Mobile Radio Communication Device and Method for Operation

Simple SummaryContent extracted from patent full text and abstract with AI.

This invention is a method and device for signaling different operating states (such as active, idle, or error states) of a mobile communication device to the user. Unlike conventional devices that mainly use visual or audio signals, this system uses unique or repeated tactile stimuli (like vibrations or physical movements) that mimic human breathing, heartbeat, or muscle tension to convey information about the device's status. The aim is to keep the user discreetly informed, even when visual or audible alerts are not useful or appropriate.

Use CasesContent extracted from patent full text and abstract with AI.

• Mobile phones or smartphones that provide tactile feedback about their status (e.g., idle, incoming call, missed notifications)
• Devices used in environments where auditory or visual signals may not be perceived (such as in loud settings or when devices are carried in clothing)
• Assistive devices for visually or hearing impaired users to receive operational feedback from their mobile devices
• Wearable technology that communicates status via subtle physical sensations
• Alert systems in settings where discreet notifications are required (e.g., meetings, theaters)

BenefitsContent extracted from patent full text and abstract with AI.

• Enhances user awareness of device status even without visual or audio cues
• Allows for discreet notifications, avoiding disruption in quiet or public situations
• Reduces user confusion and 'phantom vibration' effects by continuously or periodically signaling idle states
• Improves accessibility for users with hearing or vision impairments
• Makes device notifications more intuitive by mimicking natural biological rhythms (breathing, heartbeat), which can be more easily and comfortably perceived by users

Technical Classifications (CPCs)

Inventors & Applicants

Patent Abstract

The method involves signalizing different operating conditions to a user, where the conditions are represented by physical parameters such as measuring signal, working in or at a mobile device. The operating conditions are detected by a central processing unit of the device by an evaluation of the parameters. One operating condition defined as a resting condition and another operating condition are signalized in form of a unique or repeated tactile attraction perceptible by the user by actuators (1, 2), which is controlled by the processing unit based on the detected operating conditions. An independent claim is also included for a mobile device comprising a central processing unit.