A mounting bracket having a base plate with a first set of apertures and a second set of apertures formed therein. A mounting plate couplable with one of the first set of apertures and the second set of apertures formed in the base plate. A bracket housing couplable with the base plate and having an inner surface and an outer surface. A retainer assembly coupled with the base plate and adjacent to and abuttingly engaged with the bracket housing.

The present disclosure disclose a curtain mounting unit which comprises a connecting seat having a receiving cavity formed in a rear end surface, a mounting hole connected with the receiving cavity formed in a front end surface, and a plurality of tenons extending along a longitudinal direction of connecting seat on the outer sides of the connecting seat. The curtain mounting unit has a telescopic tube having external thread arranged outside and a front end to insert into the receiving cavity which comprises an elastic component. The two ends of the elastic component may be abutting against the front end of the telescopic tube and an inner bottom surface of the receiving cavity respectively. The curtain mounting unit has an annularly-shaped locking ring fitted on the outer surface of the telescopic tube.

An external punching-free mounting mechanism for a curtain, comprising a cross beam exposed outside a window frame, a first mounting assembly and a second mounting assembly supporting the cross beam in the window frame in a cooperative way, and the first mounting assembly and the second mounting assembly are oppositely connected to the cross beam; the first mounting assembly and the second mounting assembly can slide in the length direction of the cross beam in the unlocking state; the first mounting assembly and the second mounting assembly are fixed to the cross beam in the locking state; the first mounting assembly and the second mounting assembly are both connected with an auxiliary member used for clinging to the inner frame edge of the window frame. The arrangement of auxiliary members on the first mounting assembly and the second mounting assembly increase the contact area of the inner frame edge of the window frame and the mounting assemblies, making the overall mounting structure firmer and more stable, and preventing curtain detachment during use, thus fulfills consumers' requirements.

An external punching-free mounting mechanism for a curtain, comprising a cross beam exposed outside a window frame, a first mounting assembly and a second mounting assembly supporting the cross beam in the window frame in a cooperative way, and the first mounting assembly and the second mounting assembly are oppositely connected to the cross beam; the first mounting assembly and the second mounting assembly can slide in the length direction of the cross beam in the unlocking state; the first mounting assembly and the second mounting assembly are fixed to the cross beam in the locking state; the first mounting assembly and the second mounting assembly are both connected with an auxiliary member used for clinging to the inner frame edge of the window frame. The arrangement of auxiliary members on the first mounting assembly and the second mounting assembly increase the contact area of the inner frame edge of the window frame and the mounting assemblies, making the overall mounting structure firmer and more stable, and preventing curtain detachment during use, thus fulfills consumers' requirements.

An all-in-one window covering solution and system is described. The system is bundled with all components of a complete window covering solution, including at least one extension rod, at least one window covering, mounts/brackets, and mounting adhesive. The mounting adhesive is preferably configured to be strongly affixed to walls, and yet be flexible enough to be removed without damage to the wall, unlike conventional window covering mounting brackets. As such, the system employs no screws, bolts, or nails, and therefore does not require any tools for installation or removal. All components of the system are included in a single package, facilitating and expediting component selection and final installation. The adhesive component of the system provides for adjustment and reuse of the system if needed.

An all-in-one window covering solution and system is described. The system is bundled with all components of a complete window covering solution, including at least one extension rod, at least one window covering, mounts/brackets, and mounting adhesive. The mounting adhesive is preferably configured to be strongly affixed to walls, and yet be flexible enough to be removed without damage to the wall, unlike conventional window covering mounting brackets. As such, the system employs no screws, bolts, or nails, and therefore does not require any tools for installation or removal. All components of the system are included in a single package, facilitating and expediting component selection and final installation. The adhesive component of the system provides for adjustment and reuse of the system if needed.

Room darkening window curtain rod assemblies that include a curtain rod and two bracket assemblies, each including a removable magnetic finial are disclosed. Each bracket assembly includes a wraparound leg that extends perpendicularly from an axis of the curtain rod toward a wall or window frame upon which the assembly is installed. The removable finials allow a curtain to be drawn onto the wraparound leg of each bracket assembly from the curtain rod to provide curtain wraparound regions. The curtain wraparound regions reduce or prevent light from entering into a room, and allow the bracket assemblies to be hidden. Once the curtain is extended into the wraparound regions, the magnetic finials are magnetically attached to the bracket assemblies with portions of the curtain located therebetween.

Room darkening window curtain rod assemblies that include a curtain rod and two bracket assemblies, each including a removable magnetic finial are disclosed. Each bracket assembly includes a wraparound leg that extends perpendicularly from an axis of the curtain rod toward a wall or window frame upon which the assembly is installed. The removable finials allow a curtain to be drawn onto the wraparound leg of each bracket assembly from the curtain rod to provide curtain wraparound regions. The curtain wraparound regions reduce or prevent light from entering into a room, and allow the bracket assemblies to be hidden. Once the curtain is extended into the wraparound regions, the magnetic finials are magnetically attached to the bracket assemblies with portions of the curtain located therebetween.

An adjustable roller blind mounting bracket comprising a bracket member adapted for mounting to a surface, an adjustment plate slidably received upon the interior face of the bracket member, an adjuster to alter the position of the adjustment plate relative to the bracket member; and a shield secured to the adjustment plate and moveable therewith. The adjustment plate releasably receives and supports a roller tube shaft of a roller tube of the roller blind. The shield has an interior side surface offset from the adjustment plate that prevents contact between the adjuster and blind fabric received about the roller tube.

An all-in-one window covering solution and system is described. The system is bundled with all components of a complete window covering solution, including at least one extension rod, at least one window covering, mounts/brackets, and mounting adhesive. The mounting adhesive is preferably configured to be strongly affixed to walls, and yet be flexible enough to be removed without damage to the wall, unlike conventional window covering mounting brackets. As such, the system employs no screws, bolts, or nails, and therefore does not require any tools for installation or removal. All components of the system are included in a single package, facilitating and expediting component selection and final installation. The adhesive component of the system provides for adjustment and reuse of the system if needed.