A combined toolbox is provided, including: first side walls, each first side wall including connection projections; second side walls, each second side wall including connection recesses, adjacent first and second side walls being connected by engagement of the connection projections within the connection recesses, the first and second side walls defining a receiving space; fastening assemblies, each fastening assembly including a bolt and a nut; wherein one of the adjacent first and second side walls further includes through holes and the other further includes receiving holes which respectively correspond to the through holes; wherein each receiving hole receives one nut, each bolt is disposed through one of the through holes and within one of the receiving holes and is screwed with one nut, and the bolt and the nut of each of the fastening assemblies fixedly secure the adjacent first and second side walls.

A combined toolbox is provided, including: first side walls, each first side wall including connection projections; second side walls, each second side wall including connection recesses, adjacent first and second side walls being connected by engagement of the connection projections within the connection recesses, the first and second side walls defining a receiving space; fastening assemblies, each fastening assembly including a bolt and a nut; wherein one of the adjacent first and second side walls further includes through holes and the other further includes receiving holes which respectively correspond to the through holes; wherein each receiving hole receives one nut, each bolt is disposed through one of the through holes and within one of the receiving holes and is screwed with one nut, and the bolt and the nut of each of the fastening assemblies fixedly secure the adjacent first and second side walls.

The present invention relates to a clipboard having a frontal surface, a clamping mechanism, a dorsal surface, and a latch engagement portion configured to engage a mating latch and secure the clipboard to a surface of a secondary container.

An apparatus, system and method for storing and picking product in a plastic tote are disclosed. In one form, the tote is a plastic receptacle with a generally planar bottom and upstanding walls extending from the bottom and defining a receptacle opening on a side opposite the bottom, the upstanding walls forming a front wall, opposing side walls and a rear wall, with the walls extending from the bottom at an obtuse angle so that the receptacle tapers from a larger cross-section at the receptacle opening to a smaller cross-section at the bottom, and with at least one upstanding wall defining a first male or female mating structure for aligning with a second female or male mating structure of a second plastic receptacle when nested with the second plastic receptacle. Related systems and methods are also disclosed including without limitation pick and pack systems and methods.

A stackable storage system is disclosed. The system includes a base storage container disposed on a wheeled cart, and one or more additional storage containers removably secured on top of the base container. The system further includes a power outlet box which is interchangeably securable in the system with the other storage containers. The power outlet box includes an extendable AC power cord which may be plugged into a wall outlet, and one or more electrical output plugs, include AC outlets and USB outlets which are powered by the AC power cord. The power outlet box and other containers are securable to each other by a spring loaded latch system. The power outlet box is also usable separate with a storage container having an overhead carry handle allowing both the container and power box to be transportable together.

In a system or device for identifying or tracking tools, the device comprising: a metallic wall delimiting an area wherein a first tool including an RFID tag can be placed, an antenna for communicating with the RFID tag whenever the first tool is in the first area, wherein the antenna is a slot antenna cut out in the metallic wall.

Various embodiments of a storage device are provided. The storage device includes one or more storage compartment that are slidable with respect to sidewalls of the storage device. The containers are also rotatable with respect to the sidewalls of the storage device, thereby permitting improved accessibility to the storage compartment in the container.

A wheeled storage container apparatus for storing and transporting tools and equipment includes a body having a body back side with a drop lip portion extending down from proximal a body top side and defining a catch cavity to hook onto a railing. A lid is coupled to a body front side to selectively cover or expose the body top side. A pair of wheels is coupled to the body. A tray has a tray rim selectively engageable with the body top side and a plurality of tray compartments extending down into the body inside. A locking arm has a pivot portion pivotably coupled to the drop lip portion of the body back side, an arm portion extending from the pivot portion, and a catch portion extending from the arm portion. The catch portion is selectively engageable with the lid to maintain the lid in a closed position.

A fixed rod and a pull rod slidingly engageable in the fixed rod with a plug mounted inside the bottom end of the pull rod and a push button mounted at the bottom of the plug. The push button has a first position and a second position with respect to the plug. When the push button is in the first position with respect to the plug, the pull rod is slidable up and down inside the fixed rod. When the push button is located in the second position with respect to the plug, the pull rod is removable from the fixed rod.

The application relates to a container assembly and a container. The container assembly comprises a first and a second container that are assembled to each other in a detachable manner. The first container has a first surface and the second container has a second surface. When the first container is assembled with the second container, the first surface is associated with the second surface. The first container comprises a first container body and a connection element mounted to the first container body. The connection element has an arm suspended on the first surface. The second container comprises a latch element arranged on the second surface, wherein the latch element is configured to be associated with the arm for assembling the first and the second container. Two or more such containers can be assembled to each other by means of association of the connection element of one container with the latch element of another container, so that the storage or transportation of the containers or the container assembly can be simplified.