notification content (e.g., blood sugar level information, heart rate information, temperature information, etc.), and emergency notification content (e.g., a fire nearby, an earthquake occurrence, etc.)
The content provided by these smart glass notifications could be in the form of augmented reality (AR), mixed reality (MR), or virtual reality (VR).
The movement sensor or built-in gyroscope/accelerometer is used to determine if the user is in motion. Smartglasses will only be able to pipe in A/R or other content only when the user is not moving in order to avoid dangerous situations.
The designed assembly of the Samsung smart glasses look simple.
Besides the frame (101) and lens(102), the smart glass has a power source (103), a display (111), a sound output unit (112), controller (120), user input unit (130), an image sensor (161) and a depth sensor (154).
In this example, the lens unit(102) will include at least one anti-light reflection and anti-dazzling coating, anti-fog coating, and anti-ultraviolet (UV) coating.
The specifications refer to “multiple inputs” when discussing the user input unit.
For example, the wearable glasses may receive a touch input and a motion input of a user or may receive a touch input and a sound input of a user.
The input could also be a combination of touch input and an eyeball input of a user. An eyeball input refers to a user input for adjusting eye blinking, gaze positions, an eyeball movement speed, or the like to control the wearable glass.
Interestingly, the Samsung smart glass design in this latest patent looks very much like the old Google smart glasses that failed. From a looks perspective, the best design was that of the Focals by North.
It is becoming clear that smartglasses as intelligent wearables will be here very soon.
It is not a matter of if but only a matter of time before we can see our medical reminders and health-related notifications directly on our smartglasses and walk through some of the reports or notifications, as Samsung calls it, via a telemonitoring setup with our doctor.