20240046248. TONE VERIFICATION OF A PHYSICAL CARD simplified abstract (Capital One Services, LLC)
Contents
TONE VERIFICATION OF A PHYSICAL CARD
Organization Name
Inventor(s)
Galen Rafferty of Mahomet IL (US)
Samuel Sharpe of Cambridge MA (US)
Austin Walters of Savoy IL (US)
TONE VERIFICATION OF A PHYSICAL CARD - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240046248 titled 'TONE VERIFICATION OF A PHYSICAL CARD
Simplified Explanation
The abstract of the patent application describes a card that can communicate with a front-end device. The card includes a substrate, an audio generator, a contact, and circuitry. The audio generator is embedded in the substrate and generates audio waves. The contact, also embedded in the substrate, activates the audio generator. The circuitry processes incoming signals from the contact and transmits outgoing signals to the audio generator. Alternatively, the card may have an output device instead of the audio generator, and the circuitry would transmit signals to the output device.
- The card includes a substrate, audio generator, contact, and circuitry.
- The audio generator is embedded in the substrate and generates audio waves.
- The contact is embedded in the substrate and activates the audio generator.
- The circuitry processes incoming signals from the contact.
- The circuitry transmits outgoing signals to the audio generator or an output device.
Potential applications of this technology:
- Communication cards for front-end devices.
- Audio generation for various purposes.
- Activation of audio generators through embedded contacts.
- Processing of incoming signals for transmission to audio generators or output devices.
Problems solved by this technology:
- Efficient communication between a card and a front-end device.
- Embedded audio generation without the need for external devices.
- Activation of audio generators through embedded contacts.
- Processing of incoming signals for transmission to audio generators or output devices.
Benefits of this technology:
- Compact design with embedded components.
- Simplified communication process.
- Versatile audio generation capabilities.
- Activation of audio generators through embedded contacts.
- Efficient processing of incoming signals.
Original Abstract Submitted
in some implementations, a card for communicating with a front-end device may include a substrate and an audio generator at least partially embedded in the substrate and configured to generate audio waves. additionally, the card may include a contact at least partially embedded in the substrate and configured to activate the audio generator and circuitry configured to process an incoming signal from the contact and to transmit an outgoing signal to the audio generator. additionally, or alternatively, the card may include an output device in lieu of the audio generator. accordingly, the circuitry may be configured to process an incoming signal from the contact and to transmit an outgoing signal to an audio generator via the output device.
