Abstract: A vehicular lamp cleaning system includes an isolation solenoid, an air reservoir and a discharge nozzle. The isolation solenoid is configured to be fluidly connected to the vehicular air tank of the vehicle. The air reservoir is configured to be fluidly connected to the isolation solenoid. The discharge nozzle is configured to be fluidly connected to the air reservoir. The discharge nozzle is also configured to (A) receive the pressurized air from the air reservoir, and (B) release and direct the pressurized air towards the exterior signal lamp of the vehicle. This is done in such a way that the pressurized air, which is released from the discharge nozzle, removes debris from the exterior signal lamp.

Abstract: A vehicular lamp cleaning system includes an isolation solenoid, an air reservoir and a discharge nozzle. The isolation solenoid is configured to be fluidly connected to the vehicular air tank of the vehicle. The air reservoir is configured to be fluidly connected to the isolation solenoid. The discharge nozzle is configured to be fluidly connected to the air reservoir. The discharge nozzle is also configured to (A) receive the pressurized air from the air reservoir, and (B) release and direct the pressurized air towards the exterior signal lamp of the vehicle. This is done in such a way that the pressurized air, which is released from the discharge nozzle, removes debris from the exterior signal lamp.

Abstract: An infrared heating device and therapy for lower back pain includes a belt fastenable around a user so that the belt is overlaying at least a portion of a lumbar region of the user. An infrared emitting element is adjustably positionable between the belt and at a selected area of the user's lumbar region where a user desires pain relief therapy. A portable power supply is attachable to the belt and electrically connectable to the infrared emitting element so that the user can receive infrared therapy at specific selected areas of the lower back while moving, standing, sitting, reclining or sleeping.

Abstract: A therapeutic infrared emitting wrist cover 12 that provides a wrist cover 12, constructed for placement over a human wrist 10, that contains an infrared energy generating system 14. The wrist cover 12 emits infrared energy into the wrist 10 at a localized area corresponding to the carpal tunnel for the purpose of providing therapeutic heat inside the wrist 10 in order to relieve the symptoms and to prevent further trauma associated with carpal tunnel syndrome.

Abstract: A therapeutic infrared emitting wrist cover 12 that provides a wrist cover 12, constructed for placement over a human wrist 10, that contains an infrared energy generating system 14. The wrist cover 12 emits infrared energy into the wrist 10 at a localized area corresponding to the carpal tunnel for the purpose of providing therapeutic heat inside the wrist 10 in order to relieve the symptoms and to prevent further trauma associated with carpal tunnel syndrome.

Abstract: An infrared device for prewarming water is provided with a cassette having a predetermined length of tubing connectable at an inlet to a watrer source and an inlet connected to a device for dispensing hot water. An infrared energy-generating sheet is positioned in the cassette on or adjacent to the tubing or passage. The infrared energy sheet includes a fiberglass support grid, a layer formed on support matrix from a mixture of carbon and polymeric materials capable of producing infrared radiation in response to electrical current passed there through. A pair of electrical conduction power strips are attached along opposite sides of the matrix layer and are attached to input power terminals to provide the required current. The entire cassette may be held together with a glue or may be otherwise bonded or molded into a unit for convenient handling.

Abstract: An infrared food warming device is provided with one or more compartments having one or more food shelves. Food may be placed through an opening on such a food shelf in the compartment. An infrared energy generating sheet is positioned in the compartment on or adjacent to the food shelf. The infrared energy sheet includes a fiberglass support grid, a layer formed on support grid from a mixture of carbon and polymeric materials capable of producing infrared radiation in response to electrical current passed there through. A pair of electrical conduction power strips are attached along opposite sides of the layer and are attached to input power terminals to provide the required current. A polymeric laminate encloses the support grid, the layer and the electrical conduction power strips. The polymeric laminate is substantially transparent to infrared radiation so that it does not become excessively heated.