Abstract: The invention relates to a garment steaming appliance comprising a sole plate assembly (1) comprising a steam channel (6) for receiving a flow of steam, an ironing plate (3) comprising an ironing surface (4) and an opposing upper surface, wherein the steam channel (6) extends along the upper surface of the ironing plate (3), and a vent (7) extending through said ironing plate (3) from said steam channel (6) to said ironing surface (4). The steam channel (6) is configured to divide the flow of steam into multiple flow paths that reconverge above said vent (7) from different directions to control the direction of the resultant flow of steam out of said vent (7) relative to said ironing surface (4).

Abstract: Apparatus for generating steam is disclosed. It comprises a water inlet (19), an evaporation surface (24), and a heater (26) disposed adjacent to the evaporation surface to heat the evaporation surface. The water inlet (19) is positioned relative to the evaporation surface (24) so that water is fed onto the evaporation surface from the inlet (19) and forms a film on the evaporation surface such that said film is evaporated from the evaporation surface (24). The apparatus also has a scale collection region (23). The evaporation surface (24) and the scale collection region (23) are configured such that the scale collection region (23) is positioned below the evaporation surface (24) during use of the apparatus so that scale dislodged from the evaporation surface (24) and which falls away from the evaporation surface (24), drops into the scale collection region (23).

Abstract: The invention relates to a device for generating steam. The device comprises a water outlet arrangement having an open end to spray water onto a water receiving arrangement. The water receiving arrangement comprises an interior surface defining a chamber in which the open end is arranged so that water sprayed from the open end is sprayed onto the interior surface. The device further comprises a heating element for heating the interior surface up to a temperature for generating steam from water sprayed on the interior surface. The interior surface is formed by two separate cavities, the open end comprising a spray nozzle received within each cavity so that each spray nozzle sprays water onto a region of the interior surface, each region being defined by the cavity in which a respective spray nozzle is received. This allows the water sprayed by the water outlet arrangement be more uniformly spread on the interior surface, leading to more effective heating and more steam may be generated per unit time.

Abstract: Iron containing a steam generator connected to steam outlet holes by a steam conduit with at least one filter for retaining mineral particles carried by the steam, wherein the steam conduit has a mineral deposit collection cavity with a mineral deposit removal orifice closed by a detachable plug that is accessible from outside the iron, and wherein the filter can be detached from the iron through the mineral deposit removal orifice.

Abstract: The present application relates to a steam generator iron. The steam generator iron has a steam passageway along which steam flows, the steam passageway having a first section (13) and a second section (16) extending from the first section (13). A flow stabilising element (24, 35, 38) is disposed at the transition of the steam passageway from the first section (13) to the second section (16). Therefore, the generation of noise at the transition and the flow resistance in the steam passageway is minimised as steam flows along the steam passageway. The present application also relates to an insert for a steam generator iron.

Abstract: An iron (1), comprising: —a water reservoir (16), configured to hold liquid water; —a heatable soleplate (20); —at least one water outlet opening (24); —a water atomization and distribution unit (30), configured to atomize water from the water reservoir and to distribute the atomized water to the at least one water outlet opening; —at least one sensor (40,42), configured to monitor at least one motion dependent variable of the iron and to generate a reference signal reflecting said variable; —a control unit (50), operatively connected to both the water atomization and distribution unit (30) and the at least one sensor (40, 42), and configured to control a water outflow rate of the at least one water outlet opening (24) by controlling the operation of the water atomization and distribution unit in dependence of the reference signal generated by the at least one sensor.

Abstract: A boiler having a shell enclosing a space and an inlet for letting water into the shell space. The shell space has two separate sections, wherein a first section is located such as to receive a supply of fresh water to the boiler and wherein a second section is located such as to receive water from the first section when overflow of the first section takes place under the influence of a continuous supply of fresh water. A steam generating process takes place in the second section. Due to the fact that the second section is only indirectly filled with water, it is possible to have an undisturbed process. In particular, the water may be heated in the first section before reaching the second section. The first section may for example include an inner space of a container which is arranged inside the shell, for example.

Abstract: A steam iron having a bipartite steam rate control, based on a combination of a user-control, which allows a user to consciously set a desired steam rate, and an intuitively operated handle, which may conditionally provide the steam rate control assembly with corrective, energy saving input.

