Phototherapy equipment for the treatment of hyperbilirubinemia and other diseases
View Patent ↗The present invention relates to a phototherapy equipment, provided with at least one super LED of high luminous radiation, whose application is the treatment of hyperbilirubinemia, constituted by a luminous source formed by a split compact and elongated housing, provided, in its lower and front portion, with a cover containing internally adjustable lenses having one or more phototherapic sources with very high luminous irradiation at blue spectral range, more accurately in the wavelength of 450 nm, containing in the upper part a fan and electrically connected with a microprocessed circuit, which is able to be adjusted through control and programming actuators, having its functions monitored by means a display and a connector for any sensor, or digitized through a connection with a microcomputer.
1. A phototherapy equipment, designed for the treatment of hyperbilirubinemia, comprising:
at least one body provided with at least one phototherapic light source, in the form of at least one LED;
an analog to digital converter;
at least one sensor configured for sensing an intensity level of an irradiance emitted by the at least one LED;
at least one internal processing element; and
a management system enabled by the at least one internal processing element and configured to control the analog to digital converter to allow for a proportional adjustment of the irradiance emitted by the at least one LED, the proportional adjustment being based at least in part upon the irradiance sensed by the at least one sensor.
2. A phototherapy equipment according to claim 1 , wherein the management system includes a computer program.
3. Equipment according to claim 2 , wherein the computer program comprises the following subroutines:
a subroutine for selection of idiom used;
a subroutine for display of information;
a subroutine for detection of LEDs operation time;
a subroutine for detection of phototherapy application time to a patient;
a subroutine for irradiance adjustment;
a subroutine for sensor data entry;
a subroutine for operation/programming data entry;
a subroutine for information analysis and processing;
a memory;
a subroutine for information transmission; and
a subroutine for power source selection,
wherein the subroutines are processed by the at least one processing element.
4. A phototherapy equipment according to claim 3 , wherein the body is substantially parallelepiped-shaped, comprising a first free end which is substantially cylindrical, wherein a diameter of the free end is substantially larger than the body width, creating two semicircular side projections.
5. A phototherapy equipment according to claim 4 , wherein the body comprises at least one aperture configured to enable passage of air to be sucked and moved by a fan.
6. A phototherapy equipment according to claim 4 , wherein the first free end, in a substantially cylindrical shape, comprises at least one control panel.
7. A phototherapy equipment according to claim 6 , wherein the control panel is an alphanumerical liquid crystal display.
8. A phototherapy equipment according to claim 1 , wherein the proportional adjustment of the irradiance emitted by the LEDs provides an optimum irradiance and intensity to treat the hyperbilirubinemia.
9. A phototherapy equipment, designed for the treatment of hyperbilirubinemia, comprising:
at least one body provided with at least one phototherapic light source, in the form of at least one LED;
at least one sensor configured for sensing an intensity level of an irradiance emitted by the at least one LED; and
at least one internal processing element configured to:
process information regarding a lifetime of the at least one LED before light emission properties of the at least one LED suffer deterioration;
process information regarding the intensity level sensed by the at least one sensor; and
control an analog to digital converter to allow for a proportional adjustment of the irradiance emitted by the at least one LED, the proportional adjustment being based at least in part on the processed information regarding the lifetime and the intensity level.
10. A phototherapy equipment according to claim 9 , wherein the proportional adjustment of the irradiance emitted by the LEDs provides an optimum irradiance and intensity to treat the hyperbilirubinemia.
11. A phototherapy equipment, designed for the treatment of hyperbilirubinemia, comprising:
at least one body provided with at least one phototherapic light source, in the form of at least one LED;
an analog to digital converter;
at least one optical sensor;
at least one sensor configured for sensing an intensity level of an irradiance emitted by the at least one LED; and
at least one internal processing element configured to:
process information provided by the optical sensor;
process information provided by the least one sensor configured for sensing the intensity level; and
control the analog to digital converter to allow for a proportional adjustment of the irradiance emitted by the at least one LED, the proportional adjustment being based at least in part on the information provided by the optical sensor and the at least one sensor configured for sensing the intensity level.
12. A phototherapy equipment according to claim 11 , wherein the proportional adjustment of the irradiance emitted by the LEDs provides an optimum irradiance and intensity to treat the hyperbilirubinemia.
13. A phototherapy equipment, designed for the treatment of hyperbilirubinemia, comprising:
at least one body provided with at least one phototherapic light source, in the form of at least one LED;
an analog to digital converter;
at least one memory element;
at least one sensor configured for sensing an intensity level of an irradiance emitted by the at least one LED;
at least one sensor capable of sensing a distance between the at least one LED and a patient; and
at least one internal processing element configured to:
process information on the distance provided by the at least one sensor;
control the analog to digital converter to allow for a proportional adjustment of the irradiance emitted by the at least one LED, the proportional adjustment being based at least in part on the information on the distance and the intensity level provided by the one or more of the at least one sensors.
14. A phototherapy equipment according to claim 13 , wherein the proportional adjustment of the irradiance emitted by the LEDs provides an optimum irradiance and intensity to treat the hyperbilirubinemia.
15. A phototherapy equipment, designed for the treatment of hyperbilirubinemia, comprising:
at least one body provided with at least one phototherapic light source, in the form of at least one LED;
an analog to digital converter;
an electromagnetic wave transmitting antenna for communication with a microcomputer;
at least one sensor capable of sensing a patient's body bilirubin level;
at least one sensor configured for sensing an intensity level of an irradiance emitted by the at least one LED; and
at least one internal processing element configured to:
process information on the patient's body bilirubin level provided by the at least one bilirubin sensor;
process information provided by the least one sensor configured for sensing the intensity level; and
control the analog to digital converter to allow for a proportional adjustment of the irradiance emitted by the at least one LED, the proportional adjustment being based at least in part on the information on the patient's body bilirubin level and intensity level provided by the one or more of the at least one sensors.
16. A phototherapy equipment according to claim 15 , wherein the proportional adjustment of the irradiance emitted by the LEDs provides an optimum irradiance and intensity to treat the hyperbilirubinemia.
17. A phototherapy equipment, designed for the treatment of hyperbilirubinemia, comprising:
at least one body provided with at least one phototherapic light source, in the form of at least one LED;
at least one optical sensor;
at least one sensor configured for sensing an intensity level of an irradiance emitted by the at least one LED;
at least one sensor capable of sensing the distance between the LED and a patient;
at least one sensor capable of sensing the patient's body bilirubin level;
an analog to digital converter; and
at least one internal processing element configured to enable irradiance adjustment by:
processing information provided by one or more of the at least one sensors; and
controlling the analog to digital converter to allow for a proportional adjustment of the irradiance emitted by the LEDs, the proportional adjustment being based at least in part on the information provided by the one or more of the at least one sensors.
18. A phototherapy equipment according to claim 17 , wherein the proportional adjustment of the irradiance emitted by the LEDs provides an optimum irradiance and intensity to treat the hyperbilirubinemia.