A functional wall module for at least partially forming an individual space in a building and for positioning and selectively repositioning one or more objects within the individual space. In one implementation, the functional wall module includes a frame having a plurality of frame supports that define an interior space of the frame. The functional wall module additionally includes a bracket configured to support or couple to moveable platforms, the bracket comprising one or more bracket arms extending away from the interior space and from the frame. The functional wall module additionally includes a positioning mechanism within the interior space and connected to the bracket such that the positioning mechanism is operable to reposition the bracket.

Disclosed is a portable storage and transport unit that can be easily moved, even through rough terrain, to any desired location. The unit includes a continuous supported work surface area around its entire perimeter, as well as multiple methods of adjusting the unit's center of gravity to reduce the effort needed to move it. The unit includes an optional weather shelter, the ability to be towed by a vehicle even when fully loaded, and a separate gear rack to accommodate efficient wheeled transport of even more gear.

A shelf includes a main body with a plurality of support features formed therein. In one embodiment, each of the support features formed in the main body may include a board having an overmolded exterior. The board may have a plurality of apertures formed therethrough. The overmolded exterior extends through the apertures formed in the board. In another embodiment, each of the support features includes a removable board in an elongate recess that is secured in place by a cover. The boards may be wooden and add a desired strength and rigidity to the main body.

The invention relates to system for the mounting of shelves on a substantially rectangular load carrier having four identical columns arranged in the corners thereof. The system comprises columns having a rectangular profile with four side faces, a substantially rectangular shelf of a length which is shorter than the distance between the columns of the load carrier, on which shelf a holder is mounted that can be inserted into complementary slots in the columns of the load carrier, said slots being configured with a support face with which the holder is capable of engaging in such a manner that the holder supports on the column. The columns as such are configured with slots that extend symmetrically about a longitudinally extending center axis of one of the side faces and through the side faces adjacent to that side face. The slots are each separately configured with three substantially identical cut-outs, the one of which is situated in the axis of symmetry and the two remaining ones are in the adjacent side faces. The cut-outs are function as support faces for the holders of the shelf, them being arranged on the shorter sides of the shelf and extending in the longitudinal direction of the shelf to the effect that they are capable of engaging with the slots in the four columns arranged on the load carrier.

A shelf (1) for mounting on a substantially rectangular load carrier having four identical columns arranged in the corners thereof. On the shelf a holder (3,3; 3″, 3′″) is mounted that can be inserted into complementary slots in the columns of the load carrier, said slots being configured with a carrier face by which the holder is capable of engaging in such a manner that the holder supports on the column. The holders are configured from an elastic material with a shock-absorbing part which is provided with a bend extending in the transverse direction of the shelf, said shock-absorbing part being anchored in the shelf to the effect that forces applied to the holder in a direction extending in the longitudinal direction of the shelf can be absorbed elastically in the bend.

A shelf (1) for mounting on a substantially rectangular load carrier having four identical columns arranged in the corners thereof. On the shelf a holder (3,3; 3″, 3′″) is mounted that can be inserted into complementary slots in the columns of the load carrier, said slots being configured with a carrier face by which the holder is capable of engaging in such a manner that the holder supports on the column. The holders are configured from an elastic material with a shock-absorbing part which is provided with a bend extending in the transverse direction of the shelf, said shock-absorbing part being anchored in the shelf to the effect that forces applied to the holder in a direction extending in the longitudinal direction of the shelf can be absorbed elastically in the bend.

Systems and methods of the invention relate to managing an inventory of items within a storage container. A storage container can house one or more items for distribution among one or more users such as, for instance, employees. The storage container discussed herein provides authentication of a user, tracking of the inventory each user removes or returns, video/image capture of user during access of the storage container, wireless tracking of items housed within the storage container, among others.

The present disclosure provides a refrigerator with a lifting shelf, including a lifting shelf, a shelf driving mechanism, and a shelf stroke detection device. The shelf driving mechanism includes: a driving motor and a gear transmission mechanism, where the gear transmission mechanism includes at least one group of transmission gears, the driving motor outputs a torque through a driving output shaft, and a first pulley is disposed on the driving output shaft; a guide rail slidably connected to a support piece on the guide rail, wherein the lifting shelf is fixedly connected with the support piece; and a traction cable, where the traction cable is wound around the first pulley, and the other end of the traction cable is fixedly connected with the support piece.

The present invention relates to an adjustable rack apparatus that increases the storage, protection, accessibility, security, safety, and organization potential for items packed, for example, utility vehicle beds. The adjustable rack apparatus may be used in conjunction with a storage box that is either fixed to, separate from, or separable from, the adjustable rack. The adjustable rack apparatus comprises a frame, a fixed length rotatable arm, a variable length arm, and an adjustable storage rack. Level substantially vertical movement of the adjustable storage rack is achieved by proper positioning of the fixed length rotatable arms and the variable length arms relative to each other and the frame and the adjustable storage rack. Changing the length of the variable length arm causes movement of the fixed length rotatable arm and level substantially vertical movement of the storage rack.

The present invention is a removable storage system for use in a vehicle which allows a storage cart to be rolled into and out of the vehicle and secured within the vehicle. The storage system includes a support assembly adapted to be mounted within a vehicle. The support system has at least one horizontal member extending along the longitudinal side of the vehicle. The movable cart has at least one surface for supporting items, and a locking mechanism for locking the cart to the support system. The horizontal member includes at least one retention member to resist movement of the moveable cart in the longitudinal direction. The locking mechanism engages the horizontal member to lock the cart to the horizontal member to resist movement of the moveable cart in the lateral direction.