Abstract: A smoothing head includes a steam distribution circuit containing an inlet duct including an inlet opening connected to a steam pipe; and a front wall equipped with a treatment face including at least one steam outlet hole and intended to face a garment to be smoothed. The inlet duct includes an outlet opening leading to an inner chamber belonging to the steam distribution circuit, the inner chamber including a condensate evacuation opening communicating with a condensate return circuit leading to the steam pipe or to the inlet duct.

Abstract: Apparatus for steam-treatment of laundry including a base connected by a conduit to an ironing and/or smoothing tool, the base including a removable reservoir and including a side wall which delimits at least one side of a housing for accommodating the reservoir, wherein the side wall includes a window allowing visual access to the contents of the reservoir.

Abstract: A steam spray head includes a main body and a panel fixedly connected with the main body. The panel is provided with multiple steam orifices, and the main body is provided with a cavity, a cover plate sealing the cavity and provided with a water inlet pipe and a heating element fixed at the bottom of the cavity. The panel is provided with a first chamber communicating with the steam orifices, and an opening of the first chamber is sealed by lateral walls of the main body. One side of the main body provided with the panel is provided with a steam passage communicating the cavity with the first chamber, and multiple steam jet tubes, each end of which extends into the first chamber and presses against a corresponding steam orifice to interface with the latter, and the other end of which communicates with the cavity of the main body.

Abstract: A steam de-wrinkling appliance includes a de-wrinkling head connected by a line to a base for producing a steam flow. The de-wrinkling head has a rear portion forming a handle and a flared front portion having a surface with one or a plurality of steam exit holes for distributing the steam flow originating from the base. The de-wrinkling head further includes a device having a movable member capable of assuming a retracted position and a restriction position. The flared front portion encloses a single steam plenum chamber that supplies steam to the steam exit hole or holes.

Abstract: Methods and Apparatuses for a transceiver calibration and antenna array operation in a multi-input multi-output (MIMO) system. One of the methods for operation of one or more of the apparatuses comprises sending a calibration signal and a pre-designed training sequence, via a coupling network, receiving a calibration signal and a pre-designed training sequence that is sent by the transceiver array in a time slotted pattern via a coupling network, generating an Rx calibration measurement (R1) based on one or more uplink signals received via antenna array and the coupling network, generating a Tx calibration measurement (T1) based on receipt of the calibration signal from each of antennas via the coupling network; and performing a joint Tx/Rx (TRx) calibration based on HR, R1, and T1, where H is a channel response in air interface, R is a channel response of receivers in transceiver array.

Abstract: The present application relates to a steam iron head (30). The steam iron head (30) has a steam pathway (40) along which steam flows. A cyclonic chamber (61) is along the steam pathway (40). The steam iron head (30) also has a flow inlet (62) to the cyclonic chamber (61), a flow outlet (63) from the cyclonic chamber (61), and a conduit (67) in the cyclonic chamber (61) defining the flow outlet (63). The conduit (67) upstands in the cyclonic chamber (61) and has an opening in a free end (68) of the conduit through which the flow of steam exits the cyclonic chamber (61). The conduit (67) is provided with a rib (91) to restrict the flow of water droplets formed on an outer surface of the conduit from passing through the flow outlet (63). The present application also relates to a steam system iron (10) having a steam iron head (30).

Abstract: A steam iron includes: a heating body having a heater; a vaporizing chamber on an upper surface side of the heating body; and a lid covering the upper surface side of the heating body. The steam iron further includes: a base on a lower surface side of the heating body; a steam jet hole provided in the base; and a steam passage for guiding the steam generated by the vaporizing chamber to the steam jet hole. The steam passage has a first heating passage and a second heating passage on the upper surface side of the heating body, and a heating chamber and a base passage on the lower surface side of the heating body. The steam passage guides the steam after passing through the heating chamber to the base passage via the second heating passage so that the steam is jetted from the steam jet hole.

