Provided is a clothing shaking device for clothing care apparatus, the care apparatus includes a cabinet, the shaking device includes a driving member, a first connecting member, a second connecting member, a beam and a connecting structure arranged on the beam, when the driving member drives the first connecting member to rotate and thus drives the second connecting member to move, a swimming structure can apply acting force to the connecting structure to make the connecting structure and the beam move back and forth together. Through the connection between the swimming structure and the connecting structure, when the driving member drives the first connecting member to rotate and thus drives the second connecting member to move, while driving the beam to move back and forth, the movement amplitude of the beam in the direction perpendicular to the beam can be reduced.

Provided is a clothing shaking device for clothing care apparatus, the care apparatus includes a cabinet, the shaking device includes a driving member, a first connecting member, a second connecting member, a beam and a connecting structure arranged on the beam, when the driving member drives the first connecting member to rotate and thus drives the second connecting member to move, a swimming structure can apply acting force to the connecting structure to make the connecting structure and the beam move back and forth together. Through the connection between the swimming structure and the connecting structure, when the driving member drives the first connecting member to rotate and thus drives the second connecting member to move, while driving the beam to move back and forth, the movement amplitude of the beam in the direction perpendicular to the beam can be reduced.

Disclosed is a clothing steam ironing apparatus, comprising an ironing component (3) with an ironing panel, steam ejection holes (7) for ejecting steam to iron a clothing and air suction holes (8) for generating a suck force to the clothing are provided in the ironing panel.

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.

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.

The present application relates to a stand garment steamer (1). The stand garment steamer (1) has a base unit (2), a support (19) extending from the base unit (2), and a treatment board (14) with a treatment surface (17) against which fabric is positionable. The treatment board (14) is supported and spaced from the base unit (2) by the support (19).A tilting mechanism (20) connects the support (19) to the treatment board (14), the tilting mechanism (20) being operable to allow the treatment board (14) to be fixed in multiple operating orientations between vertical and horizontal positions. A reversible generator is in the base unit (2), and at least one vent (18) is in the treatment surface (17) through which air and/or steam from the reversible generator is passable. A fluid pathway (47) fluidly connects the reversible generator and the at least one vent (18) irrespective of the operating orientation of the treatment board. This stand garment steamer improves ironing experience of users.

The present application relates to a stand garment steamer (1). The stand garment steamer (1) has a base unit (2), a support (19) extending from the base unit (2), and a treatment board (14) with a treatment surface (17) against which fabric is positionable. The treatment board (14) is supported and spaced from the base unit (2) by the support (19).A tilting mechanism (20) connects the support (19) to the treatment board (14), the tilting mechanism (20) being operable to allow the treatment board (14) to be fixed in multiple operating orientations between vertical and horizontal positions. A reversible generator is in the base unit (2), and at least one vent (18) is in the treatment surface (17) through which air and/or steam from the reversible generator is passable. A fluid pathway (47) fluidly connects the reversible generator and the at least one vent (18) irrespective of the operating orientation of the treatment board. This stand garment steamer improves ironing experience of users.

A fabric treatment apparatus including a steam spray device for heating water to generate steam and for spraying the generated steam into a space in which fabric is received and a water supply valve for adjusting flow of water supplied to the steam spray device to generate steam. A control method of the fabric treatment apparatus including controlling the water supply valve to be repeatedly opened and closed according to a first pattern and controlling the water supply valve to be repeatedly opened and closed according to a second pattern, the second pattern supplying a larger amount of water than in the first pattern for the same time period.

A fabric treatment apparatus including a steam spray device for heating water to generate steam and for spraying the generated steam into a space in which fabric is received and a water supply valve for adjusting flow of water supplied to the steam spray device to generate steam. A control method of the fabric treatment apparatus including controlling the water supply valve to be repeatedly opened and closed according to a first pattern and controlling the water supply valve to be repeatedly opened and closed according to a second pattern, the second pattern supplying a larger amount of water than in the first pattern for the same time period.

A steaming device (1) is operable in a cordless mode and has a steaming body (2) having a first water chamber (6), a second water chamber (7), a steam generator (8), a first fluid path (20) between the first water chamber (6) and the second water chamber (7), and a second fluid path (26) between the second water chamber (7) and the steam generator (8). The first fluid path (20) is configured to prevent water flow from the first water chamber (6) to the second water chamber (7) when the steaming body (2) is orientated in a normal operating position. The first fluid path (20) is also configured to allow water flow from the first water chamber (6) to the second water chamber (7) when the steaming body is orientated in a rest position in which the steaming body is inclined at an angle to the normal operating position.