Abstract: An ironing device includes a base, a handle moveable relative to the base, and a resilient member biasing the handle in an upper position and allowing movement of the handle upon exertion of a force thereon by a user towards a lower position. Further, a steam controller is operatively connected to the handle such that release of steam of the ironing device is intuitively controlled by the force exerted on the handle by the user. A console is connected with the base and is provided with at least one operating button. The handle includes a recess for accommodating the console, where the console and the handle are configured so that an operating button is operable with the same hand that holds the handle.

Abstract: A convertible appliance and related method for treating a garment. The appliance includes a housing, a water tank disposed in the housing, a soleplate removably attached to the housing, a first steam chamber configured to generate and emit steam from the soleplate in a first configuration when the soleplate is attached to the housing, a second steam chamber configured to generate and emit steam from the housing in a second configuration when the soleplate is removed from the housing, a valve arrangement configured to fluidly connect the water tank to the first steam chamber when in the first configuration, and alternately, fluidly connect the water tank to the second chamber when in the second configuration.

Abstract: A steam iron having a boiling compartment (15) for producing steam and a steam distribution circuit with a smoothing brush (3) including a head (31) equipped with at least one hole (32) for emitting a flow of steam, characterized in that it contains a steam flow acceleration device (4) that generates a puff of air to increase the steam flow rate at the outlet of the smoothing brush (3).

Abstract: The invention is a steamer head, which includes a steamer body having a front face having at least one steam hole, the steam hole being in fluid communication with a steam chamber; and a crease panel assembly movably connected to the steamer body, the crease panel having a crease panel face, wherein the crease panel face has at least a portion in substantially parallel orientation to the front face.

Abstract: The present invention is provided with a steam blow head of the garment steamer, which includes a body and a switching unit. The body is disposed with a steam inlet, a first steam outlet and a second steam outlet. The switch includes a valve body with an inlet and two outlets, a valve disc movable to switch the connection between the two outlets and the inlet and a switch. The inlet is connected to the steam inlet, and the two outlets are separately connected to the first steam outlet and the second steam outlet. The valve is movable disposed inside the body, and the switch is driving connected to the valve disc outside the body. The steam blow head of the garment steamer is full function and art structure with easy operation.

Abstract: An improvement in a steam powered pressing iron, in which steam is supplied by a boiler. The steam collects in a steam chamber inside a body 5, and heats the iron. A lever 8 is depressed by a thumbpad 9 to actuate a steam discharge valve 10. The steam discharge valve 10 discharges the steam to a garment being pressed. The improvement includes a steam trap valve 36. The steam trap valve discharges condensate to a discharge return connector 38, through the return hose to the boiler. The steam trap valve 36 is a thermodynamic steam trap, for preventing the flow of hot steam back to the boiler. But when in contact with cold condensate, the steam trap valve 36 automatically permits the flow of condensate back to the boiler. Cold condensate is automatically purged from the iron without operator intervention.

Abstract: A steam ironing device (10) provides an ionized steam output using an ionizing arrangement (30). The ionization process, in particular the high energy electric discharge used for ionization, breaks down steam particles into finer particles. As a result, a greater proportion of the steam particles generated can penetrate into the fabric of the garment being ironed, to improve fabric treatment and fabric moistening. Air ionization can also be used. The ionization process is improved by limiting the temperature of the steam.

Abstract: The invention relates to an electrical iron. An iron comprises a sole plate (1), of a glass or ceramic substrate bearing an electrical heating element. The electrical heating element comprises a transparent or translucent antimony tin oxide thin film which directly heats the glass or ceramic substrate.

Abstract: A convertible appliance and related method for treating a garment. The appliance includes a housing, a water tank disposed in the housing, a soleplate removably attached to the housing, a first steam chamber configured to generate and emit steam from the soleplate in a first configuration when the soleplate is attached to the housing, a second steam chamber configured to generate and emit steam from the housing in a second configuration when the soleplate is removed from the housing, a valve arrangement configured to fluidly connect the water tank to the first steam chamber when in the first configuration, and alternately, fluidly connect the water tank to the second chamber when in the second configuration.

