Abstract: A system that uses light to treat concussions includes: one or more light array devices that are flexible and emit red light and infrared light; a red laser probe; an infrared laser probe; and a computing system connected to the light array devices and the laser probes. The computing system includes a processor, memory, a display device and a user input device. The memory includes multiple protocols, each protocol including multiple stages, and each stage including multiple steps for using the light array devices and the laser probes. The steps are respectively associated with predetermined settings for configuring the light array devices and the laser probes. The processor determines a given stage of a given protocol, and automatically configures settings of the light array devices and the laser probes in sequence according to the predetermined settings respectively associated with given steps within the given stage.

Abstract: A laser light therapy treatment probe, having an internal control circuit, and a manual control, a connection to a power supply, and a laser light treatment source, whereby the laser light treatment probe, and may be plugged into a supply of electrical power, and having an on/off switch connected between the control circuit and the laser light treatment source, and wherein the laser light source is switched on, for example by pressing the probe against the skin.

Abstract: A light treatment head which incorporates an array of light sources, a flexible power distribution panel, a plurality of heat sink bodies closely associated with the light sources, and a flexible housing enclosing the light sources, the distribution panel and the heat sink bodies.

Abstract: A controller (10) for a light therapy treatment head, providing a portable housing (16, 18), containing a miniaturized control circuit (22) having a CPU (36), and series manually operated controls (20) connected to the CPU, a connection to a power supply (24), and a connection to a light treatment head, whereby the controller may be connected directly to a light treatment head, and may be plugged into a supply of electrical power, and the controller provides control for the operation of the light treatment head, independently of any connection to a computer.

Abstract: A laser light therapy treatment probe, having an internal control circuit, and a manual control, a connection to a power supply, and a laser light treatment source, whereby the laser light treatment probe, and may be plugged into a supply of electrical power, and having an on/off switch connected between the control circuit and the laser light treatment source, and wherein the laser light source is switched on, for example by pressing the probe against the skin.

Abstract: A light treatment head which incorporates an array of light sources, a flexible power distribution panel, a plurality of heat sink bodies closely associated with the light sources, and a flexible housing enclosing the light sources, the distribution panel and the heat sink bodies.

Abstract: A photon therapy unit implement has a flexible head for conforming to a body part to be treated. The head has a thermally conductive backing to remove heat from the treatment area. The operation of the head is monitored by a photon detector to provide a feedback to the diode drive circuit to maintain the output at the required level. Operation of the head is monitored by a microprocessor which performs a diagnostic function and reports on defects. The treatment protocol is generated by a main control unit that formulates a treatment waveform from a set of treatment protocols. The selection of protocols is performed through a graphical user interface (GUI) which allows selection of treatment areas and customization of treatment as well as maintaining patient history and annotations.

Abstract: A photon therapy unit implement has a flexible head for conforming to a body part to be treated. The head has a thermally conductive backing to remove heat form the treatment area. The operation of the head is monitored by a photon detector to provide a feedback to the diode drive circuit to maintain the output at the required level. Operation of the head is monitored by a microprocessor which performs a diagnostic function and reports on defects. The treatment protocol is generated by a main control unit that formulates a treatment waveform from a set of treatment protocols. The selection of protocols is performed through a graphical user interface (GUI) which allows selection of treatment areas and customization of treatment as well as maintaining patient history and annotations.