A bracket for a floating shelf comprises a solid plate with a planar back side to abut to a wall. A plurality of circular apertures extends through the solid plate and have internal screw threads. A plurality of rods is secured to the solid plate and extending therefrom, with each rod having a proximal end received within a different one of the plurality of circular apertures. The plurality of rods has external screw threads on the proximal end mating with a respective internal screw thread of respective circular apertures. The proximal ends of the plurality of rods are flush with the planar back side of the solid plate and the wail.

The present disclosure provides various examples of a universal mounting bracket for mounting a floating shelf to a flat vertical surface such as a wall. The bracket assembly allows for installing the bracket with a single selected fastener. This is more efficient and allows for the bracket to be installed in the widest variety of vertical assemblies with the most strength possible. The bracket can be installed into a stud wall, hollow drywall space, solid masonry wall, a hollow masonry wall unit, a brick wall, a cinderblock wall, a reinforced masonry wall, a plaster wall, a steel wall assembly or support structure, and any other vertical assembly so long as there is a satisfactory fastener for that assembly. Alternatively, the universal mounting bracket provides a mechanism that facilitates its use as a hook for a multitude of purposes.

A panel device is provided. The panel device includes an energy transfer zone; at least one coil configured to generate an electromagnetic field for wirelessly charging an external electronic device that is positioned in the energy transfer zone; and an internal drive unit configured to rotate or move the panel device in relation to an exterior object in proximity to the panel device.

A shelving apparatus made of a frame that can be removably attached to the upward portion of a barrier structure with a support extending outwardly from the upward attachment so as to maintain different angles of the support relative to the ground and to be operable to move the downward attachment in a range of motion between positions forward and rearward of the upward of dimensions of different barrier structures.

A wall hanging system by which a wall décor item such as a ledge, a frame, a mantel, or the like may be mounted to and hung from a wall. The wall hanging system may include the wall décor item having a rear surface and first and second mounting channels in the rear surface. The wall hanging system may also include first and second mounting brackets that are configured to be mounted to the wall. At least one of the first and second mounting brackets may have an elongated aperture through which a fastener extends for mounting that mounting bracket to the wall. As such, the mounting bracket with the elongated aperture is able to slide side-to-side along the wall while being mounted to the wall in order to properly align the first and second mounting brackets with the first and second mounting channels of the wall décor item.

A wall hanging system by which a wall décor item such as a ledge, a frame, a mantel, or the like may be mounted to and hung from a wall. The wall hanging system may include the wall décor item having a rear surface and first and second mounting channels in the rear surface. The wall hanging system may also include first and second mounting brackets that are configured to be mounted to the wall. At least one of the first and second mounting brackets may have an elongated aperture through which a fastener extends for mounting that mounting bracket to the wall. As such, the mounting bracket with the elongated aperture is able to slide side-to-side along the wall while being mounted to the wall in order to properly align the first and second mounting brackets with the first and second mounting channels of the wall décor item.

A shelf device and a storage cabinet. The shelf device comprises a shelf body (100); a support frame, the support frame comprising a lead screw (102) and a connecting support (104), the lead screw (102) being fixedly connected to the connecting support (104); a driving assembly, the driving assembly is connected to the shelf body (100), the driving assembly comprising a driving member (106) and a threaded sleeve (108), the driving member (106) being in power coupling connection with the threaded sleeve (108), and the threaded sleeve (108) being in threaded connection with the lead screw (102). The shelf device only needs to be provided with a lead screw (102), and multiple threaded sleeves (108) are sleeved thereon, and then the multiple threaded sleeves (108) are respectively connected to different shelf bodies (100), so that independent adjustment of the multiple shelf bodies (100) can be achieved.

A storage system includes a shelf bracket that has an elongate rigid mounting structure. The shelf bracket includes a top arm extending outwardly from, and orthogonal to, the elongate rigid mounting structure. The shelf bracket further includes a bottom arm extending outwardly from the elongate rigid mounting structure, at an angle of between 5-60 degrees. The bottom arm is in the form of a strut channel that includes a U-shaped cross section that includes a back wall, two opposed side walls extending downwardly from the back wall, each of the opposed side walls extending to an inwardly extending portion, which extends to an edge.

A shelving system includes a support post having a mounting surface and a plurality of vertically spaced retention members extending from the mounting surface. A shelf includes a bracket member configured for coupling to a first of the vertically spaced retention members. A support bracket includes an attachment portion configured for coupling to a second of the vertically spaced retention members adjacent the first vertically spaced retention member and a support portion configured for coupling to the bracket member.