US4930504A — Device for biostimulation of tissue and method fo…

Claim 1

Independent Claim 103 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; said radiation sources being arranged such that at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue.

Claim 2

Independent Claim 103 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; said radiation sources being arranged such that at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue.

Claim 3

Dependent Claim 25 words

The device for biostimulation of tissue of claim 1 wherein said radiation sources are selected from the group consisting of superluminous diodes and laser diodes.

Claim 4

Dependent Claim 84 words

The device for biostimulation of tissue of claim 2 wherein: said first wavelength is selected from the group consisting of 650 nm, 660 nm, 680 nm, 750 nm, 780 nm, 800 nm, 810 nm and 820 nm; said second wavelength is selected from the group consisting of 830 nm, 840 nm, 850 nm, 860 nm, 870 nm, and 880 nm; and said third wavelength is selected from the group consisting of 900 nm, 904 nm, 950 nm, 1100 nm, 1300 nm and 1500 nm.

Claim 5

Dependent Claim 36 words

The device for biostimulation of tissue of claim 2 wherein said array comprises: five 660 nm superluminous diodes; one 820 nm laser diode; ten 880 nm superluminous or laser diodes; and five 950 nm superluminous diodes.

Claim 6

Dependent Claim 107 words

The device for biostimulation of tissue of claim 4 wherein: said 820 nm diode is positioned in the center of said array; said 880 nm diodes are evenly positioned about the circumference of a circle of 10.5 mm radius from the center of said array; and said 660 nm diodes and 950 nm diodes are alternately positioned and evenly spaced about the circumference of a circle of 17 mm radius from the center of said array such that a radial line from the center of said array to each of said 660 nm of 950 nm diodes bisects the arc between two of said 880 nm diodes.

Claim 7

Dependent Claim 215 words

The device for biostimulation of tissue of claim 4 wherein: said 820 nm diode is positioned in the center of said array; fives of said 880 nm diodes are evenly positioned about the circumference of a circle of 10.5 mm radius from the center of said array; said 660 nm diodes are evenly positioned about the circumference of a circle of 17 mm radius from the center of said array such that a radial line from the center of said array to each of said 660 nm diodes bisects the arc between two of said 880 nm diodes in said first set; said 950 nm diodes are evenly positioned about the circumference of a circle of 17 mm radius from the center of said array such that a radial line from the center of said array to each of said 950 nm diodes passes through the center of one of said 880 nm diodes in said first set; and the remaining five of said 880 nm diodes are evenly positioned about the circumference of a circle of 27 mm radius from the center of said array such that a radial line from the center of said array to each of said 880 nm diodes passes through the center of one of said 660 nm diodes.

Claim 8

Dependent Claim 36 words

The device for biostimulation of tissue of claim 2 wherein said array comprises: ten 660 nm superluminous diodes; one 820 nm laser diode; ten 880 nm superluminous or laser diodes; and ten 950 nm superluminous diodes.

Claim 9

Dependent Claim 149 words

The device for biostimulation of tissue of claim 7 wherein: said 820 nm diode is positioned in the center of said array; said 880 nm diodes are evenly positioned about the circumference of a circle of 9.5 mm radius from the center of said array; said 660 nm diodes are evenly positioned about the circumference of a circle of 18 mm radius from the center of said array such that a radial line from the center of said array to each of said 660 nm diodes bisects the arc between two of said 880 nm diodes; and said 950 nm diodes are evenly positioned about the circumference of a circle of 27 mm radius from the center of said array such that a radial line from the center of said array to each of said 950 nm diodes passes through the center of one of said 880 nm diodes.

Claim 10

Dependent Claim 47 words

The device for biostimulation of tissue of claim 1 wherein: said first wavelength is selected from the group consisting of 660 nm and 820 nm; said second wavelength is selected from the group consisting of 875 nm and 880 nm; and said third wavelength is 950 nm.

Claim 11

Dependent Claim 29 words

The device for biostimulation of tissue of claim 9 wherein said radiation sources are modulated at pulse frequencies selected from within the range of 2.28 Hz to 400 kHz.

