Abstract: A detoxification method includes immersing at least a portion of a patient's body within a reservoir filled with water; generating ions within the water; and simultaneously with the generating ions, irradiating a predetermined area of the therapy subject with light generated by a cold laser. The generated light may be irradiated to the patient as either a continuous beam or a pulsed beam. The ions generated within the water may be positive, negative, or combinations thereof. Further, the light may be irradiated as long as the ions are being generated.

Abstract: A detoxification method includes immersing at least a portion of a patient's body within a reservoir filled with water; generating ions within the water; and simultaneously with the generating ions, irradiating a predetermined area of the therapy subject with light generated by a cold laser. The generated light may be irradiated to the patient as either a continuous beam or a pulsed beam. The ions generated within the water may be positive, negative, or combinations thereof. Further, the light may be irradiated as long as the ions are being generated.

Abstract: A detoxification method includes immersing at least a portion of a patient's body within a reservoir filled with water; generating ions within the water; and simultaneously with the generating ions, irradiating a predetermined area of the therapy subject with light generated by a cold laser. The generated light may be irradiated to the patient as either a continuous beam or a pulsed beam. The ions generated within the water may be positive, negative, or combinations thereof. Further, the light may be irradiated as long as the ions are being generated.

Abstract: A detoxification method includes immersing at least a portion of a patient's body within a reservoir filled with water; generating ions within the water; and simultaneously with the generating ions, irradiating a predetermined area of the therapy subject with light generated by a cold laser. The generated light may be irradiated to the patient as either a continuous beam or a pulsed beam. The ions generated within the water may be positive, negative, or combinations thereof. Further, the light may be irradiated as long as the ions are being generated.

Abstract: The current invention involves a method and device of combining vehicle scales platforms to eliminate potential checking interferences. Disclosed is a novel method of combining independent scale platforms enabling independent weighing on each platform and at the same time a singular checking system for the combined scale. It involves utilizing three tie rod type links, which have been used in the past to combine scales longitudinally, and in the new invention, are used in the lateral direction. This reduces the complexity and associated cost of the combined scale checking system and increases the accuracy of said scale system by eliminating potential checking interferences. This is extremely significant in situations where side checking is inconvenient near where two scales connect, or in pit less and above ground scale designs.

Abstract: A detoxification method includes immersing at least a portion of a patient's body within a reservoir filled with water; generating ions within the water; and simultaneously with the generating ions, irradiating a predetermined area of the therapy subject with light generated by a cold laser. The generated light may be irradiated to the patient as either a continuous beam or a pulsed beam. The ions generated within the water may be positive, negative, or combinations thereof. Further, the light may be irradiated as long as the ions are being generated.

Abstract: The current invention involves a method and device of combining vehicle scales platforms to eliminate potential checking interferences. Disclosed is a novel method of combining independent scale platforms enabling independent weighing on each platform and at the same time a singular checking system for the combined scale. It involves utilizing three tie rod type links, which have been used in the past to combine scales longitudinally, and in the new invention, are used in the lateral direction. This reduces the complexity and associated cost of the combined scale checking system and increases the accuracy of said scale system by eliminating potential checking interferences. This is extremely significant in situations where side checking is inconvenient near where two scales connect, or in pit less and above ground scale designs.

Abstract: In a data processing system which uses a common bus for communication of address and data information among a plurality of system components, a bus timing technique uses a clock signal having a transfer time period which comprises a plurality of subperiods which requires address transfer to take place during a first selected group of subperiods and data to be transferred during a second selected group of subperiods with idle subperiods in between. A first control signal is generated by the data receiving or data supplying unit in order to inhibit access to the bus until such transfer is completed and a second control signal can be provided to lock-in bus access by such unit if desired for more than one transfer period. Appropriate priority is arranged for bus access among selected system components whether the common bus system has a single bus for use with a single port memory or a dual bus for use with a dual port memory.