Steam iron stand with pivotable water reservoir

Claim 2

A steam iron assembly for domestic use comprising a base for an iron and a water reservoir in liquid communication with the iron via a pivotable coupling, characterised in that the reservoir (4) is mounted on the base (2) by the pivot coupling (7), (12) having a vertical axis of rotation, and that the pivot coupling comprises a vertical shaft (7) rigidly held by the base (2) and a vertical cylindrical seat (12) rigidly associated with the reservoir (4) and removably and rotatably coupled to the shaft (7).

Claim 3

An assembly according to claim 1, characterised in that the reservoir (4) is in liquid communication with the iron (3) via a pipe having a portion (17) extending in the shaft (7).

Claim 4

An assembly according to claim 2, characterised in that the pipe portion is a through bore (17) axially formed in the shaft (7) and in liquid communication at one end with a chamber (15) formed in the seat (12) above the shaft (7), the chamber (15) being in liquid communication with the reservoir (4) near the bottom (20) thereof.

Claim 5

An assembly according to claim 3, characterised in that the reservoir (4) is rigidly associated with a solid portion (22) formed with the cylindrical seat (12) and chamber (15).

Claim 6

An assembly according to claim 4, characterised in that the chamber (15) is in liquid communication with the reservoir (4) via a pipe (21) formed in the solid portion (22) and opening at one end into the chamber (15) and at the other end into the reservoir (4) near its bottom (20).

Claim 7

An assembly according to claim 1, characterised in that the base (2) is box-shaped and the assembly comprises a cable-winding device (23) mounted in the base (2).

Claim 8

An assembly according to claim 6, characterised in that the cable-winding device (23) comprises: a hub (24) rotatably secured in the base (2), a drum (27) rotatably mounted on the hub (24); an annular chamber (28) formed between the hub (24) and the drum (27); a first pipe (31) formed in the hub (24), one end of the pipe communicating with the annular chamber (28) and the other end communicating with the reservoir (4); a second pipe (32) formed in the drum (27) and opening at one end into the annular chamber (28) and in liquid communication at the other end with the iron (3) via a flexible pipe (33); and a connector (46) on the drum (27) for holding the flexible pipe (33) with one end abutting the second pipe (32).

Claim 9

An assembly according to claim 7, characterised in that the connector (46) also holds an electric cable (34) for supplying the iron (3), the cable (34) and the pipe (33) being covered by a single protective sheath (36).

Claim 10

An assembly according to claim 8, characterised in that the cable-winding device (23) comprises: a spiral spring (39) acting between the hub (24) and drum (27) to oppose rotation by the drum (27) during the unwinding of the cable (36); a cylindrical ring (44) on the drum and having a number of tangential teeth (45), and a ratchet and pawl (46) co-operating with the ring (44) and actuatable from outside the base (2).

Claim 11

An assembly according to claim 9 characterised in that the ratchet and pawl (46) comprise a lever (47) pivoted to the base (2) and having a first arm (49) having its end engaging the teeth (45) in the ring (44) and a second arm (51) having a press-button shaped end (52) projecting outside the base (2), resilient means (54) being provided for opposing angular motion of the lever (47) around pin (48) in the direction for disengaging the arm (49) from teeth (45).

Claim 12

An assembly according to claim 10, characterised in that the ratchet and pawl (46) also comprise a braking element (55) comprising a resiliently deformable projection secured to lever arm (51) and in sliding engagement with ring (44).

Claim 13

An assembly according to claim 1, further comprising a water-softening filter (69).

Claim 14

An assembly according to claim 12, characterised in that the filter (69) is disposed in the base (2) and is in liquid communication with (a) the well (66) via a flexible pipe (68) and (b) with the iron (3) via a flexible pipe (18).

Claim 15

An assembly according to claim 1, characterised in that the pivot coupling is formed at a peripheral position relative to the base (2) and reservoir (4).

Claim 16

An assembly according to claim 14, characterised in that the reservoir (4) is transparent.

Claim 17

A steam iron assembly for domestic use comprising a base for an iron and a water reservoir in liquid communication with the iron, characterised in that the reservoir (4) is mounted on the base (2) by a pivot coupling (7), (12) having a vertical axis of rotation and that the pivot coupling comprises: a cylindrical well (66) formed in the base (2) and in liquid communication with the iron (3); a sleeve (65) rigidly associated with the reservoir (4) and removably inserted into the well (66) and pivotably and slidably engaged therein; an aperture (67) at the bottom (20) of reservoir (4) and corresponding to sleeve (65); and a valve means (73) for intercepting the flow of water in sleeve (65) to prevent water running out when the reservoir (4) is removed from the base (2).

Claim 18

A steam iron assembly for domestic use comprising a base for an iron and a water reservoir in liquid communication with the iron, characterised in that the reservoir (4) is mounted on the base (2) by a pivot coupling (7), (12) having a vertical axis of rotation and that the pivot coupling comprises: a cylindrical well (66) formed in the base (2) and in liquid communication with the iron (3); a sleeve (65) rigidly associated with the reservoir (4) and removably inserted into the well (66) and pivotably and slidably engaged therein; an aperture (67) at the bottom (20) of reservoir (4) and corresponding to sleeve (65); and a valve means (73) for intercepting the flow of water in sleeve (65) to prevent water running out when the reservoir (4) is removed from the base (2).

Claim 19

An assembly according to claim 16, characterised in that the valve means (73) comprises a closure means (74) acting on a seal (75) and means (78) for removing the closure means (74) from the seal (75) against the action of spring means (81).