There is disclosed a portably suspended retractable shelf for storing items proximate to a piece of furniture. In an embodiment, a horizontal platform defines a horizontal plane. The platform has an outer portion and an inner portion connected by a hinge. The outer portion is disposable within the horizontal plane. The inner portion is slidably capturable by a vertical seam between portions of the furniture. One or more upward-facing compartments, including a collapsible basin, a hanging flexible pocket, a foldable box, a storage cup, a drink cup, an LED light, and a wireless charger, are disposable on the outer portion and accessible to a user proximate the furniture. A portion of the at least one of the compartments intersects the horizontal plane. The compartments are removable or collapsible for allowing the outer portion to be folded against the outer furniture planar member. Other embodiments are also disclosed.

A modular desk system may include a plurality of configurable components including, for example, a top panel, an all-purpose hook, a cup hook, a storage shelf, a connecting shelf, a connecting planter box, a connecting divider, a connecting platform, a desktop organization member, a channel, a kickstand base, and/or a support frame. The components may be configured and/or reconfigured to create a desk. The configuration assemblies of the modular desk system may be paired with and coupled to other desk units and/or furniture.

A smart storage system, method, and apparatus. One aspect provides a method for moving modular shelving units. A first tiered unit is determined to be accessed in response to input received. The first tiered unit within a modular shelving system is moved to an access location utilizing a motor. The first tiered unit is released for access by the user.

The mobile storage rack includes a storage rack frame for moving on ground rails, wheels carried by the bottom frame for engaging the ground rails and allowing displacement of the storage rack along the rails, and shelves carried by the frame for supporting articles. The storage rack has a braking apparatus including a unitary braking shaft made of a single shaft segment, a support structure rotatably carrying the braking shaft in cantilevered fashion, the support structure being attached to the storage rack frame, a braking shaft link carried by the braking shaft away from the support structure along the braking shaft, the braking shaft link linking the braking shaft to the storage rack wheels, a triggerable brake actuator that acts on the unitary braking shaft to stop the rotation of the braking shaft when triggered, and a dampener located between the braking actuator and the unitary braking shaft.

A device for damping movement, in particular, of a movable furniture part, having a bearing housing, is proposed. According to the invention, a movement absorber is mounted so as to be movable on the bearing housing and a rotary element is mounted so as to be rotatable, comprising gearbox means by way of which a movement of the movement absorber is convertible to a rotary movement of the rotary element, wherein the bearing housing has a chamber into which at least a plunger portion of the rotary element reaches, wherein a damping fluid is present in the chamber.

A wall mount adaptor of embodiments of the disclosed technology includes a wire loop with a plurality of front and back crossbars and a plurality of removably attachable shelves. Each shelf of the plurality of shelves may be removably attached by placing a curved portion of the shelf over a front crossbar, passing a back portion of the shelf between the front crossbar and a back crossbar (such as a back crossbar which corresponds to the front crossbar), and rotating the shelf such that the back portion thereof abuts the back crossbar.

A strap anchor assembly is disclosed herein and configured to be coupled to a storage racking having a plurality of vertical supports with retaining holes defined therein. The strap anchor assembly may comprise at least one mounting bracket and a plurality of strap retainers. The at least one mounting bracket including a plurality of holes and one or more studs configured to be received by certain ones of the retaining holes of the storage racking. Each of the plurality of strap retainers configured to be received by one of the plurality of holes of the at least one mounting bracket. An end portion of a strap is configured to be received through one of the plurality of holes and wrapped at least partially around one of the plurality of strap retainers prior to the one of the plurality of strap retainers being received by the associated hole.

A strap anchor assembly is disclosed herein and configured to be coupled to a storage racking having a plurality of vertical supports with retaining holes defined therein. The strap anchor assembly may comprise at least one mounting bracket and a plurality of strap retainers. The at least one mounting bracket including a plurality of holes and one or more studs configured to be received by certain ones of the retaining holes of the storage racking. Each of the plurality of strap retainers configured to be received by one of the plurality of holes of the at least one mounting bracket. An end portion of a strap is configured to be received through one of the plurality of holes and wrapped at least partially around one of the plurality of strap retainers prior to the one of the plurality of strap retainers being received by the associated hole.

An interchangeable apron cover device may include one or more apron inserts. Optionally, the device may include one or more apron cover frames, in which the apron inserts are configured to be removably and interchangeably coupled to the apron cover frames, and in which the apron cover frames are configured to be coupled to an existing table so that the apron cover frames are positioned proximate to and facing outward from the existing aprons of the existing table. Optionally, the device may include a device table having a table top and a plurality of table legs, and one or more apron insert frames, in which the apron inserts are configured to be removably and interchangeably coupled to the apron insert frames, and in which the apron insert frames are coupled to the device table so that the apron insert frames are positioned below the table top and positioned to extend between the legs of the device table.

The ends of the adjustable shoring beam can be adjusted to different heights along one or more securement tracks on a vertical post. The adjustable shoring beam engages the securement tracks on the vertical posts and each end is independently adjustable in one degree of freedom. Modular deck tracks on the vertical posts, adjacent to the securement tracks, allow for the engagement of a modular deck with a vertical post. The modular deck and securement beam are able to be moved independently past each other on the vertical posts by a user or an autonomous machine.