The present disclosure provides a customizable trolley to improve the Space Productivity Index (SPI) in Last Mile Large (LML) delivery hubs. The customizable trolley [100] comprises at least one base [102]. The customizable trolley [100] also comprises a set of connecting rods [106], wherein each connecting rod of the set of connecting rods [106] is coupled to at least one corner of the at least one base [102, and each connected rod comprises of a plurality of grooves. Further, the customizable trolley [100] comprises a set of clamps [110], wherein each clamp of the set of clamps [110] are detachably attached to at least one groove of the plurality of grooves. Furthermore, the customizable trolley [100] comprises a set of adjustable separators [108] detachably attached to the set of clamps [110].

A collapsible storage unit can include one or more columns of storage chambers, each having one or more storage regions that can change height from a collapsed configuration to an extended configuration. The storage chambers can open and closed manually, or with various mechanisms, such as scissor lifts, hydraulics, springs, linear actuators, motors and the like.

A dolly assembly includes a parent dolly including a support frame that defines a truck-receiving volume. A child dolly includes a support frame that is sized to be received within the truck-receiving volume. The child dolly includes a child dolly carousel. The parent dolly and the child dolly together include a locking assembly including a locking arm that prevents rotation of the child dolly carousel in a locked position.

A raisable and lowerable storage system is provided comprising a steel container with multiple compartments, a scissor lift device attached to at least a bottom area of the container, wheels attached to a lower area of the scissor lift device. The scissor lift device raises and lowers the container to a desired level. The scissor lift device raises the container to a maximum height of about eight feet. The wheels support the container as the container is placed into a bed area of a vehicle for transportation. The wheels roll along tracks attached to the bed area of the vehicle. The container is secured before the vehicle begins moving to prevent the container from rolling about as the vehicle moves. A battery in the container is charged while the container is in a secured position and the vehicle moves.

A multi-functional luggage includes a first frame positioned such that an outer face of the first frame includes elements for engaging with the ground. The luggage further includes a second frame operably connected to the first frame and a third frame operably connected to the second frame using a hinge structure such that the third frame pivots from a first position wherein the second frame and the third frame are contiguous to a second position wherein the third frame and the second frame are partially open in order to expose interior of the third frame and the second frame. The third frame and the second frame form a seat in the second position that is sized to support a human such that a torso of the human rests in the second frame and feet of the human rests in the third frame.

A vehicle repair board having a schematic representation of a vehicle is provided for schematically assisting vehicle part storage and organisation during repair procedures. The vehicle repair board has a plurality of fasteners for connecting tools, parts, and consumables to the board and a support structure for supporting the board in a vertical orientation.

The present disclosure provides a transporting apparatus. The transporting apparatus can include the following components: a first frame support configured to support an object; a second frame support configured to roll the transporting apparatus and to move relative to the first frame support; and a plurality of shock absorbing elements positioned between the first frame support and the second frame support.

A cart assembly including a frame having a horizontal worksurface, a plurality of vertical support members extending upwardly from the horizontal worksurface and an upper rail spaced above the horizontal worksurface and connected to the vertical support members. The rail defines an opening at one end thereof. A screen is moveable between at least first and second positions. The screen is moveable through the opening and is supported in an interior space of the frame in the first position. The screen is disposed outside the interior space in the second position.

A contactless power feeding device for charging a battery disposed on a cart by contactless power feeding includes a plurality of first power feeding units in a row along a first direction. Each includes a power transmitter configured to transmit electric power to a power receiver attached to a cart. The device has plurality of tracks along which wheels of the cart move, and a housing connected to the one of the first power feeding units located at an end of the row. The housing includes a surface that serves as an end of each of the tracks. A first relay board is in the housing and configured to relay electric power from an external power supply to the plurality of first power feeding units.

A foldable shelf convenient to transport and assemble, including at least two storage members and vertical rods installed on two sides of the storage members, where the vertical rods each includes a fixed rod relatively fixed to one side of the bottom storage member and at least one folding rod; a lower end of one folding rod adjacent to the fixed rod is hinged to an upper end of the fixed rod; the storage member at the bottom is disposed on an inner side of the fixed rod, two sides of each of other storage members are fixedly connected to sliding blocks, and the sliding blocks each sleeve the vertical rod and are capable of sliding along the fixed rod on the vertical rod and the folding rod; and a fastening device is disposed between the sliding block and the folding rod.