US 12,315,634 B1
Autonomous mirroring diagnostic, navigation, and advice system and a mirrored intelligence method
Michael Lee Mathews, Broken Arrow, OK (US); Pamela M Mathews, Broken Arrow, OK (US); Tiffany Lee Mathews, Broken Arrow, OK (US); and Jessica Lynn Angsomwine, Cypress, TX (US)
Filed by Michael Lee Mathews, Broken Arrow, OK (US); Pamela M Mathews, Broken Arrow, OK (US); Tiffany Lee Mathews, Broken Arrow, OK (US); and Jessica Lynn Angsomwine, Cypress, TX (US)
Filed on Jul. 20, 2022, as Appl. No. 17/869,783.
Claims priority of provisional application 63/223,858, filed on Jul. 20, 2021.
Int. Cl. G16H 50/20 (2018.01); G06F 3/01 (2006.01); G06F 3/04847 (2022.01)
CPC G16H 50/20 (2018.01) [G06F 3/011 (2013.01); G06F 3/04847 (2013.01)] 6 Claims
OG exemplary drawing
 
1. An autonomous mirroring diagnostic, navigation, and advice system comprising:
a personalized artificial intelligence (AI) interactive smart mirror device (“interactive smart mirror”) operable by a particular user and configured to engage the particular user in mirroring personalized information through self-reflection, wherein the interactive smart mirror comprises a mirror surface, a housing, a single board computer (SBC) with a memory and a storage, a voice-assistance smart hub device, a camera, an occupancy sensor communicably connected to the camera, a mirrored intelligence (MQ) blended operating system that is loaded into the memory of the SBC during operation of the interactive smart mirror, a MQ application that is installed in the storage and runs on the SBC when loaded into the memory by the MQ blended operating system during operation of the interactive smart mirror, a nudging database that is communicably connected to the MQ blended operating system and stores a plurality of nudging elements, wherein the particular user specifies particular user preferences for a customized script by selection of particular nudging elements from the nudging database, wherein the customized script ensures individualized reflective interaction with the interactive smart mirror by the particular user;
a plurality of personalized AI devices comprising the interactive smart mirror and at least one other personalized AI device;
a backend cloud-based autonomous mirroring diagnostic, navigation, and advice server (“backend cloud server”) comprising a video conferencing and mirror conferencing connection module (“video conferencing module”), a facial recognition processing module (“facial recognition module”), a mirror deep learning and artificial intelligence/machine learning (AI/ML) system module (“AI/ML module”), and a scripts and skills manager, wherein the backend cloud server hosts a cloud service to which the interactive smart mirror and the plurality personalized AI devices connect for processing of the video conferencing module, the facial recognition module, the AI/ML module, and the scripts and skills manager for the MQ blended operating system to engage the particular user of the interactive smart mirror and users of the plurality personalized AI devices to mirror personalized information for self-diagnosis, navigation, and advice, wherein the video conferencing module triggers the camera of the interactive smart mirror to capture video and stream the captured video over a video stream connection to the backend cloud server when the occupancy sensor of the interactive smart mirror detects a user reflected in the mirror surface of the interactive smart mirror;
a facial expression image database communicably connected to the facial recognition module of the backend cloud server, wherein the facial recognition module is configured to (i) access the facial expression image database to identify prior images of the particular user stored in the facial expression image database and (ii) compare a present image of the particular user, captured by the camera of the interactive smart mirror and received by the video conferencing module of the backend cloud server, with the prior images of the particular user stored in the facial expression image database; and
a mirror scripts and skills database communicably connected to the scripts and skills manager of the backend cloud server, wherein the customized script is stored in the mirror scripts and skills database and is retrieved by the scripts and skills manager for processing of skills and scripting associated with the customized script when the user reflected in the mirror surface as detected by the occupancy sensor is determined to be the particular user based on the comparison, by the facial recognition module, of the present image and prior images of the particular user.