Abstract: A housing and a base formed integrally with the housing or attached thereto. An array of louvres is attached to or formed integrally with the housing. An electric motor-driven fan is located within the housing and blows air toward the louvres. An electric heating element is situated within the housing between the fan and the array of louvres. This avoids subjecting the fan to excessive heat of the heating element and reduces turbulence of airflow past the louvres, thereby reducing operational noise levels.

Abstract: An electric fan heater includes a housing and a base formed integrally with the housing or attached thereto. An array of louvres is attached to or formed integrally with the housing. An electric motor-driven fan is located within the housing and blows air toward the louvres. An electric heating element is situated within the housing between the fan and the array of louvres. This avoids subjecting the fan to excessive heat of the heating element and reduces turbulence of airflow past the louvres, thereby reducing operational noise levels.

Abstract: A collecting container (1) for insecticide apparatus (2) comprises a base wall (9), side walls (10) extending transversely of the base wall (9) and an upper wall (11) engaging the tops of the side walls (10) and in which an access opening (13) is formed for entry of the insects captured by the apparatus itself. In engagement at the access opening (13) is a rocking element (16) movable in rotation for closing and/or opening the access opening depending on the air circulation within the apparatus (2). The rocking element (16) operates at the inside of a surface recess (14) formed in the upper wall (11) and has an obstruction portion (16b) directly active on the access opening (13) to close and/or open the latter and a counter-weight (16c) isolated from the air- and insect-passage region (14a) by a partition (17) located within the surface recess itself.

Abstract: A collecting container (1) for insecticide apparatus (2) comprises a base wall (9), side walls (10) extending transversely of the base wall (9) and an upper wall (11) engaging the tops of the side walls (10) and in which an access opening (13) is formed for entry of the insects captured by the apparatus itself. In engagement at the access opening (13) is a rocking element (16) movable in rotation for closing and/or opening the access opening depending on the air circulation within the apparatus (2). The rocking element (16) operates at the inside of a surface recess (14) formed in the upper wall (11) and has an obstruction portion (16b) directly active on the access opening (13) to close and/or open the latter and a counter weight (16c) isolated from the air- and insect-passage region (14a) by a partition (17) located within the surface recess itself.

Abstract: A fan for suction insect-capturing devices comprises at least one blade (9) extending radially away from a hub (10) mountable on a rotating shaft (6) of a suction insect-capturing device (1), to rotate about a rotation axis (X) which is coincident with the hub axis, and defines at least one setting angle (&bgr;) relative to a plane perpendicular to the rotation axis (X). The blade (9) has a leading flap (La) angularly offset at least at a radially external portion (11), in the rotation direction of the fan (Y), relative to radial directions (D) extending from the rotation axis (X) and intersecting said leading flap (La).

Abstract: An apparatus (1) for delivering hot air comprises a protection structure (2) to be fastened to a wall (4) and a delivery unit (9) set to generate a continuous air flow. The delivery unit (9) is in engagement with the protection structure (2) through a ball joint (12, 13) so that it is movable between a rest position and an infinite number of operating positions. Associated with the bail joint (12, 13) is an electric switch which is switched over to a closed condition when the delivery unit (9) reaches one of its operating positions thereby starting said delivery unit (9).

Abstract: The apparatus comprises a protection casing (2) fixable to a wall (3) and housing an air-delivery unit (4). The protection casing (2) has a base portion (6) from the upper part of which a dome-shaped portion (8) projects, and two side portions (9) extending parallelly from the lower part of the dome-shaped portion. The air delivery unit (4) is located between the dome-shaped portion (8) and the side portions (9) and is oscillatably engaged with respect to the casing to be displaced from a non-use position to a use position. When in its use position, the air delivery unit (4) is switched on upon command of a pushbutton (5) housed in the casing (2) and operated by the delivery unit itself.

Abstract: An ironing board supported by collapsible legs to which a box-shaped body can be connected either fixedly or in a removable manner. This body is provided with a specific housing suitable to accommodate an iron interconnected to a steam boiler by a fluid passage duct. The steam boiler may be formed directly in one of the collapsible legs supporting the board or carried, in a substantially vertical position, by one of said legs. Also, the steam boiler may be incorporated in the box-shaped body.