Abstract: Steam iron comprising a sole (1) in thermal communication with a heating body (5) equipped with a steam chamber (53), the steam chamber (53) communicating with a reservoir (7) by means of a supply circuit comprising a flow control valve (10) whose degree of opening is controlled by a thermally deformable element (16) in thermal communication with the heating body (5), characterized in that the opening of the control valve (10) is braked, beginning at an intermediate temperature, by a stabilizing element (18) that exerts a force that opposes the force generated by the thermally deformable element (16).

Abstract: An electric steam iron includes: a shell, in which other parts are assembled, includes a hand handle for holding device. A soleplate, of which ironing flat is formed on the bottom, is fixed on the lower side of shell. A steam chamber for forming steam, which is positioned above soleplate, has a water inlet and steam nozzles in the ironing flat. A heater is provided on the soleplate. Water tank, which is fixed in the shell, has a water intake and water outlet, and the water outlet connects to water inlet of steam chamber by a pipe. A water pump is fixed in pipeline of pipe. A motor for driving water pump is fixed in the shell.

Abstract: An electric steam iron includes: a shell, in which other parts are assembled, includes a hand handle for holding device. A soleplate, of which ironing flat is formed on the bottom, is fixed on the lower side of shell. A steam chamber for forming steam, which is positioned above soleplate, has a water inlet and steam nozzles in the ironing flat. A heater is provided on the soleplate. Water tank, which is fixed in the shell, has a water intake and water outlet, and the water outlet connects to water inlet of steam chamber by a pipe. A water pump is fixed in pipeline of pipe. A motor for driving water pump is fixed in the shell.

Abstract: The invention relates to an appliance for ironing or steaming linen, comprising a device which is used spread an additive over the linen and a container for said additive (20). The invention is characterised in that the additive container (20) comprises a substrate (22) bearing microcapsules and in that said microcapsules are carried progressively by a flow of fluid discharged by the device in order to spread the additive over the linen, said flow conveying the microcapsules outside of the appliance.

Abstract: A steam iron (10) for clothing has direct measurement of sole plate temperature by a suitable sensor (19). A control device (20) such as a programmable logic controller, holds a characteristic relating sole plate temperature to steam production, and controls opening of an electrically actuated release valve (16) for water from a tank (15) to the sole plate (13). The sensor (19) may also control electrical energy for heating the sole plate (13).

Abstract: A household electric appliance having an orifice, or passage, closed by a plug, or stopper, wherein the appliance further includes a unit for detecting opening of the plug, the unit allowing, when power is supplied to the appliance, a detection that opening of the plug previously occurred, when power was not being supplied to the appliance.

Abstract: A steam iron includes a drip-collecting unit disposed between a base and a water reservoir and formed with a drip chamber. The base includes an ironing plate, a heating element, a steam chamber, and a plurality of steam spray ports. The drip-collecting unit cooperates with the water reservoir to define a drip passage. When the temperature of the ironing plate reaches a temperature value, an automatic control unit automatically opens the drip valve so as to allow for flow of water from the water reservoir into the drip chamber via the drip passage. A stop valve is operable to move between an open position whereat flow of water from the drip chamber into the steam chamber is allowed, and a closed position whereat flow of water from the drip chamber into the steam chamber is prevented.

Abstract: An electric iron with boiler-type steam generator, comprising: a main body of electric iron; a boiler-type steam generator positioned in the main body of electric iron and a ironing plate positioned at the bottom of the main body of electric iron, a steam chamber is set on the ironing plate, squirt holes which are connected with steam chamber are set in the bottom surface of the ironing plate, a mechanical valve is fixed on the body of the boiler-type steam generator, an intake of said mechanical valve positioned in the said body, the outlet is connected with the steam chamber positioned on the ironing plate by tube, a switch which is connected with the valve core of said mechanical valve and control the valve core is set on the surface of the main body of electric iron.

Abstract: The invention relates to a laundry iron comprising a water reservoir (3) provided with a filling hole (5) situated at the rear end of the iron so that the reservoir (3) is filled while holding the iron tipped forward. Said reservoir (3) communicates with a drop-by-drop body (7) that supplies a vaporization chamber (10). The invention is characterized in that the drop-by-drop body (7) is supplied by a channel (8) that open near the rear of the reservoir (3).

