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US 2026/0151094 A1Published application
Digital health robotic system featuring digital health robot devices and related methods
AssigneeLyons Global, LLC
InventorsDuane Lyons, Bita Lyons
Life of this patent
Estimating the term…
Abstract
A communications platform to facilitate communication between patients and doctors in a remote setting using digital health robot is provided. The digital health robot includes measurement systems to simulate a live examination. A video Visit may be initiated at behest of the patient where doctors may review live results and provide direct feedback to patients.
Claims39
A digital health communication and diagnostic system, comprising:
- a. at least one digital health robot including
- i. a mobile communication device configured to enable encrypted video conferencing between a healthcare provider and a patient,
- ii. a plurality of integrated medical device systems operable to perform live medical examinations, and
- iii. a navigation system configured for remote control by the healthcare provider;
- b. a medical communications platform facilitating remote operation of said at least one digital health robot by said healthcare provider operable to
- i. provide a healthcare provider dashboard displaying patient medical information and real-time data from the medical device systems, and
- ii. facilitate secure data exchange between the healthcare provider and the patient;
- and
- c. A host computing system administrating said network and interconnected with software applications executed on authorized computing devices, wherein said at least one digital health robot is configurable to operate using distinct profiles, each profile having role-specific dashboards and administrative access levels;
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A digital health communication and diagnostic system, comprising:
- a. at least one digital health robot comprising:
- i. a patient interface including a display and at least one patient-input interface comprising voice input, text input, or both;
- ii. a communication subsystem configured to conduct an encrypted video conferencing session between a patient and a remote healthcare provider;
- iii. a plurality of medical device systems configured to obtain diagnostic data from the patient and output the diagnostic data;
- and
- iv. a network interface;
- b. one or more servers executing a medical communications platform in network communication with the at least one digital health robot, the medical communications platform comprising a patient record database and a healthcare provider dashboard configured to present patient medical information and the diagnostic data;
- and
- c. an artificial intelligence module executed by at least one of the one or more servers or the at least one digital health robot, the artificial intelligence module configured to:
- i. conduct, via the patient interface, a conversational patient intake to collect patient-reported symptoms;
- ii. transform the patient-reported symptoms into structured intake data and associate the structured intake data with a patient record in the patient record database;
- iii. generate, based on at least the structured intake data and historical medical data in the patient record, at least one of (1) a triage recommendation or (2) a suggested diagnostic test selected from among the plurality of medical device systems;
- iv. during the encrypted video conferencing session, receive the diagnostic data from at least one of the plurality of medical device systems, analyze the diagnostic data in real time to detect an anomaly, and present an alert via the healthcare provider dashboard;
- and
- v. generate, for presentation via the healthcare provider dashboard, a structured consultation summary comprising at least one Subjective, Objective, Assessment, and Plan (SOAP) note based on at least the structured intake data and the diagnostic data.
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A digital health communication and diagnostic system, comprising:
- a. one or more servers executing a medical communications platform comprising a database storing (i) healthcare facility records, (ii) robot profiles, and (iii) user profiles each assigned a role and associated permissions;
- b. at least one digital health robot assigned to a healthcare facility and in network communication with the medical communications platform, the at least one digital health robot comprising a video interface and a plurality of medical device systems, each medical device system associated with a respective device identifier comprising a media access control (MAC) address;
- and wherein the medical communications platform is configured to:
- i. provide role-specific dashboards corresponding to at least a super administrator role, a local administrator role, a chief medical officer role, a staff role, a doctor role, and a patient role;
- ii. enforce the associated permissions to restrict at least the super administrator role and the local administrator role from viewing patient medical measurements while permitting the doctor role to view the patient medical measurements;
- iii. store, within a robot profile for the at least one digital health robot, an inventory associating the plurality of medical device systems to their respective MAC addresses;
- and
- iv. during a video visit session linking a patient user profile, a doctor user profile, and the at least one digital health robot, route diagnostic data from a selected medical device system to a patient record based on the MAC address of the selected medical device system and present the diagnostic data within the doctor role dashboard and the patient role dashboard.
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Dependencies are inferred from the claim text.