Method and apparatus for therapeutic laser treatment

Claim 2

A laser therapeutic device for treating a patient comprising: a flexible bandage; a power supply, disposed on said flexible bandage; at least one laser diode disposed in said flexible bandage and operatively connected with said power supply, for generating a laser beam; programmable control means, operatively connected with said power supply and said at least one laser diode, for selectively enabling said at least one laser diode for a predetermined period of time at a plurality of programmed intervals, said programmable control means including means for storing a treatment regimen for said laser therapeutic device; and attachment means, connected with said flexible bandage, for attaching said laser therapeutic device to the patient to provide the patient with a laser treatment in accordance with the stored treatment regimen.

Claim 3

The laser therapeutic device of claim 1, wherein said flexible bandage comprises a sheet of flexible silicone material having a predetermined size, wherein said at least one laser diode, said power supply, and said programmable control means are disposed in said silicone material.

Claim 4

The laser therapeutic device of claim 2, wherein said power supply comprises a battery.

Claim 5

The laser therapeutic device of claim 2, wherein said programmable control means includes programmable timing means for measuring a first predetermined period of time, and laser enabling means, responsive to said programmable timing means, for enabling said laser diode after said first predetermined period of time.

Claim 6

The laser therapeutic device of claim 4, wherein said programmable timing means measures a second predetermined period of time after said first predetermined period of time, said laser enabling means being responsive to said programmable timing means for disabling said laser diode after said second predetermined period of time.

Claim 7

The laser therapeutic device of claim 1, wherein said flexible bandage is formed of co-molded silicone, said programmable control means including a flexible circuit board having mounted thereon said programmable control means.

Claim 8

The laser therapeutic device of claim 6, wherein said power supply comprises a flexible lithium polymer battery operatively connected with said flexible circuit board for supplying power thereto.

Claim 9

The laser therapeutic device of claim 7, wherein said co-molded silicone forms a housing for said flexible circuit board and said battery.

Claim 10

The laser therapeutic device of claim 8, further including a plurality of laser diodes imbedded in said co-molded silicone, each of said laser diodes being operatively connected with said programmable control means and operable for generating a laser beam to be applied to the desired location on the patient's body.

Claim 11

The lseer therapeutic device of claim 1, further comprising at least one remote flexible bandage having disposed therein at least one laser diode for generating a laser beam to be applied to the patient, the remote flevible bandage being operatively connected to the power supply and peogrammable control means and being affixable to the patient's body at a second location remote from the first location.

Claim 12

The laser therapeutic device of claim 1, wherein said at least one laser diode comprises a vertical cavity surface emitting laser diode.

Claim 13

The laser therapeutic device of claim 1, wherein said flexible bandage is formed of a flexibly resilient material, said programmable control means including a flexible circuit board having mounted thereon logic circuit means for controlling operation of said at least one laser diode.

Claim 14

The laser therapeutic device of claim 12, wherein said power supply comprises a flexible lithium polymer battery operatively connected with said flexible circuit board for supplying power thereto.

Claim 15

The laser therapeutic device of claim 13, wherein said flexibly resilient material forms a housing for said flexible circuit board and said battery.

Claim 16

The laser therapeutic device of claim 14, further including a plurality of laser diodes imbedded in said flexibly resilient material, each of said laser diodes being operatively connected with said logic circuit means and operable for generating a laser beam to be applied to the desired location on the patient's body.

Claim 17

The laser therapeutic device of claim 12, wherein said flexibly resilient material comprises silicone.

Claim 18

The laser therapeutic device of claim 12, wherein at least a portion of said flexible bandage is formed of optically clear silicone.

Claim 19

A laser therapeutic device for treating a patient comprising: a flexible bandage formed of co-molded silicone; means for attaching said flexible bandage to a first location on the patient's body; a battery power supply, connected with said flexible bandage; a plurality of laser diodes disposed in said flexible bandage and operatively connected with said power supply, for generating a laser beam; programmable control means, operatively connected with said power supply and said at least one laser diode, for selectively enabling said at least one laser diode for a predetermined period of time at a plurality of predetermined intervals, said flexible bandage including a flexible circuit board having said programmable control means mounted thereon and said co-molded silicone forming a housing for said flexible circuit board and said battery; and a removable cover formed of a resilient material and adapted to fit about said housing, said cover having formed therein a lens for each of said plurality of laser diodes.