Abstract: The present application relates to a steam iron head (30). The steam iron head (30) has a steam inlet (36), a steam pathway (40), and at least one steam vent through which steam is discharged from the steam iron head. The steam pathway (40) has a first steam flow section (50) and a second steam flow section (60). The first steam flow section (50) defines an indirect flow path between the steam inlet (36) and a second steam flow section (60). The second steam flow section (60) defines a cyclonic flow path between the first steam flow section (50) and the at least one steam vent. The present application also relates to a steam system iron (10) having a steam iron head (30). This invention helps remove any water droplets, for example formed by condensation, from the steam flow passing through the steam iron head from the steam inlet to the at least one steam vent.

Abstract: A steam iron head (2) employs a soleplate (6) having a fabric contact surface (10), a steam inlet (21) through which steam flows to the steam iron head (2), and one or more steam vents (49). A steam passageway (19) is between the steam inlet (21) and the steam vent(s) (49). A fluid separator (25) is located between the steam passageway (19) and the steam vents (49). The fluid separator (25) is configured to restrict the flow of condensation formed in the steam passageway (19) from passing through the steam vent(s) (49). A soleplate panel (7) forms the fabric contact surface (10) and a base (15, 20) of the steam passageway (19). The soleplate panel (7) is configured to be primarily heated by steam flowing along the steam passageway (19) to the steam vent(s) (49). A steam generator system iron may employ the steam iron head (2).

Abstract: A steam iron includes: a heating body having a heater; a vaporizing chamber on an upper surface side of the heating body; and a lid covering the upper surface side of the heating body. The steam iron further includes: a base on a lower surface side of the heating body; a steam jet hole provided in the base; and a steam passage for guiding the steam generated by the vaporizing chamber to the steam jet hole. The steam passage has a first heating passage and a second heating passage on the upper surface side of the heating body, and a heating chamber and a base passage on the lower surface side of the heating body. The steam passage guides the steam after passing through the heating chamber to the base passage via the second heating passage so that the steam is jetted from the steam jet hole.

Abstract: The present application relates to a steamer which has a steam generator (11) with a steam outlet (33). A steam path extends from the steam outlet to convey steam, and a filter unit (7) is positioned in the steam path. The filter unit has a filter cartridge (24) removably mounted along the steam path having a cartridge housing, a filter medium received in the cartridge housing. The filter unit also has a cartridge inlet and a cartridge outlet which are at or towards a first end (32) of the cartridge housing (34), and a barrier (20) configured to guide the steam to flow in the cartridge housing to a second end (17). The filter unit is spaced from the steam outlet (33), to filter impurities from steam passing along the steam path. The present application also relates to a filter cartridge for a steamer.

Abstract: A steam iron (10) comprising a soleplate (13), a heating element (14) for heating the soleplate (13), an inlet junction (16) comprising a first inlet (28) for receiving input steam from a steam generator and a second inlet (29), a water-steam separator (18) connected to the inlet junction (16) to receive steam from the inlet junction (16) and separate steam from condensed water entrained in the steam. The steam iron also includes an evaporation chamber (19) connected to the water-steam separator (18) to receive condensed water from the water-steam separator (18) and which includes a surface heated by the heating element (14) to generate evaporated water from the condensed water. The evaporation chamber (19) is connected to the second inlet (29). The inlet junction (16) comprises a venturi effect nozzle (31) for expelling the input steam and to generate a reduced pressure in the region of the second inlet (29) to draw the evaporated water into the inlet junction (16).

Abstract: A steam cleaning accessory for use with a steam generator comprises: a flexible body comprising a base and at least one peripheral wall upstanding from the base. At least one steam conduit is connectable to the steam generator and arranged to be in fluid communication therewith. The steam conduit comprises at least one steam outlet for ejecting steam and the at least one steam outlet is mounted on an underside of the base which is configured to be adjacent to a surface to be cleaned. A flexible pocket is mounted on the flexible body and is arranged to receive a user's hand. The at least one peripheral wall comprises at least one deflection element outwardly projecting from the peripheral wall.

