Abstract: A hydrogen-oxygen gaseous fuel generating equipment applied to internal combustion engines including a hydrogen and oxygen gas (H2-O2) generation circuit having a main water tank with at least one outlet duct of the fluid to a set of plates and conducted the fluid to a section of supply pipe to an input connector of an electrolyzer equipment associated with a pair of connector terminals, powered by an electrical energy source defined by a set having an electric accumulator, as a power supply of the set of plates where a mixture of oxygen hydrogen is extracted is derived to the decanter tank where it is separated from the water and the oxygen gas is ready for injection into the motor.

Abstract: A hydrogen-oxygen gaseous fuel generating equipment applied to internal combustion engines including a hydrogen and oxygen gas (H2-O2) generation circuit having a main water tank with at least one outlet duct of the fluid to a set of plates and conducted the fluid to a section of supply pipe to an input connector of an electrolyzer equipment associated with a pair of connector terminals, powered by an electrical energy source defined by a set having an electric accumulator, as a power supply of the set of plates where a mixture of oxygen hydrogen is extracted is derived to the decanter tank where it is separated from the water and the oxygen gas is ready for injection into the motor.

Abstract: A fire sprinkler discharge control device for preventing fluids from being emitted from a fire sprinkler without having to turn off a fluid supply to the fire sprinkler. The control device may be formed from one or more bladders adapted to contain a fluid and one or more valves for passing fluids into and out of the bladder. The bladder may be adapted to fit between a support structure of a fire sprinkler and an exhaust port. Once in position, the bladder may be inflated to cut off fluid flow from an exhaust port of the fire sprinkler.

Abstract: A fire sprinkler discharge control device for preventing fluids from being emitted from a fire sprinkler without having to turn off a fluid supply to the fire sprinkler. The control device may be formed from one or more bladders adapted to contain a fluid and one or more valves for passing fluids into and out of the bladder. The bladder may be adapted to fit between a support structure of a fire sprinkler and an exhaust port. Once in position, the bladder may be inflated to cut off fluid flow from an exhaust port of the fire sprinkler.