Microsoft has recently been granted a patent for augmented reality (AR) glasses that boasts a groundbreaking feature: a swappable battery. This development could potentially position Microsoft as a frontrunner in the AR glasses market once the product becomes available. The patent, which was made public just last week, has garnered attention for its potential to revolutionize the way we interact with wearable AR technology.
The concept of AR glasses has long been seen as the next frontier in mobile technology, with the potential to eventually replace the ubiquitous smartphone. About a decade ago, Google made an early foray into this field with its Google Glass, but the high costs and limited functionality of the device ultimately led to its downfall, despite the enduring appeal of the concept.
Another tech giant, Apple, has been eyeing the AR glasses market with great interest, but it has held off on entering the fray, believing that the technology needed to create a truly compelling product is not yet fully matured. Microsoft, it seems, is gearing up to join the competition and is actively seeking innovative ways to set its AR glasses apart from the rest.
Modular Design: Swappable Batteries
Drawing from their experience in the mixed reality (MR) market, Microsoft introduced the HoloLens in 2016, followed by an updated version four years later. However, the company faced challenges in gaining widespread adoption for the product. The weight of the device, largely attributable to the battery pack, made it uncomfortable for extended use. Additionally, the limited battery life required frequent recharging, disrupting the user experience.
Microsoft’s solution to these issues lies in the patent-approved design of their AR glasses. These glasses feature a modular design, allowing the battery to be positioned in the temple section of the frames or even in a detachable earpiece worn by the user. This innovative approach enables users to continue wearing the glasses while a second battery is charging, significantly extending the device’s usability throughout the day, if not longer. Furthermore, a smaller battery reduces the overall weight of the glasses, making them more comfortable for extended wear.
What’s particularly intriguing is that Microsoft’s ambitions extend beyond just battery placement. The company is exploring the possibility of connecting the glasses to other accessories, including necklaces and backpacks. These connections could be established using technologies such as Wi-Fi or Li-Fi, potentially allowing the computational and storage components to be located elsewhere while the glasses focus solely on displaying and gathering information.
Given the recent surge in remote work arrangements, AR glasses could open up entirely new realms of virtual interaction, enabling people to collaborate in virtual environments and complete tasks without the need for physical presence.
If Microsoft can bring these innovations to fruition in the near future, it could become the top choice for users seeking to transition away from traditional smartphones in favor of more immersive and versatile AR glasses.