Abstract: The present invention relates to accessories. Specifically, the present invention relates to cleaning accessories such as jewelry that have small crevices, impressions, engravings, or other fine details that are difficult to reach and clean. Even more specifically, the present invention relates to polishing and drying the cleaned accessories by using an allotment of polishing compound and/or steam.

Abstract: A garment steamer (1) comprising a base body (10) accommodating a liquid water tank (26); a liquid water pump (32), having a water inlet (32a) and a water outlet (32b), wherein the water inlet (32a) is fluidly connected to the liquid water tank (26). The garment steamer also comprises a steam head (50) that is moveable with respect to the base body (10) and that accommodates a steam chamber (70), having a liquid water inlet and a steam outlet, wherein said steam outlet includes at least one steam nozzle (76); a heating element (72) that is provided in or adjacent said steam chamber (70), and configured to evaporate liquid water passing through said steam chamber. A liquid water tube (38b, 38c) fluidly interconnects the water outlet (32b) of the water pump (32) and the liquid water inlet of the steam chamber (70) in the steam head (50).

Abstract: Steam irons are known which provide steam to a fabric of a garment to be pressed through holes in a sole plate. The present invention relates to a steam iron comprising a main body (2), a steam generating unit (6) and a sole portion (4). The sole portion (4) comprises a steam cavity (20) and an outer rim (19) extending around the steam cavity (20), the outer rim (19) having a fabric contact surface (22) and the steam cavity (20) having a permeable element (42) disposed therein. Therefore, steam supplied into the steam cavity (20) from the steam generating unit (6) is supplied to a fabric to be pressed when the fabric contact surface (22) is located against said fabric.

Abstract: A steam iron (1) comprising: a housing (2) defining a water vaporization chamber (22); a heating element (12), accommodated by the housing (2) and configured to heat the vaporization chamber (22); a sole plate (8), connected to the housing and defining at least one steam outlet opening (10); a steam-permeable screen (24), disposed within the water vaporization chamber (22) and dividing the water vaporization chamber into a vaporization zone (28) and a steam zone (30); a liquid water supply channel (16) having an outlet (16b) that discharges into the vaporization zone (28); and a steam discharge channel (20) having a steam inlet (20a) that originates from the steam zone (30) and a steam outlet (20b) that discharges into the at least one steam outlet opening (10) in the sole plate (8).

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 stabilizing 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 minimized as steam flows along the steam passageway. The present application also relates to an insert for a steam generator iron.

Abstract: Various water basins and systems are described that include a first basin having a longitudinally upward extending tower, a first side, a second side, and a plurality of supports. The plurality of supports are adjustable from the first side of the first basin. The system includes at least a water system having a pump and a water line that extends from the pump to the second side of the first basin.

Abstract: Ironing system comprising a machine body (2) provided with means (10, 6) for producing and supplying steam and an iron (1) comprising a heated soleplate (3) and connected to this machine body (2) by means of a tube (13) for the passage of steam and an electrical cable (14); this iron (1) comprises a supplementary water tank (9) suitable to supply water to this heated soleplate (3) and at least one control button (7) suitable to cooperate with a switch (28) for operating means (10, 6) for producing and supplying steam from the machine body (2) and with means (27) for pumping water from this supplementary tank (9) to this heated soleplate (3), in a first active position of this button (7), these means (10, 6) for producing and supplying the steam from the machine body (2) are operated and, in a second active position of this button (7) these pumping means (27) are operated so as to obtain a further production of steam by means of the passage of this water from this supplementary tank (9) to this heated soleplat

Abstract: A steam ironing device (1), comprising: an iron, including a soleplate (18) provided with at least one steam outlet opening (20); soleplate heating means (22) configured to heat the soleplate (18); a steam generator (50) including a heatable steam generation chamber (51) that is fluidly connectable to the at least one steam outlet opening (20) in the soleplate; and control means (24, 56), operably connected to the soleplate heating means (22) and the steam generator (50), and configured to control a soleplate temperature and a steam rate of the steam ironing device, wherein the control means (24, 56) are configured to heat the soleplate to a non user-adjustable temperature in the range of 105-145° C., and to provide for a time-averaged steam rate of at least 50 grams/minute.

