Samsung's Smart Ring Patent Hints At Wireless Display Control For Multiple Devices

A patent from Samsung Electronics suggests that the company is developing a ring-shaped device designed for interacting with various display types, including LCD, LED, OLED, and flexible screens.

The system functions by first detecting the location of the input device and then using this data to control the connected screens.

Source : Unsplash/Zoriana Stakhniv

Samsung may be working on a new smart ring capable of connecting with and controlling multiple devices, according to a recently published patent. The wearable device is reportedly designed to establish connections with two electronic devices, such as a laptop and a tablet, enabling users to manipulate their displays and move objects across screens.

However, for this functionality to work, all connected devices might need to be on the same wireless network.

Samsung Smart Ring Patent: What Do We Know?

A patent from Samsung Electronics, published by the World Intellectual Property Organisation (WIPO) on January 30, suggests that the company is developing a ring-shaped device designed for interacting with various display types, including LCD, LED, OLED, and flexible screens. The concept involves three main components: a primary electronic device, a secondary electronic device, and an input device.

The primary device could be a smartphone or laptop, while the secondary device might be a tablet or an external monitor. The input device is expected to be a smart ring, another wearable gadget, or even a stylus. The system functions by first detecting the location of the input device and then using this data to control the connected screens. The positioning of the input device is determined through a combination of distance, movement, and optical sensors, as well as integrated camera modules, allowing for seamless interaction between multiple devices.

The connected electronic devices are expected to feature processors that adjust the displays in response to sensor data. This functionality is reportedly powered by specialized software and programs that utilize time-based data to ensure that screen interactions remain in sync with the movements of the input device. While the process is said to be entirely wireless, all devices involved may need to be connected to the same network for seamless operation.

Through this system, the input device could control multiple aspects of the displays, such as the sequence in which they appear, the arrangement of content, and how it transitions across screens. This would provide users with greater flexibility in organizing and presenting information, with real-time adjustments based on the position and gestures of the input device.