A shelf system includes a bracket, a fastener configured to extend into a wall through the bracket, a lag bolt configured to extend into the wall and rotate within a notch defined by the bracket, and a support arm configured to extend from the bracket. The bracket and the lag bolt are configured to move the bracket relative to the wall when the lag bolt rotates within the notch. A method for setting a shelf surface angle includes movably attaching a bracket to a wall, positioning a component within a notch defined by the bracket, extending the component into the wall, and, by adjusting the extension of the component, causing the bracket to move relative to the wall until the angle is achieved. A system for setting a shelf surface angle includes a support arm and a means, attached to the support arm, for setting the angle.

A storage system which includes storage receptacles that are slidably mounted along a support member. The storage system may be formed as part of a cabinet. In one aspect, there may be a cabinet including a housing defining a cavity having an opening, the housing including a first sidewall and a second sidewall opposite the first sidewall. A support rod may be supported within the cavity of the housing to extend between the first and second sidewalls of the housing. There may be at least one storage receptacle having a mounting element, so that the at least one storage receptacle is slidably mounted to the support rod by engagement between the mounting element of the storage receptacle and the support rod. The storage system may not include a cabinet in all embodiments and the support rod or member may instead be mounted on a support surface such as a wall.

A foldable shelf is provided for storing objects, in particular for storing liquid containers, that allows in a simple, reliable, efficient, versatile and inexpensive way to support the containers, or more generally objects, protecting them from possible tampering, simplifying the operations of transportation, assembling, installation and maintenance, while reducing costs.

The invention relates to wall hooks containing a) a U-profiled bracket (1), the b) U-profile limbs (2) of which are connected together by a U-profile base (3) and c) lie at a distance from one another, said distance being adapted to the diameter of the screw shaft of a securing screw, wherein the screw is to be used to secure the U-profiled bracket (1) to the wall, and d) a hook part which is arranged on the U-profiled bracket (1) and which e) is formed by at least one elbow that is located in the direction of the free ends of the U-profile limbs (2).

A mounting bracket assembly for an appliance, such as an over-the-range cooking appliance, for mounting to an underside of a wall cabinet, where the cooking appliance includes having at least a rear-facing side and a top-facing side. The assembly includes a wall bracket configured to be secured to the wall near the wall cabinet and configured to support the enclosure on a ledge. The assembly also includes a cam rotatably mounted to the housing to rotatably engage a surface of the ledge to raise the appliance.

A rack support and method of use. The support rack can include a plurality of support slats mounted to a support base. The support slats cooperatively provide a plurality of article mounting channels, and article mounts can be slidably mounted in the channels in order to provide a variety of orientations of the article mounts with respect to the support base. In one embodiment, the support channels are T-shaped, and the article mounts have T-shaped mounting ends that may slidably mount with the T-shaped support channels. Other support channel and mounting end shapes may be used. In some embodiments, the rack support may be used to store articles on a wall with increased article density, economy, reliability, safety, and/or usability.

A support component for a storage cabinet includes an elongate bar; and a resilient leg formed in the upper surface of the bar and extending between two opposite sides of the bar. The resilient leg includes an engagement protrusion.

A frame of a laundry treatment apparatus includes a spring bearing beam, which includes a body with a strip-shape, a first connection structure is disposed on an upper side of the body, a second connection structure is disposed on a lower side of the body, and the body is fixedly connected with a reinforcing member arranged on the frame via the first connection structure and/or the second connection structure. Preferably, the first connection structure and the second connection structure are symmetrically disposed on the upper side and the lower side of the body. A left side and a right side of the spring bearing beam are used interchangeably, and in an actual assembly process, there is no need to differentiate between the left and the right positions of the spring bearing beam, and only a back side and a front side of the bearing beam need differentiation.

An articulated storage apparatus has a mounting plate having openings for fasteners to mount to a stable stationary surface, a first arm extending from the mounting plate, a second arm coupled at a first end to the first arm at an end away from the carrier plate by a first vertically-oriented rotation mechanism driven by a first electric motor, a carrier plate having openings for fasteners to mount to a storage container, a third arm extending from the carrier plate coupled at an end away from the carrier plate to the second arm at a second end opposite the first end by a second vertically-oriented rotation mechanism driven by a second electric motor, and a control system having independent drivers for the first and the second electric motors, with inputs for independently rotating the electric motors in opposite directions.

A system of floor mounts and wall brackets for the attachment of a cabinet of any configuration (upper, lower or tall) to a building's wall and/or floor in a secure enough manner to resist the lateral and vertical forces of an earthquake, therein seismically qualifying the components of this cabinet mounting system. The components are adaptable to any style of cabinets provided they have a flat bottom face rather than a stepped bottom face. With this system, any cabinet maker can now present their cabinets as seismically qualified as long as their carcass utilizes these seismic mounts.