Abstract: A steam discharge unit (1) comprises a chamber (10) for accommodating a flow of a water-steam mixture and heating the water-steam mixture, an inlet (11) to the chamber (10), and an outlet (12) from the chamber (10). In order to avoid water droplets from exiting the chamber (10) through the outlet (12) along with a flow of steam, special measures are taken, which comprise a barrier (20) arranged inside the chamber (10), in a flow path of a water-steam mixture from the inlet (11) to the outlet (12), and a hydrophobic surface (30) arranged preferably close to the outlet (12). In case water droplets remain inside the chamber (10) and tend to move towards the outlet (12), an actual release of the water droplets from the chamber (10) cannot take place by virtue of the presence of the barrier (20) and the hydrophobic surface (30) as mentioned.

Abstract: A steam generating appliance such as an electric iron comprises a base unit and a hand-held mobile unit which can be releasably coupled to the base unit. The base unit comprises a reservoir for water and a pump for pumping water from the reservoir into the mobile unit when the mobile unit is coupled to the base unit. The mobile unit comprises a boiler and an on-board reservoir for water, wherein the on-board reservoir is adapted to store water received from the base unit under pressure and to deliver the water to the boiler under the control of a user-operable valve.

Abstract: A steam ironing device (1), comprising: an iron, including a soleplate (18) provided with at least one steam outlet opening (20); soleplate heating means (22) configured to heat the soleplate (18); a steam generator (50) including a heatable steam generation chamber (51) that is fluidly connectable to the at least one steam outlet opening (20) in the soleplate; and control means (24, 56), operably connected to the soleplate heating means (22) and the steam generator (50), and configured to control a soleplate temperature and a steam rate of the steam ironing device, wherein the control means (24, 56) are configured to heat the soleplate to a non user-adjustable temperature in the range of 105-145° C., and to provide for a time-averaged steam rate of at least 50 grams/minute.

Abstract: A steam ironing machine, at least comprises a base, a telescopic shaft and an ironing device, wherein the base is provided with a steam generator and an outer case surrounding it. The telescopic shaft with a support seat mounted on its top end is disposed on the base and the support seat can move a distance relative to the base. The ironing device can detachedly be mounted on the support seat, wherein the steam generator in the base is attached to the ironing device.

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: The present invention discloses a steam iron comprising a housing with a handle, a water container, a steam control device and a vapor chamber provided with an electric heating plate, wherein the steam control device comprising a pressure sensor mounted on the handle of said housing, a control board with a microprocessor and an execution unit for providing the water into said chamber or providing the vapor generated by a evaporator into said chamber for secondly heated; the execution unit is controlled by the control board by the pressure signal provided by said pressure sensor.

Abstract: A steam generating appliance such as an electric iron comprises a base unit and a hand-held mobile unit which can be releasably coupled to the base unit. The base unit comprises a reservoir for water and a pump for pumping water from the reservoir into the mobile unit when the mobile unit is coupled to the base unit. The mobile unit comprises a boiler and an on-board reservoir for water, wherein the on-board reservoir is adapted to store water received from the base unit under pressure and to deliver the water to the boiler under the control of a user-operable valve.

Abstract: A steam discharge unit (1) comprises a chamber (10) for accommodating a flow of a water-steam mixture and heating the water-steam mixture, an inlet (11) to the chamber (10), and an outlet (12) from the chamber (10). In order to avoid water droplets from exiting the chamber (10) through the outlet (12) along with a flow of steam, special measures are taken, which comprise a barrier (20) arranged inside the chamber (10), in a flow path of a water-steam mixture from the inlet (11) to the outlet (12), and a hydrophobic surface (30) arranged preferably close to the outlet (12). In case water droplets remain inside the chamber (10) and tend to move towards the outlet (12), an actual release of the water droplets from the chamber (10) cannot take place by virtue of the presence of the barrier (20) and the hydrophobic surface (30) as mentioned.