Abstract: The invention relates to an electric steaming device, such as a steam iron or a facial sauna, having a steam generator (5) with a heatable base (12). According to the invention, water is sprayed onto the heatable base (12) via a nozzle (10) to generate steam (22). Some of the sprayed water (23) is mixed with the steam and taken along with the steam towards the steam outlet opening (16). The advantage is a high wet steam or vapor (24) production rate.

Abstract: A steam iron includes a housing, a water tank and a boiler mounted in the housing, a water supply pipe for guiding water from the water tank to the boiler for boiling, a relief pipe connected between the boiler and the water tank for guiding steam from the boiler to the water tank when an internal pressure of the boiler is excessively high, a valve flap-operated one-way check valve mounted in the water supply pipe to let water pass from the water tank to the boiler and stop steam from pass through the water supply pipe to the water tank, and a piston-operated relief valve mounted in the relief pipe for enabling steam to pass to the water tank when the internal pressure of the boiler is excessively high.

Abstract: The invention relates to an iron. The inventive iron consists of a liquid container (6) comprising an inlet (7) which is fitted with means of receiving and guiding the liquid through said opening towards the container. Preferably, the aforementioned means comprise a part (9) in the form of a slide valve or chute. Moreover, said means, which pass through the opening, can move in translation between a first open position, whereby the liquid can be introduced, and a second closed position, whereby the means are retracted into the iron in order to close the opening (7).

Abstract: The invention relates to a steam iron with instantaneous vaporisation comprising a water container (2), a steam chamber (32), an anti-drip device (80) and a drip device having a rod (4) which moves axially. According to the invention, the total stroke of the axially-moving rod (4) comprises a first stroke which provides the flow of water through the opening (520) of a module (5) that receives the water from the container (2) via the anti-drip device (80) and a second stroke which simultaneously opens a direct passage for the water to flow from the container (2) to the module (5) and moves the module (5) by opening a larger hole for the water to flow from the container to the steam chamber.

Abstract: Thermally controlled apparatus 1 for actuating a valve opening 2, in particular a fluid valve, in particular a drip-stop valve in a steam iron, the apparatus having a bimetallic spring disc 3 fastened to a carrier element 4, the edge 5 or edge region of which disc opens or closes the valve opening depending on the curvature position of the bimetallic spring disc 3. The valve opening is formed through a cross-sectionally variable segment 6 of a tube- or pipe-like flow-through element 7, and the edge 5 or edge region of the bimetallic spring disc 3 acts directly on the cross-sectionally variable segment 6.

Abstract: The invention relates to a process of ironing fabrics. The iron contains a refill cartridge, which contains a concentrated ironing aid. The concentrated aid is then diluted with water in the iron before it is provided to the fabrics during ironing. The aid comprises a nonionic silicone containing surfactant.

Abstract: A steamer arrangement comprising a cordless steaming device (101) and a stand (1) for holding the steaming device, said steaming device having a water tank (103), said stand having an electrically heated boiler (3), said steaming device and said stand being provided with mechanical coupling means (13,105) including valves (15,107) for coupling the water tank (103) of the steaming device to the boiler (3) of the stand for obtaining a fluid communication between the boiler and the water tank when the steaming device is attached to the stand. When the steaming device is attached to the stand, steam flows from the boiler to the water tank, resulting in high-pressure/temperature steam in the water tank. Detached from the stand the cordless steaming device can be used directly for steaming. The cordless steaming device may be a cordless iron with the soleplate heated electrically, while simultaneously steam is charged when the iron is placed on the stand.

Abstract: A cladding in a vaporization chamber of an iron, the cladding being composed of a first layer composed essentially of sodium silicate, and at least locally a second layer composed of a fiber mat or a hydrophilic fabric, wherein the cladding has a surface treated with a treatment product containing phosphorus and having an acid group.

