Hydraulic nozzle used especially as a shower attachment, with sprayer comprising a chamber for mixing toilet products in tablet form with water

Nozzle usable as a shower attachment, characterized in that it comprises a sprayer containing a mixing chamber and through which water passes, accessible from the outside for insertion of a quantity of detergent product for toilet purposes, a cylindrical cup-shaped body having a wall and an axial hole in a base, filtered uppermost with a collar and thread for screwing onto the end of a mains water pipe, the mixing chamber in the sprayer is formed as a cylindrical head which is provided with a bottom containing holes for a sprayed outflow of water and lodged in an inner chamber created by the cylindrical body of said sprayer to form around the cylindrical body an annular chamber open at the back of said sprayer into which annular chamber penetrates the cylindrical side of the body of said nozzle, the smaller diameter of said cylindrical side being greater than the diameter of a smaller wall of said annular chamber of the sprayer so that a cavity is formed for the passage of water in which there are holes for a sprayed outflow of water, there being in a sprayer base of the sprayer an axial tapered expansion facing towards the base of the body of the nozzle and the axial hole in which the axial stem of a flow deflector can freely pass, said deflector comprising an upper discoid base containing holes for the passing of water and a lower head with a tapered back of a diameter greater than that of the axial hole, connected to the base of the nozzle by said axial stem, said base resting on an annular seat round said axial hole in the cup-shaped body, the head with tapered back being placed inside the inner chamber, distance between the base of the cup-shaped body of the nozzle and the tapered back of said head on the flow deflector being suitably greater than the thickness of the base of the sprayer at the point corresponding to its tapered expansion so as to permit axial movement of the sprayer in relation to the cup-shaped body to regulate it, as desired, in one of the two positions here indicated respectively as `washing` and `rinsing`, contact being made in the `washing` position between the lower edges of the axial hole and the back of the tapered expansion at the sprayer base of the sprayer and opening of a passage between the lower edge of the axial hole in the sprayer and the tapered back of the head on the flow deflector and therefore entry of water, from the main pipe, that has passed through the holes in the discoid base of the flow deflector through the axial hole and through the axial hole in the sprayer into the sprayer chamber and then into the mixing chamber formed by the cylindrical head, flowing out through the holes at the bottom, already mixed with the detergent product placed in said mixing chamber, contact being made in the "rinsing" position between the lower edge of the axial hole of the sprayer and the tapered back of the head of the flow deflector and opening of a passage between the top of the sprayer and the base of the nozzle and then entry of water from the main pipe into the cavity and so its outflow through the holes in the base of said annular chamber without being mixed with the detergent product placed in the mixing chamber of the sprayer.