Fluid distribution device

1. A fluid distribution device, in particular for shower structures, comprising:

a “T” shaped body suitable for being connected to a water feeding tubing by an inlet and defining at least two outlets of said fluid, said inlet being arranged along a first axis, said outlets being arranged along a second axis,

a gate placed into said body and axially movable along said second axis between said two outlets,

control means actuable by a user,

said control means being suitable for influencing said gate for selectively allowing a passage of said fluid from said inlet to one of said two outlets or to both at the same time,

wherein said gate is placed and movable into a control cartridge arranged into a seat inside said body,

said gate cooperates with two outlet passages of the fluid from the body towards the outlets, a passage being obtained in a bottom wall of the cartridge, the other passage being obtained in a plug closing said cartridge and

an eccentric pin, operating along said first inlet axis and controlled by said control means, which actuates said movement of said gate along said second axis

wherein said plug is suitable for locking said control cartridge along said second axis,

wherein said plug carries a fork that interferes with said pin along said first axis preventing the pin from slipping off said body.

2. A fluid distribution device, in particular for shower structures, comprising:

a “T” shaped body suitable for being connected to a water feeding tubing by an inlet and defining at least two outlets of said fluid, said inlet being arranged along a first axis, said outlets being arranged along a second axis,

a gate placed into said body and axially movable along said second axis between said two outlets,

control means actuable by a user,

said control means being suitable for influencing said gate for selectively allowing a passage of said fluid from said inlet to one of said two outlets or to both at the same time, and

an interface, such as a wall flange, suitable for being placed on a support surface for the device, and an adapter union suitable for cooperating with said interface for the connection of the body to the tubing, said adapter union and said flange being suitable for forming a spherical coupling so as to always maintain the device perpendicular to said surface.

3. A device according to claim 2 , wherein said adapter union has threaded means at an end thereof for the connection to the fluid feeding tube, and at an opposite end, a concave cap, for example semi-spherical, externally defining a convex surface for resting on the interface.

4. A device according to claim 3 , wherein said interface has a concave annular inner surface suitable for receiving with possibility of angular movement the outer convex surface of the adapter union.

5. A device according to claim 4 , comprising a telescopic union suitable for being connected to the adapter union for placing the body in fluid communication with the fluid feeding duct, said telescopic union having a head having such convex shape as to be seated into the cap of the adapter union with the interposition of an annular sealing element, such as an O-ring.

6. A device according to claim 5 , wherein said head further has an annular projection defining a step wherein it engages a ring nut for locking the telescopic union to the interface and thus to the adapter union.

7. A device according to claim 6 , wherein said interface has an outer threading on which the ring nut is screwed.

8. A device according to claim 5 , wherein said telescopic union is screwed to the inlet of the body so as to allow adjusting the distance between the assembly surface and said axis.

9. A device according to claim 5 , wherein the fluid seal between said telescopic union and said body is ensured by the presence of seals arranged on said union.