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An electric travel iron includes as an upper component a hand-held hot-air type hair dryer having a hand grip, an electric heating unit for heating a stream of air and an outlet duct through which a hot air stream is discharged. The lower component of the iron is formed by a thin flat metallic ironi

An electric travel iron includes as an upper component a hand-held hot-air type hair dryer having a hand grip, an electric heating unit for heating a stream of air and an outlet duct through which a hot air stream is discharged. The lower component of the iron is formed by a thin flat metallic ironing plate detachably connected to the duct of the dryer in spaced confronting relationship to the open end thereof. The ironing plate is planar and has a surface facing the open duct end to define a direct hot-air impingement surface region and extends laterally outwardly from the direct hot-air impingement region beyond the contour of the duct end for providing a region heated by hot air laterally deflected in all directions from the hot-air impingement region. The hot air impingement region is provided with holes for direct access of hot air to the material being ironed, with the holes being located in a group having a shape corresponding to the contour of the open duct end.

대표청구항 ▼

Electric iron, comprising: a hand-held hot air type hair-dryer constituting an upper component of the iron, sair hair dryer having a hand grip, providing its heating unit as a heat source for the iron, and having an oulet duct for discharge of a hot air stream from an open end of said duct; an ironi

Electric iron, comprising: a hand-held hot air type hair-dryer constituting an upper component of the iron, sair hair dryer having a hand grip, providing its heating unit as a heat source for the iron, and having an oulet duct for discharge of a hot air stream from an open end of said duct; an ironing plate, and means (8) for connecting said ironing plate to said hot air outlet duct and holding said ironing plate facing said open end of said duct and spaced therefrom, thereby presenting a direct hot-air impingement surface region of said ironing plate lying directly in front of said open duct and for impingement of hot air thereagainst, said ironing plate (2, 2a) being rigidly fastened to said connecting means so as to be held in a position such as to deflect air laterally in all directions, having a plane upper side (7) facing said open duct end (4, 4a) and extending laterally outward from said direct hot-air impingement surface region and hence beyond the contour (18, 18a) of said open duct end (4, 4a) for providing a rim region capable of being heated by hot air laterally deflected from said direct hot-air impingement surface region, and having holes (6) for access of air to material being ironed, said holes being located in said direct hot-air impingement surface region of said ironing plate, and at least a predominant number of said holes being located in a group (17,17a) shaped corresponding to said contour (18, 18a) of said open duct end (4, 4a).