Abstract: The invention relates to a cleaning head (sometimes called a “suction head”) for a vacuum cleaner, and in particular to a cleaning head having a motor to rotate a brush carried by the cleaning head. According to the invention there is provided a cleaning head (10) having a steering joint, the steering joint having a non-rotatable section (26) and a rotatable section (24) with a rotatable joint (20) between the non-rotatable section and the rotatable section. The cleaning head has a first holding region (52) which is engageable by a first part (50) of the rotatable section (24), the first holding region and the first part when engaged resisting rotation of the rotatable section. The cleaning head also has a second holding region (54) which is engageable by a second part (50) of the rotatable section (24), the second holding region and the second part when engaged resisting rotation of the rotatable section.

Abstract: The invention relates to a cleaning head (sometimes called a “suction head”) for a vacuum cleaner, and in particular to a cleaning head having a motor to rotate a brush carried by the cleaning head. According to the invention there is provided a cleaning head (10) having a steering joint, the steering joint having a non-rotatable section (26) and a rotatable section (24) with a rotatable joint (20) between the non-rotatable section and the rotatable section. The cleaning head has a first holding region (52) which is engageable by a first part (50) of the rotatable section (24), the first holding region and the first part when engaged resisting rotation of the rotatable section. The cleaning head also has a second holding region (54) which is engageable by a second part (50) of the rotatable section (24), the second holding region and the second part when engaged resisting rotation of the rotatable section.

Abstract: A heated hair brush apparatus. A base plate is disposed at a head portion of a housing and has an upper face and a lower face. A plurality of heating elements each extends from the upper face of the base plate to a terminal end. A heat source is disposed in the compartment for transmitting heat through the heating elements. The heating elements and the base plate define a plurality of bores. A plurality of spacers of a material that has a lower thermal conductivity than the heating elements are each received by one of the bores of the base plate. Each of the spacers taper inwardly along at least a portion of the spacer toward the distal end for wedging the spacer in the bore of the heating element to inhibit movement of the spacer relative to the heating element.