Abstract: A steam iron including a soleplate, a steam chamber having an upper surface portion with a water inlet opening, a water reservoir having a bottom surface portion with a water outlet opening and a valve assembly for directing controlled amounts of water from the reservoir into the steam chamber. The valve assembly including a valve port member having a body formed of a matrix of material with a bore and hollow bypass conduit. The upwardly-facing surface of the valving portion including an opening for the hollow bypass conduit. The hollow bypass conduit having a lower end open along an inside wall portion of the valving portion of the bore, a valve element extending into the bore, rotatable about an axis for controlling the flow of water through the valving portion. The valving portion including first and second barriers such that rotation of the valving element allows the user to allow or prevent water from flowing to the steam chamber.

Abstract: A water reservoir for a clothes pressing iron, the reservoir being composed of two plastic parts, and a method for fabricating the reservoir by: simultaneously molding the two parts of one reservoir in a first injection molding step in two impressions of the same mold; and assembling the two parts together while, in a second injection molding step, injection molding a joint of plastic material between the two parts to connect the two parts together in a fluid-tight manner, wherein the two parts are assembled together and the second injection molding step is performed before complete crystallization of the two parts.

Abstract: A safety structure of a steam ironing machine is formed of a main body, a boiler disposed in the main body for generating steam, and a water tank set disposed in the main body and formed of a water storage tank and a water level safety device for activating and deactivating the steam ironing machine on the basis of the water level in the water storage tank.

Abstract: An improved temperature control and drip valve assembly which provides for a positive control of the amount of water introduced into the steam chamber of a steam iron in relation to the temperature setting of the steam iron. A self-cleaning capability is provided for flushing the steam chamber and its steam vents.

Abstract: The invention is directed to a steam iron with a steam generating device for the generation of steam and with an application device for releasing additives to the steam. According to the invention, the application device includes a capillary device for release of the additive to the steam.

Abstract: A water reservoir for a clothes pressing iron, the reservoir being composed of two plastic parts, and a method for fabricating the reservoir by: simultaneously molding the two parts of one reservoir in a first injection molding step in two impressions of the same mold; and assembling the two parts together while, in a second injection molding step, injection molding a joint of plastic material between the two parts to connect the two parts together in a fluid-tight manner, wherein the two parts are assembled together and the second injection molding step is performed before complete crystallization of the two parts.

Abstract: Steam iron comprising a water reservoir (17) communicating with a vaporization chamber (12) through an outlet (23) having a vertical communication passage (25), and a device (35) for adjusting the water admission flow rate into the vaporization chamber comprising a vertical throttle (39) whose lower end (44) has a bulge (46) and whose upper end (41) is secured to a manual control button (43). The bulge (46) of the throttle (39) is mounted gripped in the passage (25) of the outlet (23) and pointwise bridges a vertical groove (52) which is provided over a portion of the height of the passage (25) and which thus delimits with the bulge (46) of the throttle (39) a cross-section for passage of the water when the throttle (39) is in its steaming position.

Abstract: Household appliance, in contact with an aqueous medium, having a water circuit at least partially traversing a compartment containing a disincrustant agent. The disincrustant agent is obtained by cross-linking or hardening of an organosilicic system having a disincrustant action.

Abstract: A steam iron composed of: a metal heating body containing a chamber that has a steam generating zone; a water flow path in communication with the chamber, the water flow path including a compartment containing a quantity of a scale reducing agent that is contacted by water flowing along the path before the water reaches the chamber; and a screen made of a metal different from that of the heating body and disposed in proximity to the steam generating zone at a location to be traversed by steam generated in the steam generating zone.

Abstract: A steam iron with an indicator for indicating calcification is provided in which the iron is provided with a timer for measuring an accumulated time of use of the steam iron, and an actuator for activating the indicator when the accumulated time exceeds a predetermined threshold level. The timer measures the time of use of the steam iron, the accumulated time of use being indicative of the amount of scale deposited in the steam chamber and steam vents. When the accumulated time of use exceeds a threshold the calcification indicator is activated to warn the user that a self-clean action is to be performed. The time of use measurement may be obtained by accumulating the time of use only during steam generation, or it may be obtained by correcting the accumulated time of use with a weighting factor which depends on the steaming rate.

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.