Cover Image for A patent reveals an innovative smart ring with a unique design.
Wed Oct 16 2024

A patent reveals an innovative smart ring with a unique design.

Oppo has applied for a patent for a modular smart ring, ensuring that it will stand out from any other tech ring we've seen so far.

Oppo is betting on innovating in the smart ring market and has presented a patent that shows a rather unique proposal. This device, designed to be more than just a simple accessory, consists of three parts: a ring, a holder, and the electronic components, all covered by a dome-shaped structure. The idea behind this modularity is that the electronic elements are detachable, allowing the ring to be thinner and lighter, which would facilitate its use alongside other rings.

A distinctive feature of this design is that the sensors of the smart ring are positioned on the top, unlike the common practice where they are usually located at the bottom. These sensors are integrated into a section of the holder, which is also removable. Although it has not been specified, it is likely that the ring will need a component without electronics to fill the space when the sensors are removed.

Aesthetically, the dome that covers the electronics gives the ring a look reminiscent of a pearl ring or a signet ring. While it is not a modern design, it stands out compared to the more discreet proposals that dominate the current smart ring market. However, the question arises as to how many people would want to constantly detach the technology embedded in a ring. The convenience of a smart ring often depends on its continuous use for health and activity tracking.

It is plausible that Oppo is considering a particular focus on sleep monitoring, allowing the monitoring functions to be available mainly at night. While this patent provides insight into the ideas emerging in the industry, it is important to remember that it does not guarantee the arrival of a new product on the market, but rather reflects the potential innovations in the design and functionality of devices currently in development.