A unitized storage assembly for automated loading and unloading of an associated cargo space, including individual storage units that are positioned in rows, such that each row comprises an opposing pair of individual storage units and wherein each row is movably coupled to an adjacent row. The assembly further includes an elevating mechanism coupled to one of the individual units and operative to move the row vertically or horizontally relative to the adjacent row. The assembly includes a motor operatively coupled to a wheel rotatably mounted on a bottom surface of a base of one of the individual storage units. The assembly also includes a controller that activates the elevating mechanism to raise the pair of individual storage units a predetermined height, and the motor to rotate the wheel to move the unitized storage assembly in at least one direction.

An assembly storage rack, which comprises two sets of vertically arranged upright rods, at least two storage baskets are arranged between the upright rods, and adjustment blocks are arranged on each of the upright rods, the adjustment blocks and the upright rods are relatively fixed and pre-installed as the integral modular components, the storage baskets are detachably connected to the adjustment blocks on the upright rods on both sides; the storage basket comprises a first storage basket and a second storage basket arranged vertically in sequence, the first storage basket can be placed in the second storage basket; first adjustment blocks are arranged between the first storage basket and the upright rods.

An assembly storage rack, which comprises two sets of vertically arranged upright rods, at least two storage baskets are arranged between the upright rods, and adjustment blocks are arranged on each of the upright rods, the adjustment blocks and the upright rods are relatively fixed and pre-installed as the integral modular components, the storage baskets are detachably connected to the adjustment blocks on the upright rods on both sides; the storage basket comprises a first storage basket and a second storage basket arranged vertically in sequence, the first storage basket can be placed in the second storage basket; first adjustment blocks are arranged between the first storage basket and the upright rods.

A rack system of a fiber optic network is disclosed. The rack system includes an equipment rack having a first vertical frame member opposing a second vertical frame member. The rack system includes a plurality of rack assemblies are arranged in a stack in the equipment rack between the first vertical frame member and the second vertical frame member with at least a first rack assembly being vertically movable relative to an adjacent second rack assembly. Each of the plurality of rack assemblies is configured to facilitate one or more optical connections of the fiber optic network. The rack system further includes at least one spacing apparatus that is selectively operable to vertically move the first rack assembly relative to the second rack assembly to create a working space therebetween.

A baffle structure, with a variable position installed on the cabinet. The baffle structure comprises a board, adjusting element, and fixing element. A first slot is defined on the board, and the first slot extends along the first direction. The adjusting element is slidably arranged in the first slot, and partially extends outside the first slot until it fits with a main body of the cabinet. The board is positioned relative to the main body on the second direction. The fixing element is set on the board and configured to position the board relative to the main body on the third direction. The second direction is perpendicular to first direction, and the third direction is perpendicular to the first direction and the second direction.

The present invention relates to a linear actuator with an improved electric motor. In particular, the invention focuses on improved technical solutions for braking or locking of a rotating electric motor by using an electro-mechanical locking mechanism. The mechanism uses a solenoid having a nonrotating locking element, which is displaceable by solenoid action and arranged to engage with a rotating locking element. In particular, solutions have been found in which a surprisingly small solenoid with a much-reduced requirement on stroke length may be deployed to effectively unidirectionally or bidirectionally lock against rotation of the motor.

A support beam and a shelving system are disclosed. The support beam comprises: a first vertical component; a second vertical component, positioned with the first vertical component in a shared vertical plane; a horizontal component connected to the first vertical component; a connecting component connected to the horizontal component and to an upper end of the second vertical component, wherein the connecting component has a curved shape; and an extending component having a first end and a second end and being connected to a lower end of the second vertical component at the second end, wherein the extending component has a first straight portion extending from the first end, and an angle between an extending direction of the first straight portion and that of the second vertical component is between 0 and 145 degrees.

A multipurpose furniture comprising a front desk portion and a back desk portion that is connected by an adjustable guard rail. The front desk portion includes a front mirror with opposing rotatable side mirrors. The rotatable side mirrors allow for 360 view of your image while sitting between the two desk. A foldable laptop desk is operationally connected to the front desk portion. The back desk portion includes a top mirror, shaving mirror and a plurality of hooks.

A height-adjustable desk includes: a desktop; a lifting assembly having two height-adjustable legs coupled to the desktop, wherein the two height-adjustable legs are to support the desktop; a storage cabinet defining at least one through-hole configured to permit passage of one of the two height-adjustable legs therethrough; and a rotational connection assembly including: a base securely within the at least one through-hole of the storage cabinet; and a rotating member rotatably coupled to the base, the rotating member defining a through-hole configured to permit passage of one of the two height-adjustable legs therethrough. The storage cabinet is rotatably connected to the one of the two height-adjustable legs via the rotational connection assembly.