Unsupervised Telemedical Office for Remote &/or Autonomous & Automated Medical Care of Patients

• US 20120130739A1
• Filed: 11/21/2010
• Published: 05/24/2012
• Est. Priority Date: 11/21/2010
• Status: Abandoned Application

• Current Assignee: David Crane
• Original Assignee: David Crane
• Inventors: Crane, David
• Application Number:
  US12/951,045
• Publication Number:
  US 20120130739A1
• Time in Patent Office: Days
• US Class Current: 705/3
• CPC Class Codes: G06Q 10/10 Office automation; Time management
• CPC Class Codes: G16H 15/00 ICT specially adapted for medical reports, e.g. generation or transmission thereof
• CPC Class Codes: G16H 40/67 for remote operation

Abstract

Methods and systems creating Telemedical offices to remotely &/or automatically perform patient identification & intake, vitals measuring & recording, symptom reporting, live & delayed consultation by medical professionals, various and unlimited outpatient medical testing, live &/or automated diagnostic, referral, prescribing, treatment, billing, payment processing and record keeping services remotely by live & time-shifted medical professionals, medical and non-medical sensors, robotics (the robotics are not patented, but are used as a tool in the invention to help deliver the the services), autonomous systems and automated systems. The positive identification and teleconferencing capabilities also enable uses beyond the scope of medicine that also require positive identification prior to or during videoconferencing. The invention results in improved quality in medical service delivery, broad distribution of medical services and efficiencies in financial and time resources.

Claims

1. A facility, set of systems and methods that enables standard medical office functions to be performed in an unsupervised, remote kiosk or facility by automated systems and/or through the care of teleconferenced live and/or time-shifted medical professionals &

/or autonomous computer and mechanical &

/or robotic systems, comprising of

A) networked and remotely communicated and monitored &

/or controlled sensors,

B) medical &

non-medical equipment,

C) mechanical devices to position the patient and sensors respective to the patient (including the use or non-use of autonomous &

/or remotely controlled robotics),

D) visual devices,

E) medical and non-medical imaging devices,

F) touch responding graphical user interfaces,

G) feedback &

haptic feedback systems,

H) teleconferencing equipment,

I) printing equipment,

J) encrypted electronic audio, video &

data communications systems,

K) electronic record keeping systems,

L) autonomous diagnostic software,

M) scanners,

N) biometric ID systems,

O) reporting systems &

P) referencing systems.

2. The facility, systems &

methods of claim 1 that enables medical services to be remotely performed by remote medical professionals &

/or autonomously performed, in either instance, without the presence of staff or other medical professionals at the point of service.

3. The facility, systems &

methods of claim 1 include functions &

services of

A) remote &

/or automated patient identification &

intake,

B) vitals (vital signs such as blood pressure, temperature, height, weight, O2 saturation, bone density, fluid saturation &

retention, pulse, breathing sounds, sounds of the heart, sounds of the digestive track, visuals of the inner ear, various parts of the eye and body, etc.) measuring &

recording,

C) symptom reporting,

D) live &

delayed consultation by medical professionals,

E) various general &

unlimited medical examination &

testing, diagnostic, referral, prescribing, services,

F) treatment services,

G) billing, payment processing and record keeping services.

4. The facility, systems &

methods of claim 1 enable the medical professionals'"'"' location(s) to be remote from the facility'"'"'s location and can be consolidated in one location or distributed in many locations and the facility enables the client/patient to be served by automated systems inasmuch as possible and then multiple different medical professionals that might traditionally require them to meet in different locations from the one facility.

5. The facility, systems &

methods of claim 1 enable that the facilities used by the client/patient are typically self-contained, but can also be built into an existing structure, facility or a mobile unit.

6. The facility, systems &

methods of claim 1 enable the patient to be connected with the correct medical professional (whether the correct professional is a nurse practitioner, physician'"'"'s assistant, general medical doctor or specialist) for their specific needs, thus minimizing over-utilization of overqualified &

more costly medical professionals.

11. The facility, methods &

systems in claim 1 make use of robotics, which are not patented, but are used as a tool in the invention to help deliver the services.

12. The facility, methods &

systems in claim 1 network each of the components so that they are all accessible for data retrieval and controllable by the medical professionals and system administrators via the internet and records of such actions and data are stored in the system server.

13. The facility, methods &

systems in claim 1 contains many components that are available from many suppliers and where this is the case, these components are not a part of the patent, but are components/parts/systems/tools/equipment that partially enable the delivery of the services promised by this invention.

7. Systems that because of the flexibility of the robotic controls &

facilities described in herein can also, but won'"'"'t always, be outfitted to contain integrated sensors and robotics capable of providing x-ray, ECG, EEG, EKG, ultrasound, standard medical laboratory services and any other standard medical examinations or tests commonly in use.

8. The systems in claim 7 enables that as other networkable technologies are developed for medical testing and examinations, it is anticipated that they, too, will be able to be interfaced with the robotic systems in these facilities including additional services such as remote or autonomous phlebotomist may also be integrated with the system.

9. The systems in claim 7 enable the precise configuration and arrangement of the sensors and robotics to be adjusted to meet the specific needs of the clients typically served in the surrounding area of each facility.

10. The facilities described herein will provide biometric-based identity verification and be connected with networked data banks, servers and videoconferencing capabilities, thus increasing the value/scope of the usefulness beyond medical services and such usefulness will include civil services such as Federal, State, County, Municipality and other government &

business interfaces wherein knowing with certainty the identity of one or more individuals and interfacing with a third party is needed to conduct interviews and/or transactions.