초록 ▼

An ozone generating and ozone/water mixing apparatus includes an ozonizer controlled to convert oxygen into ozone, and an ozone/water mixer connected to the spout of a water tap and an ozone outlet of the ozonizer to receive ozone from the ozonizer and water from the water tap and to let intake wate

An ozone generating and ozone/water mixing apparatus includes an ozonizer controlled to convert oxygen into ozone, and an ozone/water mixer connected to the spout of a water tap and an ozone outlet of the ozonizer to receive ozone from the ozonizer and water from the water tap and to let intake water to be mixed with intake ozone, wherein the ozonizer includes a control circuit, an ozone generating unit controlled by the control circuit board to convert oxygen into ozone, a power supply circuit, which provides the necessary working power supply to the control circuit board and the ozone generating unit, a power switch, which transmits power supply from the power supply circuit to the control circuit board and the ozone generating unit, and a negative pressure inductor which is induced by a negative pressure to switch on the power switch when the water tap is opened.

대표청구항 ▼

[ What the invention claimed is:] [1.] An ozone generating and ozone/water mixing apparatus comprising:an ozonizer for converting oxygen into ozone, said ozonizer comprising a housing, a control circuit board mounted inside said housing, a power supply circuit means which provides the necessary work

[ What the invention claimed is:] [1.] An ozone generating and ozone/water mixing apparatus comprising:an ozonizer for converting oxygen into ozone, said ozonizer comprising a housing, a control circuit board mounted inside said housing, a power supply circuit means which provides the necessary working power supply to said circuit board, a power switch controlled to transmit power supply from said power supply circuit means to said control circuit board, a negative pressure inductor driven by a negative pressure to switch on said power switch, and an ozone generating unit controlled by said control circuit board to convert oxygen into ozone, said ozone generating unit having a air inlet tube for guiding in outside fresh air and an ozone outlet tube for output of generated ozone, said housing comprising a bottom cover shell and a top cover shell covered on said bottom cover shell, said bottom cover shell comprising a bottom rack, a first locating plate mounted on said bottom rack and defining an air inlet for guiding outside fresh air to the air inlet tube of said ozone generating unit, and a second locating plate mounted on said bottom rack and defining an ozone outlet for guiding generated ozone out of the ozone outlet tube of said ozone generating unit, the diameter of said air inlet being smaller than said ozone outlet, said negative pressure inductor being connected to said air inlet tube by a branch tube and induced by a negative pressure produced in said branch tube when generated ozone is continuously guided out of said ozone outlet tube; andan ozone/water mixer for receiving ozone from said ozonizer and mixing received ozone with water, said ozone/water mixer comprising a body, said body having an ozone inlet connected to the ozone outlet at said second locating plate to receive ozone from said ozonizer, a water inlet connected to a water tap to receive water from said water inlet, enabling intake water to be mixed with intake ozone in said body, and a water outlet for guiding ozone/water mixture out of said body, a nozzle adapter mounted inside said body, and a nozzle supported on said nozzle adapter to guide water from said water tap and ozone from said ozone inlet into said nozzle adapter for mixing, said nozzle comprising a conical nozzle body, a tapered center through hole disposed in communication with said water tap for receiving water from said water tap to said nozzle adapter, and a plurality of radial ozone guide grooves equiangularly spaced around said nozzle body for guiding ozone from said ozone inlet into said nozzle adapter, said nozzle adapter comprising a tapered top open chamber which receives the conical nozzle body of said nozzle, a tapered center hole axially downwardly extended from said tapered top open chamber to the water outlet of said body, the diameter of the tapered center hole of said nozzle adapter gradually downwardly increasing in direction from said tapered top open chamber toward the water outlet of said body.