Disinfection and monitoring of a body contact device
A disinfection system that provides homogenous UV light output. The system can utilize a sensor system to detect proper use provide user feedback on safety and functional operation. By tracking cumulative dosage of low energy UV-C the system can disinfect without violating safety exposure standards. The system can automatically provide a disinfection dose according to the type and length of body contact device the disinfection device is mounted to, while tracking operational details. The system can include crypto security that enables a safer ecosystem and HIPAA compliant statistic sharing of operational parameters.
1. A disinfection device for disinfecting a body contact device, the disinfection device comprising:
a housing for mounting said disinfection device to the body contact device;
a UV source disposed within said housing;
an RFID reader configured to interrogate an RFID tag associated with the body contact device;
a controller configured to control an intensity of said UV source based on output from said RFID reader; and
wherein said controller is configured to track UV dosage applied to the body contact device.
2. The disinfection device of claim 1 wherein said controller is configured to control the intensity and on-time of said UV source to less than 6000 microwatts per eight hour period.
3. The disinfection device of claim 1 wherein the housing includes a UV transmissive passage-way for routing the body contact device there-through, said UV source disposed radially about said UV transmissive passage-way, and wherein said disinfection device further includes a UV reflector disposed radially about said UV source to reflect UV energy.
4. The disinfection device of claim 1 wherein said output from said RFID reader includes UV disinfection information specific to the body contact device, wherein the UV disinfection information includes at least one of a UV intensity information and body contact device size information.
5. The disinfection device of claim 1 including a thermal sensing system for tracking drainage from the body contact device.
6. The disinfection device of claim 1 wherein said controller tracks cumulative dosage per eight hours and controls the UV source intensity and UV source on-times based on the cumulative dosage.
7. The disinfection device of claim 1 wherein said controller tracks the UV source life.
8. A body contact device comprising:
an RFID tag;
a UV transmissive tube having a distal end and a proximal end;
an integral attachment feature positioned toward said distal end of said UV transmissive tube, said integral attachment feature configured to removably attach a disinfection device;
a UV blocking pattern disposed adjacent to said UV transmissive tube.
9. The body contact device of claim 8 wherein said UV blocking pattern includes a gradient.
10. The body contact device of claim 8 wherein said UV blocking pattern includes titanium dioxide and is printed on said UV transmissive tube.
11. The body contact device of claim 8 wherein said RFID tag includes at least one of UV intensity information and body contact device length information.
12. The body contact device of claim 8 including a light guide positioned along the internal surface of the UV transmissive tubing that assists in providing UV light evenly and efficiently to the proximal end of the UV transmissive tubing.
13. The body contact device of claim 8 including a light pipe positioned along the internal surface of the UV transmissive tubing having a termination point between the integral attachment feature and the proximal end of the UV transmissive tube, wherein the termination point of the light pipe provides a rejuvenated UV source, wherein the body contact device further includes an additional UV blocking pattern adjacent said UV transmissive tube proximate said light pipe termination point to mask UV light exiting said light pipe termination point toward said proximal end of the UV transmissive tubing.
14. A disinfection system comprising:
a body contact device including:
an RFID tag;
a UV transmissive tube having a distal end and a proximal end;
an integral attachment feature positioned toward said distal end of said UV transmissive tube, said integral attachment feature configured to removably attach a disinfection device; and
a UV blocking pattern disposed adjacent to said UV transmissive tube;
a disinfection device for disinfecting said body contact device, the disinfection device including:
a housing for mounting said disinfection device to the body contact device;
a UV source disposed within said housing;
an RFID reader configured to interrogate an RFID tag associated with the body contact device; and
a controller configured to control an intensity of said UV source based on output from said RFID.
15. The disinfection system of claim 14 wherein said controller is configured to control the intensity and on-time of said UV source to less than 6000 microwatts per eight hour period.
16. The disinfection system of claim 14 wherein the housing includes a UV transmissive passage-way for routing the body contact device there-through, said UV source disposed radially about said UV transmissive passage-way, and wherein said disinfection device further includes a UV reflector disposed radially about said UV source to reflect UV energy.
17. The disinfection system of claim 14 wherein said output from said RFID reader includes UV disinfection information specific to the body contact device, wherein the UV disinfection information includes at least one of a UV intensity information and body contact device size information.
18. The disinfection system of claim 14 wherein said controller is configured to track UV dosage applied to the body contact device.
19. The disinfection system of claim 14 including a thermal sensing system for tracking drainage from the body contact device.
20. The disinfection system of claim 14 wherein said controller tracks cumulative dosage per eight hours and controls the UV source intensity and UV source on-times based on the cumulative dosage.
21. The disinfection system of claim 14 wherein said controller tracks the UV source end of life.
22. The disinfection system of claim 14 wherein said UV blocking pattern includes a gradient.
23. The disinfection system of claim 14 wherein said UV blocking pattern includes titanium dioxide and is printed on said UV transmissive tube.
24. The disinfection system of claim 14 wherein said RFID tag includes at least one of UV intensity information and body contact device length information.
25. The disinfection system of claim 14 including a light guide positioned along the internal surface of the UV transmissive tubing that assists in providing UV light evenly and efficiently to the proximal end of the UV transmissive tubing.
26. The disinfection system of claim 14 including a light pipe positioned along the internal surface of the UV transmissive tubing having a termination point between the integral attachment feature and the proximal end of the UV transmissive tube, wherein the termination point of the light pipe provides a rejuvenated UV source, wherein the body contact device further includes an additional UV blocking pattern adjacent said UV transmissive tube proximate said light pipe termination point to mask UV light exiting said light pipe termination point toward said proximal end of the UV transmissive tubing.