There is disclosed a curtain rod system including an inner rod and an outer rod for mounting at a window. The outer rod is mounted substantially parallel to the inner rod along the length thereof and spaced apart from the inner rod forming a gap therebetween. A first portion of a drape is anchored to the inner rod and a second portion of the drape is laid over the outer rod to span the gap between the inner and outer rods.

Disclosed herein is an adjustable shoring beam having a hook assembly configured to mate with E-track mating features. The adjustable shoring beam can be adjusted over a predetermined length range by adjusting the tube assembly and the rod assembly. In some embodiments, the extension length is fixed using a fixing clamp coupled to the tube assembly and the rod assembly. A connecting clamp and bracket may be used to couple a first adjustable shoring beam to a second adjustable shoring beam.

A cupped hook bracket includes a back wall having a central aperture, a cup, the cup having a semi-circular shape and projecting out from the back wall, a hook and a peg, the hook and the peg positioned centrally within the cup, and a stop and a ramp extending from the back wall and into a lower region of the cup.

A cupped hook bracket includes a back wall having a central aperture, a cup, the cup having a semi-circular shape and projecting out from the back wall, a hook and a peg, the hook and the peg positioned centrally within the cup, and a stop and a ramp extending from the back wall and into a lower region of the cup.

A punching-free electric mounting unit is provided which a housing, and a motor is arranged within the housing; the output end of the motor is provided with a decelerating mechanism, a connecting block and a pushing block in sequence; the pushing block can move relative to the connecting block; the output speed of the motor is decelerated by the decelerating mechanism and then transferred to the connecting block to drive the connecting block to act, and then the connecting block drives the pushing block to move. The mounting unit of the present invention is powered by the motor and the output speed of the motor is decelerated by the decelerating mechanism and then transferred to the connecting block to drive the connecting block to act, and then the connecting block drives the pushing block to move.

A punching-free electric mounting unit is provided which a housing, and a motor is arranged within the housing; the output end of the motor is provided with a decelerating mechanism, a connecting block and a pushing block in sequence; the pushing block can move relative to the connecting block; the output speed of the motor is decelerated by the decelerating mechanism and then transferred to the connecting block to drive the connecting block to act, and then the connecting block drives the pushing block to move. The mounting unit of the present invention is powered by the motor and the output speed of the motor is decelerated by the decelerating mechanism and then transferred to the connecting block to drive the connecting block to act, and then the connecting block drives the pushing block to move.

A tube connector has a connecting member and two tightening sleeves. The connecting member has a circular shaft portion, and two ends of the circular shaft portion respectively have a cone-shaped stud with a threaded section. Each cone-shaped stud has a socket, and the socket has a positioning end larger than an outer diameter of the socket. The tightening sleeves respectively jacket onto two ends of the connecting member, an end of each tightening sleeve has a tapered screw hole, and another end has a through aperture connecting to the taper screw hole.

A tube connector has a connecting member and two tightening sleeves. The connecting member has a circular shaft portion, and two ends of the circular shaft portion respectively have a cone-shaped stud with a threaded section. Each cone-shaped stud has a socket, and the socket has a positioning end larger than an outer diameter of the socket. The tightening sleeves respectively jacket onto two ends of the connecting member, an end of each tightening sleeve has a tapered screw hole, and another end has a through aperture connecting to the taper screw hole.

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.