Claim 12

Dependent Claim 47 words

The device for biostimulation of tissue of claim 10 wherein said pulse frequencies are selected from the group consisting of 2.28 Hz, 4.56 Hz, 9.12 Hz, 16 Hz, 18.24 Hz, 36.48 Hz, 73 Hz, 146 Hz, 292 Hz, 700 Hz, 1000 Hz, 5 kHz and 300 kHz.

Claim 13

Independent Claim 126 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 875 nm; at least one such radiation source providing a third wavelength greater than or equal to 875 nm and less than 900 nm; and at least one such radiation source providing a fourth wavelength greater than or equal to 900 nm; said radiation sources being arranged such that at least two radiation wavelengths among said first, second, third and fourth wavelengths simultaneously pass directly or indirectly through a single point located within said tissue.

Claim 14

Independent Claim 126 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 875 nm; at least one such radiation source providing a third wavelength greater than or equal to 875 nm and less than 900 nm; and at least one such radiation source providing a fourth wavelength greater than or equal to 900 nm; said radiation sources being arranged such that at least two radiation wavelengths among said first, second, third and fourth wavelengths simultaneously pass directly or indirectly through a single point located within said tissue.

Claim 15

Dependent Claim 25 words

The device for biostimulation of tissue of claim 12 wherein said radiation sources are selected from the group consisting of superluminous diodes and laser diodes.

Claim 16

Dependent Claim 88 words

The device for biostimulation of tissue of claim 13 wherein: said first wavelength is selected from the group consisting of 650 nm, 660 nm, 680 nm, 750 nm, 780 nm, 800 nm, 810 nm and 820 nm; said second wavelength is selected from the group consisting of 830 nm, 840 nm, 850 nm, 860 nm and 870 nm; said third wavelength is 880 nm; and said fourth wavelength is selected from the group consisting of 900 nm, 904 nm, 950 nm, 1100 nm, 1300 nm and 1500 nm.

Claim 17

Independent Claim 71 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic light-emitting diodes, said array comprising: at least one diode providing a first wavelength less than 800 nm; and at least one diode providing a second wavelength greater than or equal to 800 nm; said diodes being arranged such that radiation of said first and second wavelengths simultaneously passes directly or indirectly through a single point located within said tissue.

Claim 18

Independent Claim 71 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic light-emitting diodes, said array comprising: at least one diode providing a first wavelength less than 800 nm; and at least one diode providing a second wavelength greater than or equal to 800 nm; said diodes being arranged such that radiation of said first and second wavelengths simultaneously passes directly or indirectly through a single point located within said tissue.

Claim 19

Dependent Claim 71 words

The device for biostimulation of tissue of claim 15 wherein: said first wavelength is selected from the group consisting of 650 nm, 660 nm, 680 nm, 750 nm and 780 nm; and said second wavelength is selected from the group consisting of 800 nm, 810 nm, 820 nm, 830 nm, 840 nm, 850 nm, 860 nm, 870 nm, 900 nm, 904 nm, 950 nm, 1100 nm, 1300 nm and 1500 nm.

Claim 20

Independent Claim 60 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic low-power, light-emitting diodes, said diodes being modulated by frequency and pulse duration, individually having continuous power of 5 to 500 milliwatts, being arranged to emit light from essentially a single plane and together emitting an average power density at said plane of at least 10 mW/cm 2 .

Claim 21

Independent Claim 60 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic low-power, light-emitting diodes, said diodes being modulated by frequency and pulse duration, individually having continuous power of 5 to 500 milliwatts, being arranged to emit light from essentially a single plane and together emitting an average power density at said plane of at least 10 mW/cm 2 .

Claim 22

Independent Claim 58 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic low-power, light-emitting diodes, said diodes being modulated by frequency and pulse duration, individually having continuous power of 5 to 500 milliwatts and being arranged so as to provide a power density of at least 120 mW/cm 2 at a point on the surface of said tissue.

Claim 23

Independent Claim 58 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic low-power, light-emitting diodes, said diodes being modulated by frequency and pulse duration, individually having continuous power of 5 to 500 milliwatts and being arranged so as to provide a power density of at least 120 mW/cm 2 at a point on the surface of said tissue.