Abstract: A steam generating apparatus includes a boiler for receiving water to be heated and an opening in a wall of the boiler. The opening is closable by a closing device. The steam generating apparatus also includes a steam duct for conducting steam generated in the boiler to a steam applying device such as an iron. A by-pass duct for by-passing the steam duct is provided for discharging steam from the boiler to the iron.

Abstract: Clothing iron including a sole (1) having a bottom side with a sliding surface (11) coming into contact with cloth and comprising at least one steam-supplied recess (10), the recess (10) being bounded on its entire periphery by the sliding surface (11) in such a manner that the recess (10) forms a steam diffusion cavity that is surrounded by the sliding surface (11) when the sole (1) is applied to the cloth being ironed, characterized in that the depth of the recess (10) is greater than or equal to 1 mm.

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: 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 steam ironing system (2) comprises a steam iron (10) and a boiler system (25) having a boiler (30) for generating steam, wherein the steam iron (10) and the boiler (30) are connected to each other through a steam hose (35). During operation of the boiler system (25), scale is formed in the boiler (30). For the purpose of removing the scale from the boiler (30), a rinsing process is performed on the boiler system (25) at regular intervals. During the rinsing process, a rinse valve (38) connected to a water outlet (37) positioned at a bottom of the boiler (30) is opened, and water is discharged from the boiler (30) to a rinse container (55). In the process, scale particles are carried along with the flow of water. Preferably, pressure is built up inside the boiler (30) prior to opening the rinse valve (38), so that the water is forcibly ejected from the boiler (30), whereby the effectiveness of the rinsing process is enhanced.

Abstract: A steam ironing machine, at least comprises a base, a telescopic shaft and an ironing device, wherein the base is provided with a steam generator and an outer case surrounding it. The telescopic shaft with a support seat mounted on its top end is disposed on the base and the support seat can move a distance relative to the base. The ironing device can detachedly be mounted on the support seat, wherein the steam generator in the base is attached to the ironing device.

Abstract: A boiler (1) for heating water to steam comprises a boiler housing (10) having a bottom wall (12), a top wall (13) and a circumferential wall (14) extending between these walls (12, 13). When the boiler (1) is mounted in a steam generating device for generating steam and supplying steam to an appliance such as a steam iron (20), the boiler (1) is given an inclined orientation. In a lower portion (13a) of the top wall (13) of the boiler housing (10), an inlet opening (15) for letting in water to a boiler space (11) which is enclosed by the boiler housing (10) is arranged. When water is supplied through the inlet opening (15), the water lands on a lower zone (14a) of the circumferential wall (14) and flows further in a downward direction, along the circumferential wall (14). As a result, the water is pre-heated when it reaches the water which is already present in the boiler space (11), and there is no danger of the steam production getting interrupted.

Abstract: A device (1) for supplying superheated water, comprising a container (3) for containing water, and a heating element (5) for heating water in the container to a superheated state. During use the water in the container is superheated, by the heating element typically 120 to 140° C. The pressure in the container is suppressing the evaporation of the water If this superheated water is released from the container via a water outlet (7) for letting out superheated water, it evaporates due to decrease of pressure when leaving the container As a result the increased.

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 steam ironing device (1) comprises a steam generator (20) for heating water to steam, a steam outlet (25) for letting out a burst of steam (27) from the steam generator (20), a device (30) for supplying water to the steam generator (20), a hose (40) connecting the water supplying device (30) to the steam generator (20), and a controller (50) which is adapted to operating the water supplying device (30) during a period of time in a situation in which there is hardly any need or no need at all of a supply of steam in an ironing process, while keeping the steam outlet (25) closed. In this way, a reserve amount of steam is generated, which is stored in an internal space (21) of the steam generator (20), and, as the occasion arises, inside at least a portion of the hose (40). When a burst of steam (27) is required, the reserve amount of steam is released through the steam outlet (25).

