Precisely guided phototherapy apparatus
View Patent ↗A precisely guided phototherapy apparatus for treating soft tissue injury, chronic pain, and promoting wound healing for both human and animal targets. The phototherapy apparatus comprises sensors for monitoring the intensity, position, and movement of the therapeutic light beam over the treatment area. The delivered light energy dosage is determined accordingly based on these parameters. The phototherapy apparatus further comprises a projector device for projecting markers on top of the treatment area. The markers represent the values of the delivered light energy dosage for assisting the practitioner or clinician in precisely controlling the phototherapy procedure.
1. A phototherapy apparatus for treating biological tissue, said phototherapy apparatus comprising:
at least one light source configured to produce therapeutic light to be delivered onto a surface of the biological tissue;
a sensor and processing unit configured to monitor intensity, position, and movement of said therapeutic light over the surface of the biological tissue and to determine a delivered light energy dosage distribution of the therapeutic light based on said intensity, position, and movement of said therapeutic light and to transmit the delivered light energy dosage distribution to a light projector device in communication with said sensor, said light projector device configured to project visible markers representing values of said delivered light energy dosage distribution onto the surface of the biological tissue.
2. The phototherapy apparatus of claim 1 , wherein said markers comprise numerals.
3. The phototherapy apparatus of claim 1 , wherein said markers comprise graphics.
4. The phototherapy apparatus of claim 1 , wherein said markers have different colors.
5. The phototherapy apparatus of claim 1 , wherein said sensor comprises optical, thermal, mechanical, electrical, magnetic, or acoustic sensors.
6. The phototherapy apparatus of claim 1 , wherein said sensor comprises an image sensor.
7. The phototherapy apparatus of claim 6 , wherein said image sensor comprises a CCD or CMOS image sensor.
8. The phototherapy apparatus of claim 1 , wherein said at least one light source comprises a near infrared laser.
9. The phototherapy apparatus of claim 1 , wherein said at least one light source comprises a visible laser.
10. The phototherapy apparatus of claim 1 , wherein said at least one light source comprises an ultraviolet laser.
11. The phototherapy apparatus of claim 1 , wherein said light projector device comprises a digital light projector.
12. The phototherapy apparatus of claim 1 , wherein said light projector device comprises a laser or light emitting diode (LED) pointer.
13. The phototherapy apparatus of claim 1 , wherein said light projector device is configured to project a visible image of an intensity profile of said therapeutic light onto the surface of the biological tissue, wherein said visible image coincides with said therapeutic light on the surface of the biological tissue.
14. The phototherapy apparatus of claim 13 , wherein said light projector device is configured to project markers representing values of said intensity profile on top of said visible image.
15. The phototherapy apparatus of claim 1 , further comprising a temperature sensor for measuring a temperature of the biological tissue, wherein said light projector device projects markers representing the measured temperature value onto the surface of the biological tissue.
16. A phototherapy method for treating biological tissue, said phototherapy method comprising the steps of:
providing the phototherapy apparatus of claim 1
applying said therapeutic light onto the surface of the biological tissue;
monitoring intensity, position, and movement of said therapeutic light over the surface of the biological tissue and determining a delivered light energy dosage distribution of the therapeutic light based on said intensity, position, and movement of said therapeutic light and transmitting the delivered light energy dosage distribution to the light projector device, and projecting visible markers representing values of said delivered light energy dosage distribution onto the surface of the biological tissue.