Claim 24

Independent Claim 63 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic non-gaseous continuous wave low-power radiation sources, said radiation sources being modulated by frequency and pulse duration, individually having continuous power of 5 to 500 milliwatts, being arranged to emit light from essentially a single plane and emitting an average power density at said plane of at least 10 mW/cm 2 .

Claim 25

Independent Claim 63 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic non-gaseous continuous wave low-power radiation sources, said radiation sources being modulated by frequency and pulse duration, individually having continuous power of 5 to 500 milliwatts, being arranged to emit light from essentially a single plane and emitting an average power density at said plane of at least 10 mW/cm 2 .

Claim 26

Independent Claim 62 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic non-gaseous continuous wave low-power radiation sources, said radiation sources being modulated by frequency and pulse duration, individually having continuous power of 5 to 500 milliwatts and being arranged so as to provide a power density of at least 120 mW/cm 2 at a point on the surface of said tissue.

Claim 27

Independent Claim 62 words

A device for biostimulation of tissue comprising: an array of substantially monochromatic non-gaseous continuous wave low-power radiation sources, said radiation sources being modulated by frequency and pulse duration, individually having continuous power of 5 to 500 milliwatts and being arranged so as to provide a power density of at least 120 mW/cm 2 at a point on the surface of said tissue.

Claim 28

Independent Claim 118 words

A method for treatment of tissue comprising: providing an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; said radiation sources being arranged such that when activated at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue; and exposing said tissue to a radiation beam produced by said array.

Claim 29

Independent Claim 118 words

A method for treatment of tissue comprising: providing an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; said radiation sources being arranged such that when activated at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue; and exposing said tissue to a radiation beam produced by said array.

Claim 30

Dependent Claim 25 words

The method for treatment of tissue of claim 21 further comprising selecting said radiation sources from the group consisting of superluminous diodes and laser diodes.

Claim 31

Dependent Claim 43 words

The method for treatment of tissue of claim 22 further comprising selecting the following radiation sources to form an array; five 660 nm superluminous diodes; one 820 nm laser diode; ten 880 nm superluminous or laser diodes; and five 950 nm superluminous diodes.

Claim 32

Dependent Claim 105 words

The method for treatment of tissue of claim 23 further comprising: positioning said 820 nm diode in the center of said array; positioning said 880 nm diodes evenly about the circumference of a circle of 10.5 mm radius from the center of said array; and positioning said 660 nm diodes and 950 nm diodes alternately and evenly spaced about the circumference of a circle of 17 mm radius from the center of said array such that a radial line from the center of said array to each of said 660 nm or 950 nm diode bisects the arc between two of said 880 nm diodes.

Claim 33

Dependent Claim 218 words

The method for treatment of tissue of claim 23 further comprising: positioning said 820 nm diode in the center of said array; positioning five of said 880 nm diodes evenly about the circumference of a circle of 9.5 mm radius from the center of said array to form a first set; positioning said 660 nm diodes evenly about the circumference of a circle of 18 mm radius from the center of said array such that a radial line from the center of said array to each of said 660 nm diodes bisects the arc between two of said 880 nm diodes in said first set; positioning said 950 nm diodes evenly about the circumference of a circle of 27 mm radius from the center of said array such that a radial line from the center of said array to each of said 950 nm diodes passes through the center of one of said 880 nm diodes in said first set; and positioning the remaining five of said 880 nm diodes evenly about the circumference of a circle of 27 mm radius from the center of said array such that a radial line from the center of said array to each of said remaining five 880 nm diodes passes through the center of one of said 660 nm diodes.

Claim 34

Dependent Claim 38 words

The method for treatment of tissue of claim 22 further comprising selecting the following radiation sources to form an array: ten 660 nm superluminous diodes; one 880 nm superluminous or laser diodes; and ten 950 nm superluminous diodes.