Abstract: A hand-held convertible iron is provided that includes a housing, a soleplate disposed on the housing for pressing a garment, the soleplate having a first portion and a second portion, a heating means having a first element and a second element, the first element being disposed adjacent to the first portion of the soleplate and the second element being disposed adjacent to the second portion, wherein the second portion of the soleplate is removably attached to the housing. A quick-disconnect electrical connection provides electrical power to the second element of the heating means when the second portion of the soleplate is attached to the housing.

Abstract: A steam iron having a bipartite steam rate control, based on a combination of a user-control, which allows a user to consciously set a desired steam rate, and an intuitively operated handle, which may conditionally provide the steam rate control assembly with corrective, energy saving input.

Abstract: The invention relates to ironing devices that have an intuitive steam emitting feature while the controlling of other functionalities of the ironing device remains possible. The proposed ironing device (1) comprises: a base (2); a handle (3) moveable relative to the base (2); a resilient member (9) biasing the handle in an upper position and allowing movement of the handle upon exertion of a force thereon by a user towards a lower position; a steam controller (4) operatively connected to the handle (3) such that the release of steam of the ironing device (1) at least in part is intuitively controlled by the force exerted on the handle (3) by the user; a console (6) that is connected with the base (2) and that is provided with at least one operating button (7); and at least one recess (5) in the handle at least partly accommodating the console (6), the console (6) and the handle (3) being configured so that the at least one operating button (7) is operable with the same hand that holds the handle (3).

Abstract: In a boiler (6) having a shell (8) enclosing a space (11) and an inlet (12) for letting water into the shell space (11), the shell space (11) has two separate sections (16, 21), wherein a first section (16) is located such as to receive a supply of fresh water to the boiler (6), and wherein a second section (21) is located such as to receive water from the first section (16) when overflow of the first section (16) takes place under the influence of a continuous supply of fresh water. A steam generating process takes place in the second section (21). Due to the fact that the second section (21) is only indirectly filled with water, it is possible to have an undisturbed process. In particular, the water may be heated in the first section (16) before reaching the second section (21). The first section (16) may comprise an inner space of a container (15) which is arranged inside the shell (8), for example.

Abstract: A garment care system includes a steam generator having a steam outlet, and a handset having a steam inlet arranged for coupling to the steam outlet, an opening for releasing steam and a steam control unit for controlling a valve for controlling the release of steam. The steam control unit includes a selector unit having at least two selection options, and a steam release switch connected to the selector unit and arranged for starting or stopping the release of steam in dependence on the selected option.

Abstract: A steam iron having a boiling compartment (15) for producing steam and a steam distribution circuit with a smoothing brush (3) including a head (31) equipped with at least one hole (32) for emitting a flow of steam, characterized in that it contains a steam flow acceleration device (4) that generates a puff of air to increase the steam flow rate at the outlet of the smoothing brush (3).

Abstract: A steam ironing device includes a steam iron, a steam generator for generating steam and supplying steam to the steam iron, and a supply device for supplying water to the steam generator. During operation of the steam ironing device, scale is formed in the steam generator, and the water in the steam generator gradually gets contaminated with ions. In order to clean the steam generator and replace the water with fresh water, the steam generator is regularly subjected to an auto-rinsing process. A moment at which this process needs to take place is a moment at which an amount of scale and/or a concentration of ions have exceeded a predetermined maximum. The amount of scale and/or the concentration of ions are indirectly monitored by keeping account of a total quantity of water that has been supplied to the steam generator since a set starting point.

Abstract: An iron comprising a water tank, a blast unit, a steam generating unit and a steam spraying unit. The blast unit has a first inlet and a first outlet, the first inlet is connected to the inlet-pipe of the inlet of the water tank, wherein the blast unit generates steam rapidly in a limited space. The steam generating unit has a second inlet and a second outlet, the second inlet being connected to the inlet-pipe of the inlet of the water tank, wherein the steam generating unit heats the water to generate steam. The steam spraying unit connects the first and second outlet, has plural steam apertures, and sprays steam. Because a blast unit is arranged for the rapid steam generation in a limited space, the iron of the present invention obviates the disadvantages in the existing irons and improves steam blast strength, intensity at a low cost.

Abstract: Appliance for the treatment of fabric articles comprising a water tank, a steam generator for diffusing steam in the direction of the fabric article and a water supply circuit of the steam generator comprising an electric pump, characterized in that said supply circuit comprises a flexible tube (12) and a device (13) for adjusting the flow of water sent to the steam generator comprising means (133) for compressing the flexible tube (12) so as to modify its cross-section of flow.

