Virtual rehabilitation system and method
First Claim
1. A virtual rehabilitation system comprising:
- (a) host computer system (HCS);
(b) mobile user device (MUD);
(c) video display unit (VDU);
(d) video imaging unit (VIU);
(e) operator interface computer (OIC); and
(f) computer communication network (CCN);
whereinsaid HCS is configured to retrieve audio/video information (AVI) from a video database (VDB) under control of a patient healthcare plan (PHP) tailored for a patient, wherein said PHP comprises a video script dataset (VSD), wherein said VSD describes an interaction with said patient via the controlled display of said AVI extracted from said VDB;
said MUD is configured to execute said PHP autonomously upon receipt of said PHP from said HCS;
said MUD, under control of said PHP, is configured to coordinate transmission of said AVI to said VDU based on said PHP via said CCN;
said MUD is configured to coordinate simultaneous display of said AVI and of a real-time display of a healthcare provider on said VDU for presentation to said patient;
said MUD is configured to collect patient imaging input (PII) associated with reaction of said patient to said AVI from said VIU;
said MUD is configured to coordinate transmission of said AVI and said PII to said OIC via said CCN;
said OIC is configured to present a simultaneous visual display of said PHP, said AVI and said PII;
said OIC is configured to accept synchronized scoring inputs (SSI) responsive to said visual display and to accept PHP modifications;
said OIC is configured to transmit said SSI and PHP modifications to said HCS via said CCN;
said HCS is configured to update said AVI responsive to said PHP modifications, and to update said PHP based on said PHP modifications to generate an updated PHP;
said HCS is configured to automatically transfer said updated PHP to said MUD via said CCN;
said MUD is configured to execute said updated PHP autonomously upon receipt of said updated PHP from said HCS; and
said HCS is configured to store said SSI in a patient history database (PHD).
1 Assignment
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Accused Products
Abstract
A system and method providing virtual physical rehabilitation services to a patient in the context of automated patient healthcare delivery is disclosed. The system/method are controlled by a patient healthcare plan (PHP) deployed from a host computer system (HCS) that triggers execution of a video script dataset (VSD) to coordinate presentation to a patient of rehabilitation audio/video information (AVI) derived from a video database (VDB). A mobile user device (MUD) executes the PHP autonomously to coordinate AVI display on a video display unit (VDU) for patient presentation. Patient reactions to the AVI are observed by a video imaging unit (VIU). An operator interface computer (OIC) communicates with the HCS and MUD permitting visualization of the VIU and AVI information by a healthcare provider and allowing observed patient behavior to be synchronously scored/logged/stored in a patient history database (PHD) by the HCS.
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Citations
24 Claims
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1. A virtual rehabilitation system comprising:
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(a) host computer system (HCS); (b) mobile user device (MUD); (c) video display unit (VDU); (d) video imaging unit (VIU); (e) operator interface computer (OIC); and (f) computer communication network (CCN); wherein said HCS is configured to retrieve audio/video information (AVI) from a video database (VDB) under control of a patient healthcare plan (PHP) tailored for a patient, wherein said PHP comprises a video script dataset (VSD), wherein said VSD describes an interaction with said patient via the controlled display of said AVI extracted from said VDB; said MUD is configured to execute said PHP autonomously upon receipt of said PHP from said HCS; said MUD, under control of said PHP, is configured to coordinate transmission of said AVI to said VDU based on said PHP via said CCN; said MUD is configured to coordinate simultaneous display of said AVI and of a real-time display of a healthcare provider on said VDU for presentation to said patient; said MUD is configured to collect patient imaging input (PII) associated with reaction of said patient to said AVI from said VIU; said MUD is configured to coordinate transmission of said AVI and said PII to said OIC via said CCN; said OIC is configured to present a simultaneous visual display of said PHP, said AVI and said PII; said OIC is configured to accept synchronized scoring inputs (SSI) responsive to said visual display and to accept PHP modifications; said OIC is configured to transmit said SSI and PHP modifications to said HCS via said CCN; said HCS is configured to update said AVI responsive to said PHP modifications, and to update said PHP based on said PHP modifications to generate an updated PHP; said HCS is configured to automatically transfer said updated PHP to said MUD via said CCN; said MUD is configured to execute said updated PHP autonomously upon receipt of said updated PHP from said HCS; and said HCS is configured to store said SSI in a patient history database (PHD). - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. A virtual rehabilitation method comprising:
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(1) with a host computer system (HCS), retrieving audio/video information (AVI) from a video database (VDB) under control of a patient healthcare plan (PHP) tailored for a patient, wherein said PHP comprises a video script dataset (VSD), wherein said VSD describes an interaction with said patient via a controlled display of said AVI extracted from said VDB; (2) with a mobile user device (MUD), executing said PHP autonomously upon receipt of said PHP from said HCS; (3) with said MUD under control of said PHP, coordinating transmission of said AVI to a video display unit (VDU) based on said PHP via a computer communication network (CCN); (4) with said MUD, coordinating simultaneous display of said AVI and of a real-time display of a healthcare provider on said VDU for presentation to said patient; (5) with said MUD, collecting patient imaging input (PII) associated with reaction of said patient to said AVI from a video imaging unit (VIU); (6) with said MUD, coordinating transmission of said AVI and said PII to an operator interface computer (OIC) via said CCN; (7) with said OIC, presenting a simultaneous visual display of said PHP, said AVI and said PII; (8) with said OIC, accepting synchronized scoring inputs (SSI) responsive to said visual display and accepting PHP modifications; (9) with said OIC, transmitting said SSI to said HCS via said CCN; (10) with said HCS, updating said AVI responsive to said PHP modifications and updating said PHP based on said PHP modifications to generate an updated PHP; (11) with said HCS, automatically transfer said updated PHP to said MUD via said CCN; and (12) with said HCS, storing said SSI in a patient history database (PHD). - View Dependent Claims (10, 11, 12, 13, 14, 15, 16)
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17. A tangible non-transitory computer usable medium having computer-readable program code means embodied thereon comprising a virtual rehabilitation method comprising:
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(1) with a host computer system (HCS), retrieving audio/video information (AVI) from a video database (VDB) under control of a patient healthcare plan (PHP) tailored for a patient, wherein said PHP comprises a video script dataset (VSD), wherein said VSD describes an interaction with said patient via a controlled display of said AVI extracted from said VDB; (2) with a mobile user device (MUD), executing said PHP autonomously upon receipt of said PHP from said HCS; (3) with said MUD under control of said PHP, coordinating transmission of said AVI to a video display unit (VDU) based on said PHP via a computer communication network (CCN); (4) with said MUD, coordinating simultaneous display of said AVI and of a real-time display of a healthcare provider on said VDU for presentation to said patient; (5) with said MUD, collecting patient imaging input (PII) associated with reaction of said patient to said AVI from a video imaging unit (VIU); (6) with said MUD, coordinating transmission of said AVI and said PII to an operator interface computer (OIC) via said CCN; (7) with said OIC, presenting a simultaneous visual display of said PHP, said AVI and said PII; (8) with said OIC, accepting synchronized scoring inputs (SSI) responsive to said visual display and accepting PHP modifications; (9) with said OIC, transmitting said SSI to said HCS via said CCN; (10) with said HCS, updating said AVI responsive to said PUP modifications and updating said PHP based on said PHP modifications to generate an updated PHP; (11) with said HCS, automatically transfer said updated PHP to said MUD via said CCN; and (12) with said HCS, storing said SSI in a patient history database (PHD). - View Dependent Claims (18, 19, 20, 21, 22, 23, 24)
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Specification