Claim 35

Dependent Claim 146 words

The method for treatment of tissue of claim 26 further comprising: positioning said 820 nm diode in the center of said array; positioning said 880 nm diodes evenly about the circumference of a circle of 9.5 mm radius from the center of said array; positioning said 660 nm diodes evenly about the circumference of a circle of 18 mm radius from the center of said array such that a radial line from the center of said array to each of said 660 nm diodes bisects the arc between two of said 880 nm diodes; and positioning said 950 nm diodes evenly about the circumference of a circle of 27 mm radius from the center of said array such that a radial line from the center of said array to each of said 950 nm diodes passes through the center of one of said 880 nm diodes.

Claim 36

Independent Claim 131 words

A method for treatment of tissue comprising: removing from the surface of said tissue absorbing, refracting, reflecting or diffracting substances; providing an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; said radiation sources being arranged such that when activated at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue; and exposing said tissue to a radiation beam produced by said array.

Claim 37

Independent Claim 131 words

A method for treatment of tissue comprising: removing from the surface of said tissue absorbing, refracting, reflecting or diffracting substances; providing an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; said radiation sources being arranged such that when activated at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue; and exposing said tissue to a radiation beam produced by said array.

Claim 38

Dependent Claim 27 words

The method for treatment of tissue of claim 28 further comprising selecting said radiation sources from the group consisting of light-emitting diodes, superluminous diodes and laser diodes.

Claim 39

Independent Claim 97 words

A method for treatment of tissue comprising: exposing said tissue to a radiation source providing a first wavelength less than 830 nm; simultaneously exposing said tissue to a radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; simultaneously exposing said tissue to a radiation source providing a third wavelength greater than or equal to 900 nm; and arranging said radiation sources such that at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue.

Claim 40

Independent Claim 97 words

A method for treatment of tissue comprising: exposing said tissue to a radiation source providing a first wavelength less than 830 nm; simultaneously exposing said tissue to a radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; simultaneously exposing said tissue to a radiation source providing a third wavelength greater than or equal to 900 nm; and arranging said radiation sources such that at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue.

Claim 41

Dependent Claim 25 words

The method for treatment of tissue of claim 30 further comprising selecting said radiation sources from the group consisting of superluminous diodes and laser diodes.

Claim 42

Independent Claim 138 words

A method for treatment of tissue comprising: measuring the electrical conductivity of said tissue to locate an area of conductivity greater than a preselected threshold minimum conductivity, and providing an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; arranging said radiation sources such that at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue; and exposing said area of conductivity to a radiation beam produced by said array.

Claim 43

Independent Claim 138 words

A method for treatment of tissue comprising: measuring the electrical conductivity of said tissue to locate an area of conductivity greater than a preselected threshold minimum conductivity, and providing an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; arranging said radiation sources such that at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue; and exposing said area of conductivity to a radiation beam produced by said array.

Claim 44

Dependent Claim 25 words

The method for treatment of tissue of claim 32 further comprising selecting said radiation sources from the group consisting of superluminous diodes and laser diodes.

Claim 45

Independent Claim 102 words

A method for treatment of tissue comprising: exposing said tissue to a first radiation beam of substantially monochromatic radiation of a wavelength within one wavelength range selected from the group consisting of the wavelength range 300-830 nm, the wavelength range 830-900 nm and the wavelength range 900-1500 nm; thereafter exposing said tissue to a second radiation beam of substantially monochromatic radiation of a wavelength within one wavelength range not previously selected from said group; and thereafter exposing said tissue to a third radiation beam of substantially monochromatic radiation of a wavelength within the remaining wavelength range not previously selected from said group.

Claim 46

Independent Claim 102 words

A method for treatment of tissue comprising: exposing said tissue to a first radiation beam of substantially monochromatic radiation of a wavelength within one wavelength range selected from the group consisting of the wavelength range 300-830 nm, the wavelength range 830-900 nm and the wavelength range 900-1500 nm; thereafter exposing said tissue to a second radiation beam of substantially monochromatic radiation of a wavelength within one wavelength range not previously selected from said group; and thereafter exposing said tissue to a third radiation beam of substantially monochromatic radiation of a wavelength within the remaining wavelength range not previously selected from said group.

Claim 47

Dependent Claim 25 words

The method for treatment of tissue of claim 34 further comprising selecting said radiation sources from the group consisting of superluminous diodes and laser diodes.