Abstract: A method and device for forming steam with high pressure and a cleaner or iron comprising the device are provided.

Abstract: The present invention discloses an electric iron comprising: at least one base unit a main body provided with a water inlet, a water outlet and a water tank connected between said inlet and said outlet; said base unit and said main body may connected or disconnected by a connecting unit; said base unit provided with a water passage which can connected with said water outlet when in assembly with said main body, a steam outlet, a chamber connected between said water passage and said steam outlet and a heating plate used for heating said chamber. Since the base unit can disconnected to the main body, user can choice different heating plates based on different clothing ironing conditions.

Abstract: The invention relates to an iron (1) comprising a soleplate (3) having a garment-contact surface (5) and having a means for accommodating an antimicrobial agent. By contacting the garment-contact surface with the piece of garment, as is being done during ironing, the antibacterial agent is transferred to the garment. The antimicrobial agent is disposed on the garment by simply placing the iron on the garment and moving it over the garment surface. The garment stays fresher for a longer period of time. The invention further relates to a soleplate, a steam ironing device and methods of manufacturing an iron and a soleplate, respectively.

Abstract: A steam iron is disclosed. The steam iron at least includes a base, a handle and a mechanical pump, in which the base has a steam generator and a water tank. The handle is connected with the base. The handle has a storage space and a shell surrounding the storage space. The mechanical pump is set in the storage space of the handle. The mechanical pump is connected with the steam generator and the water tank, and the bailing member of the mechanical pump is adjacent to the handle. The invention provides the mechanical pump having the bailing member that has short length and mounted in the handle. Because the bailing member may be hidden in the handle, user can easily press the bailing member without driving up finger to press the bailing member. So, the problem is solved that common steam iron is discommodiously used.

Abstract: A steam generating apparatus (20) is described, comprising a boiler (24) provided with electric heating means (25) and current controlling means (33, 40; 37) for controlling the current in the heating means; the apparatus further comprising at least one temperature sensor (34) and a pressure sensor (35); the apparatus being capable of generating steam at a variable steam output rate; wherein the controlling means (33, 40; 37) are designed, at a relatively low steam output rate setting, to control the current in the heating means on the basis of a temperature measurement signal (T) from the temperature sensor (34), and wherein the controlling means (33, 40; 37) are designed, at a relatively high steam output rate setting, to control the current in the heating means on the basis of pressure.

Abstract: A steam ironing device (10) provides an ionized steam output using an ionizing arrangement (30). The ionization process, in particular the high energy electric discharge used for ionization, breaks down steam particles into finer particles. As a result, a greater proportion of the steam particles generated can penetrate into the fabric of the garment being ironed, to improve fabric treatment and fabric moistening.

Abstract: A steam ironing device (2) comprises a steam iron (10), a steam generator (15) for generating steam and supplying steam to the steam iron (10), and means (20) for supplying water to the steam generator (15). During operation of the device (2), scale is formed in the steam generator (15), and the water in the steam generator (15) gradually gets contaminated with ions. In order to clean the steam generator (15) and replace the water by fresh water, the steam generator (15) is regularly subjected to an auto-rinsing process. A moment at which this process needs to take place is a moment at which an amount of scale and/or a concentration of ions have exceeded a predetermined maximum. The amount of scale and/or the concentration of ions are indirectly monitored by keeping account of a total quantity of water that has been supplied to the steam generator (15) since a set starting point.

Abstract: A roller iron steamer accessory kit is disclosed. The kit facilitates the removing of wrinkles in fabric, the loosening of wallpaper, and the cleaning and/or sanitizing of surfaces. The elements of the kit include at least one roller iron device, either configured to adapt to a portable steamer or including at least one adapter to mate the roller iron device to an element of the portable steamer that provides for the passage of steam, e.g. a wand.

Abstract: An appliance (10) for ironing and steaming fabric or clothing includes a base (12) housing a water reservoir (124) and boiler (112) for respectively creating steam and operating an iron. A steam outlet port and hose (20), and a steam wand (18) emit steam onto a fabric or garment. A clothing iron (7) is attached to base (12) via an electrical cord/hose combination (24). The base (12) is attached by a single power cord (46) which is plugged into a single electrical outlet which provides power to both the steamer and the iron.

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.