Abstract: A fluid dispenser apparatus includes a sealed fluid reservoir container storing a volume of a fluid under a pressure higher than at least 140 psi, a nozzle juxtaposed with the sealed fluid reservoir container, and a trigger mechanically coupled with the nozzle. The nozzle has a fluid inlet that is configured to fluidly couple with the volume of the sealed fluid reservoir container and a fluid outlet configured to emit a stream of the fluid. When activated the fluid inlet of the nozzle is caused to permanently unseal the sealed fluid reservoir container and relate substantially all the fluid under pressure in the volume through the fluid outlet as the stream in a direction determined by a user.

Abstract: The concept is to use a material that is a microwave susceptor as a heat source to provide the energy necessary to instantly turn water into steam. One or more surfaces of susceptor are housed in a steam chamber. When the steam is generated, the pressure built up inside the steam chamber exhausts the steam through an exhaust duct that directs the steam to the cleaning surface. A sponge or other cleaning element is attached to the bottom of the product to allow the user to scrub the cleaning surface.

Abstract: The concept is to use a material that is a microwave susceptor as a heat source to provide the energy necessary to instantly turn water into steam. One or more surfaces of susceptor are housed in a steam chamber. When the steam is generated, the pressure built up inside the steam chamber exhausts the steam through an exhaust duct that directs the steam to the cleaning surface. A sponge or other cleaning element is attached to the bottom of the product to allow the user to scrub the cleaning surface.