Claim 48

Independent Claim 134 words

A system for biostimulation of tissue comprising: a biostimulation device comprising: an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; said radiation sources being arranged such that at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue; and means in communication with said array for providing power to said radiation sources such that each of said radiation sources emits radiation at its characteristic wavelength.

Claim 49

Independent Claim 134 words

A system for biostimulation of tissue comprising: a biostimulation device comprising: an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; said radiation sources being arranged such that at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue; and means in communication with said array for providing power to said radiation sources such that each of said radiation sources emits radiation at its characteristic wavelength.

Claim 50

Dependent Claim 40 words

The system for biostimulation of tissue of claim 36 wherein said system further comprises: means in communication with said power-providing means for modulating the output of said sources with pulses and varying the modulation pulse frequency of said radiation sources.

Claim 51

Dependent Claim 30 words

The system for biostimulation of tissue of claim 36 wherein said system further comprises: means in communication with said power-providing means for varying the pulse duration of said radiation sources.

Claim 52

Dependent Claim 33 words

The system for biostimulation of tissue of claim 36 wherein said system further comprises: means in communication with said power-providing means for timing the period that power is provided to said radiation sources.

Claim 53

Dependent Claim 29 words

The system for biostimulation of tissue of claim 36 wherein said system further comprises: means in communication with said power-providing means for measuring the electrical conductivity of said tissue.

Claim 54

Dependent Claim 30 words

The system for biostimulation of tissue of claim 36 wherein said system further comprises: means in communication with said array for measuring the optical power emitted by said radiation sources.

Claim 55

Dependent Claim 47 words

The system for biostimulation of tissue of claim 36 wherein said system further comprises: means in communication with said control panel for detecting radiation from said radiation sources; and indicator means connected to said detecting means for indicating that radiation is being emitted from said radiation sources.

Claim 56

Independent Claim 230 words

A system for biostimulation of tissue comprising: a biostimulation probe comprising: an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; said radiation sources being arranged such that at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue; means in communication with said array for providing power to said radiation sources such that each of said radiation sources emits radiation at its characteristic wavelength; means in communication with said power-providing means for modulating the pulse frequency of said radiation sources; means in communication with said power-providing means for varying the pulse duration of said radiation sources; means in communication with said power-providing means for timing the period that power is provided to said radiation sources; means in communication with said array for measuring the electrical conductivity of said tissue; means in communication with said power-providing means for measuring the optical power emitted by said radiation sources; and means in communication with said control panel for detecting emissions from said radiation sources.

Claim 57

Independent Claim 230 words

A system for biostimulation of tissue comprising: a biostimulation probe comprising: an array of substantially monochromatic radiation sources, said array comprising: at least one such radiation source providing a first wavelength less than 830 nm; at least one such radiation source providing a second wavelength greater than or equal to 830 nm and less than 900 nm; and at least one such radiation source providing a third wavelength greater than or equal to 900 nm; said radiation sources being arranged such that at least two radiation wavelengths among said first, second and third wavelengths simultaneously pass directly or indirectly through a single point located within said tissue; means in communication with said array for providing power to said radiation sources such that each of said radiation sources emits radiation at its characteristic wavelength; means in communication with said power-providing means for modulating the pulse frequency of said radiation sources; means in communication with said power-providing means for varying the pulse duration of said radiation sources; means in communication with said power-providing means for timing the period that power is provided to said radiation sources; means in communication with said array for measuring the electrical conductivity of said tissue; means in communication with said power-providing means for measuring the optical power emitted by said radiation sources; and means in communication with said control panel for detecting emissions from said radiation sources.

Annuity Stage	Window Opens	Payment Deadline	Surcharge Period Until	Estimated Fee	Status
3.5 Years (Year 4)	1993-06-04	1993-12-04	1994-06-05	$2000.00	Window Closed / Lapsed
7.5 Years (Year 8)	1997-06-04	1997-12-04	1998-06-05	$3760.00	Window Closed / Lapsed
11.5 Years (Year 12)	2001-06-04	2001-12-04	2002-06-05	$7700.00	Window Closed / Lapsed

Device for biostimulation of tissue and method for treatment of tissue

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