Claim 20

A laser therapeutic device for treating a patient comprising: a flexible bandage formed of co-molded silicone; means for attaching said flexible bandage to a first location on the patient's body; a battery power supply, connected with said flexible bandage; a plurality of laser diodes disposed in said flexible bandage and operatively connected with said power supply, for generating a laser beam; programmable control means, operatively connected with said power supply and said at least one laser diode, for selectively enabling said at least one laser diode for a predetermined period of time at a plurality of predetermined intervals, said flexible bandage including a flexible circuit board having said programmable control means mounted thereon and said co-molded silicone forming a housing for said flexible circuit board and said battery; and a removable cover formed of a resilient material and adapted to fit about said housing, said cover having formed therein a lens for each of said plurality of laser diodes.

Claim 21

The laser therapeutic device according to claim 10, wherein said cover is formed of co-molded silicone and includes a plurality of openings formed therein for receiving said lenses for each of said plurality of laser diodes.

Claim 22

The laser therapeutic device according to claim 19, wherein said lenses are formed of optically clear silicone and protrude from a first side of said cover through to a second side of said cover.

Claim 23

The laser therapeutic device of claim 20, wherein said lenses are integrally formed from a sheet of said optically clear silicone, each of said lenses having disposed therein an optical guide for conducting light from said plurality of laser diodes.

Claim 24

The laser therapeutic device of claim 21, wherein each of said optical guides is formed of a low resolution glass image conduit and is sized so as to be flush with a bottom surfaces of said lens.

Claim 25

A laser therapy treatment method for treating a patient with laser energy, the method comprising the steps of: disposing at least one laser diode in a flexible bandage; connecting a power supply with said flexible bandage; operatively connecting said at least one laser diode with said power supply; attaching said flexible bandage and said power supply to the patient's body; providing a treatment storage device for storing a treatment regimen for said laser therapeutic device; and providing a programmable controller fox selectively enabling said at least one laser diode for a predetermined period of time at a plurality of predetermined intervals in accordance with the stored treatment regimen.

Claim 26

A laser therapy treatment method for treating a patient with laser energy, the method comprising the steps of: disposing at least one laser diode in a flexible bandage; connecting a power supply with said flexible bandage; operatively connecting said at least one laser diode with said power supply; attaching said flexible bandage and said power supply to the patient's body; providing a treatment storage device for storing a treatment regimen for said laser therapeutic device; and providing a programmable controller fox selectively enabling said at least one laser diode for a predetermined period of time at a plurality of predetermined intervals in accordance with the stored treatment regimen.

Claim 27

The method according to claim 23, further including the step of forming said flexible bandage from co-molded silicone, said flexible bandage being formed so as to contain said at least one laser diode and said power supply therein.

Claim 28

The method according to claim 23, wherein the step of selectively enabling includes the steps of: measuring a first predetermined period of time; and enabling said at least one laser diode after said first predetermined period of time.

Claim 29

The method according to claim 25, further including the steps of: measuring a second predetermined period of time after said first predetermined period of time; and disabling said at least one laser diode after said second predetermined period of time.

Claim 30

A laser therapeutic device for treating a patient comprising: a flexible bandage; means for attaching said flexible bandage to a first location on the patient's body; a power supply, connected with said flexible bandage; means for attaching said flexible bandage and said power supply to the patient's body; light source means, coupled with said flexible bandage and including at least one of a source of laser light and a hyper-luminescent light emitting diode, for generating at least one beam of light, said light source means being operatively connected with said power supply; storage means for storing prescribed treatment regimen for treating the patient; and programmable control means, operatively connected with said power supply and said light source means, for selectively enabling said light source means for a predetermined period of time at a plurality of predetermined intervals in accordance with said stored prescribed treatment regiment.

Claim 31

A laser therapeutic device for treating a patient comprising: a flexible bandage; means for attaching said flexible bandage to a first location on the patient's body; a power supply, connected with said flexible bandage; means for attaching said flexible bandage and said power supply to the patient's body; light source means, coupled with said flexible bandage and including at least one of a source of laser light and a hyper-luminescent light emitting diode, for generating at least one beam of light, said light source means being operatively connected with said power supply; storage means for storing prescribed treatment regimen for treating the patient; and programmable control means, operatively connected with said power supply and said light source means, for selectively enabling said light source means for a predetermined period of time at a plurality of predetermined intervals in accordance with said stored prescribed treatment regiment.

Claim 32

The laser therapeutic device of claim 27, wherein said source of laser light comprises a vertical cavity surface emitting laser diode.