Abstract: An electric steam pressing iron having a hot part composed of a sole plate (1) and an evaporation chamber (2), the hot part of the iron being divided into two thermal zones, a first zone corresponding substantially to the evaporation chamber (2) being provided with a first heating element (3), a second zone corresponding substantially to a portion of the sole plate (1) disposed under the evaporation chamber (2) being provided with a second heating element (4), the first heating means (3) being associated with a regulation device disposed in the first zone, the first heating element being provided to partially assure the heating of the second zone, characterized in that the second heating element (4) is associated with the regulation device (5) of the first zone.

Abstract: A steam pressing iron having a sole plate 11 provided with steam outlet holes 12 communicating with an evaporation chamber 14, the sole plate 11 and the evaporation chamber 14 being in thermal communication with a heating device, the evaporation chamber 14 communicating with a reservoir 15 via an orifice 16 capable of being blocked by a valve 17 disposed in a housing 52. The valve 17 includes a rod 5 capable of blocking the orifice 16, the rod having a shoulder 19 capable of resting on a support 3 that is fixed to a bellows 4 forming at least one part of a water tight conduit 31 between the reservoir 15 and the evaporation chamber 14, the support 3 being capable of being actuated by a bimetallic strip 1 mounted on a wall in thermal communication with the evaporation chamber 14.

Abstract: The heating element (1) is covered with a plate (2) constituting the ironing surface of the iron and comprising outlets for steam. The heating element (1) surface (6) designed to be covered by the plate (2) comprises a groove (7) extending at least on the whole periphery of the heating element (1). The method is characterised in that it consists in maintaining the heating element (1) flat, the surface (6) comprising the groove (7) facing upwards, pouring a resin (8) in the groove (7), applying the plate on the heating element (1) surface (6), turning the assembly such that the plate (2) faces downwards, to cause the resin (8) to flow in the groove (7) part adjacent to the plate (2).

Abstract: A thermostat control device (10), in particular an electric iron thermostat (7), comprising a support (11), an aperture (12) in said support for receiving a mobile control device (13) a first device forming a rack (14) co-operating with said control device, a guide device (19) for said rack and a gear wheel (16) cooperating with the first rack. The invention is characterized in that a second rack (150) is used provided in the extension of said first rack a gear wheel (16) comprising two toothed zones with respectively different primary circle radii, the first toothed zone (17) cooperating with the first rack (14) and the second toothed zone (18) cooperating with the second rack (16), said gear wheel being capable of driving in rotation said thermostat (7) rod (8).

Abstract: An electric steam iron for pressing fabrics, which iron includes an ironing sole plate, an electrically operated heating element disposed for heating the sole plate by converting an electric current to heat, and a switch unit for automatically reducing flow of electric current to the heating element when the iron is not in use. The sole plate is formed to have a low heat capacity, and the iron is further provided with a stiffening structure via which the sole plate is fixed in position in the iron, the stiffening structure being permeable to steam and being made of a thermally insulating material.

Abstract: Electric steam iron having a hot part (1) composed of a sole (7) and a steam chamber (4), the sole having a portion situated under the steam chamber, and the hot part (1) of the iron being subdivided into at least two thermal zones. A plurality of heating elements are each disposed to heat a respective one of the thermal zones and a plurality of regulation organs are each associated with a respective one of the heating elements. The at least two thermal zones include a first thermal zone (A) having at least one surface corresponding substantially to the steam chamber (4) and a second thermal zone (B) having at least one surface corresponding substantially to the portion of the sole situated under the steam chamber, the first thermal zone (A) and the second thermal zone (B) being in thermal communication with one another. The heating element which is disposed to heat the first thermal zone is arranged to at least partially heat the second thermal zone.

Abstract: A heating structure in the form of a sandwich is composed of first and second external elements, each having a face which is directed toward the other element, with the first external element constituting a heating plate, and the heating structure further including a heating unit interposed between the first and second external elements. The heating unit includes at least one substantially flat resistive heat generating element; a first layer of thermoplastic resin in which the heat generating element is embedded; an upper electrical insulating sheet and a lower electrical insulating sheet between which the resistive heat generating element and the first layer of thermoplastic resin are interposed to form a sandwich structure, with the first layer of thermoplastic resin adhering to each of the electrical insulating sheets; and at least one second layer of thermoplastic resin contacting one of the external elements and adhering the one of the external elements to the heating unit.

Abstract: An iron. The invention relates to a soleplate for an iron, the soleplate comprising a casting (1) secured to a metal ironing cover (4) made up of at least two layers of different materials, said soleplate being characterized in that the metal cover (4) is made up of an assembly comprising at least two layers (5, 6) of co-laminated materials, in which assembly the first layer (5) forms the layer for fixing to the casting (1) and is constituted by the same material as the casting (1) or by a material having similar physical characteristics, and the second layer (6) forms the ironing layer, the thickness of the second layer lying in the range 5% to 40% of the thickness of the first layer (5), and preferably in the range 15% to 17%. A soleplate for an iron.

Abstract: A steam generating device including an evaporation chamber for evaporating a liquid which is delivered from a reservoir while the chamber is being heated, which chamber includes a base composed of: a body of thermally conductive material having an upper surface against which the liquid to be evaporated is directed, the body having a surface layer extending from the upper surface; and hydrophilic fibers distributed across the upper surface and at least partially and locally embedded in the surface layer.

Abstract: A steam iron has a reservoir from which water is supplied to a vaporization chamber. A plurality of cartridges are placed within a housing of the iron and at least one cartridge contains a product other than a demineralizing product for the purpose of treating water or cloth to be ironed. A ramp is provided for bringing the water of the reservoir into contact with the treatment product. A duct beneath the cartridge conveys the water charged with the treatment product to a vaporization chamber. A plurality of steam discharge orifices in communication with the vaporization chamber distributes the treated water on the cloth to be ironed. The plurality of cartridges are arranged such that at least one is arranged in parallel or in series, or a combination of these, along a path in which water flows as it travels from the reservoir to the vaporization chamber.

Abstract: An electric steam iron having a heating baseplate (1) and a vaporization chamber (2), and further including a plate (7) on which are fixed or formed at least part of the device (3) for feeding water to the vaporization chamber (2), an assembly (4) for regulating the flow of water and components for regulating the heating temperature and the electrical connections. The plate (7) and parts mounted thereon are preassembled and then assembled as a module into the iron.

Abstract: A non-scaling electric steam iron has a heating sole plate (1), a steam chamber (3), a water reservoir (5), a feed device (6) for supplying water to the steam chamber, and a demineralizing cartridge (7) placed in the water circuit which connects the reservoir (5) to the steam chamber (3). The demineralizing cartridge (7) is placed in a removable manner between the primary plain-water reservoir (5) and a secondary demineralized-water reservoir (25) which communicates with the water feed device (6). The cartridge (7) communicates with the Primary reservoir (5) and the secondary reservoir (25) by the use of valves (27a,27b) which prevent any outflow of water when the cartridge is removed from the iron.