An improved bin for receiving, storing or shipping goods, products or debris which has a horizontally-oriented bottom portion with at least two pairs of fork lift fork receiving channels, wherein each pair of fork lift fork receiving channels extends through the bottom portion, and wherein each fork lift fork receiving channel has a fork receiving port that is enclosed by a port top, two port sides and a port bottom; and at least one vertically-oriented wall disposed around a periphery of the bottom portion, thereby defining an open-top bin which allows for lifting the bin in an upright position using a forklift, and which allows for inverting the bin by rotating a forklift fork such that the a weight of the bin is supported by two or more of the port bottoms of the fork receiving ports. A self-spacing stacking feature is also available in some embodiments.

Portable and adaptable material handling autonomous guided vehicle (AGV) for temporary job sites are disclosed, along with related systems and methods. The AGV may include wheels, a deck, a compartment for receiving materials, and attachment component(s) for detachably securing the compartment to the deck. The AGV may be guided to and/or docked with a docking portion of a motorized and/or automated lift for dumping the materials from the detachable compartment into a dumpster. The AGV may be guided by sensing of temporary navigational markers placed about obstacles at the job site.

An extension device for a refuse container includes a central frame section having a pair of upper frame arms, a pair of lower frame arms and a pair of articulating frame arms. The frame section includes a shape and a size that designed to be compatible with commercial grade refuse containers. An extendable handle section is connected to the pair of upper frame arms, a pair of extendable support legs are connected to the pair of lower frame members, and a pair of extendable lid securement arms are connected to the pair of articulating frame arms and secure the lid of the refuse container in the closed position. Locking tabs located along the pair of lower frame arms secure the device onto the refuse container. The device transitions between a fully extended position for engagement with the refuse container and a fully collapsed position for storage.

The present invention provides innovative extension grips for the wheelie bin handle to keep your hands clean and free of contamination. The extension grip comprises a frame, a fixed handle, a pull handle, a clamp, a hook, and a connecting rod connecting the pull handle with the clamp. When a user squeezes a lever of pull handle of the extension grip, the clamp will close, providing the user with a secure grip of the wheelie handle. After moving the wheelie bin to the desired location, the user releases the lever of pull handle, the clamp will open.

The present invention provides innovative extension grips for the wheelie bin handle to keep your hands clean and free of contamination. The extension grip comprises a frame, a fixed handle, a pull handle, a clamp, a hook, and a connecting rod connecting the pull handle with the clamp. When a user squeezes a lever of pull handle of the extension grip, the clamp will close, providing the user with a secure grip of the wheelie handle. After moving the wheelie bin to the desired location, the user releases the lever of pull handle, the clamp will open.

An extension device for a refuse container includes a pair of Y-shaped sides, each having a top end and a pair of spaced apart bottom ends. Two bumpers are positioned between the spaced apart bottom ends, and a device handle is positioned between the top ends of each side. A refuse handle capture assembly is positioned between the sides of the device and includes a pair of circular arms that are rotated by a central rod to transition between a locked and an unlocked position. Each of the arms include an opening for receiving and engaging the handle of a refuse container. When secured onto a refuse container, the bumpers engage the lid and back wall of the container and the device handle is positioned diagonally outward from the container to provide an adjustable mechanical advantage for allowing a user to tilt and move the refuse container.

A receptacle having a side wall. The receptacle further having a bottom wall coupled to the side wall forming a receiving space. The receptacle further includes a handle positioned on opposing sides of the side wall. The handle having a cinch with a locking mechanism on a perimeter of the cinch.

The disclosed inventive concept, referred to as a multi-purpose waste receptacle, is constructed of metal, fiberglass, PVC, or other sturdy, adequately strengthened material. The basic design is a rectangular-shaped box/container having an interior volume defined by four interconnected upright walls, integrally attached to a planar floor. The waste receptacle features one or more pivotable lids. Each lid is pivotably attached to a widthwise retaining rod atop a rear wall. When lids are closed, they are oriented parallel to, and in abutment to the tops of the four upright walls. A width-wide bottommost front rake is utilized to disperse and/or distribute any waste or other content having been emptied from the waste receptacle. Integral embodiments of an attachment mechanism enable temporary securement of the rear outer wall of the waste receptacle to a tractor boom, loader, or other mechanical lifting vehicle.

An improved lift handle for receptacles, designed to significantly enhance durability and user comfort, is provided. The lift handle includes a structural configuration with dual side supports, each comprising an outer and an inner wall joined together by a connecting wall. This design effectively distributes the load during use, minimizing common issues such as bending, deforming, and cracking. Additionally, the handle features an ergonomically designed hand grip with a U-shaped cross-section and apertures for fluid drainage, providing a comfortable and secure grip for the user. This lift handle can extend the service life of the receptacle and can promote more efficient use of the receptacle by reducing the need for frequent replacements and facilitating handling of the receptacle.

A rock box device for preventing damage to construction equipment includes a container having a base wall, a rear wall, a pair of side walls, and a front wall. The rear wall is perpendicular to the base wall. The pair of side walls are perpendicular to the base wall. The front wall is angled to extend upwardly from the base wall and outwardly away relative to the rear wall. A pair of supports are coupled to and extend upwardly from the front wall. The pair of supports are perpendicular to the base wall of the container. A handle is coupled to and extends between the pair of supports. The handle is parallel to the base wall of the container. The handle includes a set of tubes and a set of plates that are coupled to and extend around the set of tubes.