A bracket for mounting objects to a wall includes a base defining mounting holes for fasteners. An arm extends from the base and has a top, a bottom and a maximum width at the interconnection with the base. The mounting holes includes at least two that are spaced from another by a distance greater than a maximum width of the arm so that one of the mounting holes is outside the arm on one side of the arm and another of the mounting holes is outside the arm on the other side of the arm. At least a portion of the mounting holes is located above the top of the arm.

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.

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.

A curtain rod return bracket is provided and includes a first bracket inner leg, a second bracket inner leg, a bracket outer leg and a bracket mounting portion, wherein the first bracket inner leg and bracket outer leg are associated with the bracket mounting portion such that a first space exists between the bracket inner leg and the bracket outer leg, and wherein the first bracket inner leg and the second bracket inner leg are configured such that a second space exists between the first bracket inner leg and the second bracket inner leg.

A curtain rod return bracket is provided and includes a first bracket inner leg, a second bracket inner leg, a bracket outer leg and a bracket mounting portion, wherein the first bracket inner leg and bracket outer leg are associated with the bracket mounting portion such that a first space exists between the bracket inner leg and the bracket outer leg, and wherein the first bracket inner leg and the second bracket inner leg are configured such that a second space exists between the first bracket inner leg and the second bracket inner leg.

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 bracket for mounting objects to a wall includes a base defining mounting holes for fasteners. An arm extends from the base and has a top, a bottom and a maximum width at the interconnection with the base. The mounting holes includes at least two that are spaced from another by a distance greater than a maximum width of the arm so that one of the mounting holes is outside the arm on one side of the arm and another of the mounting holes is outside the arm on the other side of the arm. At least a portion of the mounting holes is located above the top of the arm.

The present invention relates to a shade suspension apparatus. The shade suspension apparatus has the effects of obviating the inconvenience of a worker of having to climb to a shade to perform a replacement work when replacing the shade, etc., and preventing a safety accident which may occur when the worker performs the replacement work on a pedestal.

The present invention relates to a shade suspension apparatus. The shade suspension apparatus has the effects of obviating the inconvenience of a worker of having to climb to a shade to perform a replacement work when replacing the shade, etc., and preventing a safety accident which may occur when the worker performs the replacement work on a pedestal.