A tension rod has end caps that are configured such that the end caps expand when downward pressure is applied to the rod whereby enhanced tension is generated resulting in the tension rod being securely attached to the support structure, such as opposing walls.

A tension rod has end caps that are configured such that the end caps expand when downward pressure is applied to the rod whereby enhanced tension is generated resulting in the tension rod being securely attached to the support structure, such as opposing walls.

An adjustable rod assembly includes an elongate first tubular member having a first end and a second end. A cam body is secured to the first end of the first tubular member and has an oblong shaft portion. A collar is disposed about the cam body with an inner surface shaped to coincide with the oblong shaft portion. An elastomeric sleeve is disposed about the collar. An elongate second tubular member has a first end sized to receive the first end of the first tubular member within an internal cavity and engages the elastomeric sleeve. Rotation of the collar to a locked position causes a force from the elastomeric sleeve against an internal surface of the second tubular member to resist axial translation. At least one of the first tubular member second end and a second tubular member second end is adapted to engage a household surface.

An adjustable rod assembly includes an elongate first tubular member having a first end and a second end. A cam body is secured to the first end of the first tubular member and has an oblong shaft portion. A collar is disposed about the cam body with an inner surface shaped to coincide with the oblong shaft portion. An elastomeric sleeve is disposed about the collar. An elongate second tubular member has a first end sized to receive the first end of the first tubular member within an internal cavity and engages the elastomeric sleeve. Rotation of the collar to a locked position causes a force from the elastomeric sleeve against an internal surface of the second tubular member to resist axial translation. At least one of the first tubular member second end and a second tubular member second end is adapted to engage a household surface.

A curtain rod structure has an inner tube, an outer tube and a blocking unit disposed between the inner and outer tubes. The blocking unit is configured for securing and releasing the length adjustment for the inner tube and the outer tube. By rotating one of the inner tube or the outer tube, the packing cover of the blocking unit is released from the outer tube for adjustment.

A curtain rod structure has an inner tube, an outer tube and a blocking unit disposed between the inner and outer tubes. The blocking unit is configured for securing and releasing the length adjustment for the inner tube and the outer tube. By rotating one of the inner tube or the outer tube, the packing cover of the blocking unit is released from the outer tube for adjustment.

A shower curtain and window curtain hanging structure provides constant stream of heated or ambient air as well as the ability to sound audio from an external source. The hanging structure includes a tubular body, an at least one fan assembly, a power supply, an at least one waterproof speaker, a microphone, and a wireless communication device. The tubular body supports various types of curtains. The fan assembly, and the wireless communication device are internally mounted within the tubular body. The waterproof speaker and the microphone is integrated into an external surface of the tubular body in order to sound audio towards a user and providing calling services. The fan assembly includes an impeller, a heating element, and an electric motor. The impeller is powered by the electric motor to forces air to pass by the heating element and expelling heated air onto the user.

A shower curtain and window curtain hanging structure provides constant stream of heated or ambient air as well as the ability to sound audio from an external source. The hanging structure includes a tubular body, an at least one fan assembly, a power supply, an at least one waterproof speaker, a microphone, and a wireless communication device. The tubular body supports various types of curtains. The fan assembly, and the wireless communication device are internally mounted within the tubular body. The waterproof speaker and the microphone is integrated into an external surface of the tubular body in order to sound audio towards a user and providing calling services. The fan assembly includes an impeller, a heating element, and an electric motor. The impeller is powered by the electric motor to forces air to pass by the heating element and expelling heated air onto the user.

A drape has a longitudinal pocket on two or both sides of the drape, A stabilizer is placed within the pocket and extends the length of the pocket. The stabilizer is supported by a drapery support such as a rod or track in a manner which enables the panel to move along the drapery support from a closed, drawn position to an open, slacked position. The stabilizer is supported by the drapery support and is free to move within the pocket. The stabilizer prevents the drape from flaring at the bottom. A wand may be attached to the stabilizer or to a carrier or other assembly to which the stabilizer is attached.

A drape has a longitudinal pocket on two or both sides of the drape, A stabilizer is placed within the pocket and extends the length of the pocket. The stabilizer is supported by a drapery support such as a rod or track in a manner which enables the panel to move along the drapery support from a closed, drawn position to an open, slacked position. The stabilizer is supported by the drapery support and is free to move within the pocket. The stabilizer prevents the drape from flaring at the bottom. A wand may be attached to the stabilizer or to a carrier or other assembly to which the stabilizer is attached.