Abstract: The invention concerns an ironing apparatus comprising a steam generator connected to an iron (2) by a first cord (20), characterized in that said steam generator is connected to a travel steamer (3) by a second cord (30) mounted on a reel (4).

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: The present invention discloses a steam generating device comprising a control circuit for monitoring the temperature and controlling water filling and heating and steam discharging, and a sealed container which is highly temperature resistant. An electric heating tube is mounted in the container and a temperature sensor is mounted on the outer surface of the container. The electric heating tube and the temperature sensor are connected respectively to the control circuit. On the top of the container there is installed a four-way electromagnetic valve, and on the wall of the four-way electromagnetic valve there is installed a water intake tube connected to a water supply. A steam iron using the steam generating device is also disclosed in the present invention, wherein the steam iron can be used together with the steam generating device and has the virtue of continuous water filling steam generation.

Abstract: A new steam iron with a steam chamber connected with the labyrinths and the steam outlet vents of the soleplate through a small connection duct or a small hole, in such a way as to keep high pressure inside the steam generation chamber. The iron is provided with a steam spray positioned at the front and directed towards its point.

Abstract: A combination steam cleaner and steam iron includes a steam generator, a steam cleaner and a steam iron. The steam generator includes first and second boiling elements for boiling water to produce steam. The steam cleaner is attachable to the steam generator to receive the steam, a nozzle that dispenses the steam, and a circuit designed to supply power to the second boiling element when the steam cleaner is attached to the steam generator. The steam iron is attachable to the steam generator, includes an iron heating element for heating the iron, and includes a circuit designed to supply power to the iron heating element, but not to the second boiling element, when the steam iron is attached to the steam generator. The steam generator also includes a steam release valve that supplies the steam and which is controlled by respective switches within the steam cleaner and steam iron.

Abstract: A vapor distribution device, usable particularly with electrical household appliances which comprise a boiler for producing water vapor or steam, which is connected through a first duct to at least one first element for distributing the steam. The distribution device comprises at least one separate second duct for feeding the steam to at least one second distribution element, with the interposition of suitable flow control elements for one or more containers of separate additives.

Abstract: A steam iron with external steam supply, has a handle, a switch for actuating a steam valve on a steam accumulator, a power supply for an electrical resistance heater, a steam tube, an iron base with a temperature-selection switch, a soleplate with a steam-supply connector, and a steam duct with at least one steam-outlet nozzle. The steam iron does not leak water during operation. To prevent spitting, the steam iron includes a steam dryer with a separate external or integrated housing.

Abstract: An all steam iron constructed as that a preheat hollow chamber is omitted in an iron main body, and a preheat circulation passage, in which steam flows to heat the iron main body, is formed. And, a branched passage, freely opened and closed by an operation valve, is disposed along a near part of a sole, and steam is jetted out of many steam jets on the sole through the branched passage in a steam jet operation in which the operation valve is opened.

Abstract: An ironing device includes a housing, a receptacle holding fluid, and a pumping device for transporting the fluid from the receptacle onto an ironing article. The receptacle is fluidically connected to the housing and the pumping device is disposed in the housing, is fluidically connected to the receptacle, and has at least one hose pump for pumping the fluid.

Abstract: A vapor distribution device, usable particularly with electrical household appliances which comprise a boiler for producing water vapor or steam, which is connected through a first duct to at least one first element for distributing the steam. The distribution device comprises at least one separate second duct for feeding the steam to at least one second distribution element, with the interposition of suitable flow control elements for one or more containers of separate additives.

Abstract: An ironing device includes a housing, a receptacle holding fluid, and a pumping device for transporting the fluid from the receptacle onto an ironing article. The receptacle is fluidically connected to the housing and the pumping device is disposed in the housing, is fluidically connected to the receptacle, and has at least one hose pump for pumping the fluid.