A wheelbarrow assembly is disclosed with a wheelbarrow tray, a wheel to connect to the tray for rotation relative to the tray, for transportation of the tray upon an underlying support surface and a pair of handle assemblies. Each handle assembly is provided with a first unitarily formed handle portion with a distal end, an intermediate region, and a proximal end. The proximal end has a cross-section that is reduced relative to a cross-section of the intermediate region. The second handle portion is provided with a distal end and a proximal end; the proximal end having a cross-section that is sized to receive the first handle distal end cross-section therein to assemble the second handle portion to the first handle portion.

A wheelbarrow assembly is disclosed with a wheelbarrow tray, a wheel to connect to the tray for rotation relative to the tray, for transportation of the tray upon an underlying support surface and a pair of handle assemblies. Each handle assembly is provided with a first unitarily formed handle portion with a distal end, an intermediate region, and a proximal end. The proximal end has a cross-section that is reduced relative to a cross-section of the intermediate region. The second handle portion is provided with a distal end and a proximal end; the proximal end having a cross-section that is sized to receive the first handle distal end cross-section therein to assemble the second handle portion to the first handle portion.

Disclosed herein are aspects of wheelbarrows and other similar types of wheeled material transport structures that comprise a plurality of interconnected discrete structural components implemented in a manner that enhances and maintains structural rigidity at the interconnections between such components. In particular, Advantageously, implementation of the interconnected discrete structural components in a manner that enhances and maintains structural rigidity at the interconnections thereof improves operability and longevity of use of wheelbarrows and other similar types of wheeled material transport structures utilize such an implementation of the interconnected discrete structural components.

A dray cart comprising: a foldable load frame on which a load to be moved may be supported, the load frame having protruding mounting pegs and through holes; and a wheel dolly to which wheels are mountable and formed having mounting slots for receiving the mounting pegs so that the wheel dolly may be assembled to and disassembled from the load frame.

A laundry hamper adapted to fit under furniture and contain articles of clothing is disclosed. The laundry hamper includes a receptacle having an interior volume with an opening. The laundry hamper includes a rim positioned along the opening of the receptacle. The laundry hamper includes a plate that is not incorporated with the laundry hamper. The laundry hamper includes a flexible connecting member connecting the plate via a handle at one end and connecting the rim at other end. The receptacle positions under the furniture and the plate on or within the furniture. The receptacle receives articles of clothing through the opening. The handle detaches from the plate and allows a user pull out the receptacle from under the furniture with the help of the flexible connecting member.

A transportation kit for a personal watercraft. The transportation kit includes a foldable single wheel subassembly configured to engage a first end of a bottom portion of the personal watercraft. The wheel assembly includes first and second u-shaped support tubes attached to an axle for the wheel; a first cable-loop attached to the first and second support tubes configured to encircle a portion of the first end of the personal watercraft; a second cable-loop attached to the first and second support tubes to encircle a portion of a mid-portion of the personal watercraft; and a tensioning device attached to the second cable-loop. A foldable handle subassembly has a third cable-loop configured to encircle a portion of a second end of the personal watercraft, a first handle tube, a second handle tube, and a handle block attached to the handle tubes having a strap flange to engage the tensioning device.

Disclosed herein are aspects of wheelbarrows and other similar types of wheeled material transport structures that comprise a plurality of interconnected discrete structural components implemented in a manner that enhances and maintains structural rigidity at the interconnections between such components. In particular, Advantageously, implementation of the interconnected discrete structural components in a manner that enhances and maintains structural rigidity at the interconnections thereof improves operability and longevity of use of wheelbarrows and other similar types of wheeled material transport structures utilize such an implementation of the interconnected discrete structural components.

Disclosed herein are new wheelbarrows and methods of making the same that are designed for taller users and are configured to help avoid hazards on the ground while hauling loads, thereby making a safer working environment.

This invention generally relates to a wheelbarrow that can easily be assembled and detached for ease of movement and storage. Thus, this wheelbarrow design includes common components of a wheelbarrow but it's characterized by the presence of a series of telescoping tube frames that form the base structure of the wheelbarrow, a pair of legs that are attached to this base telescoping tube frames structure by a joint mechanism, allowing the legs to swing or fold under the tray and back to a designated standing position. The wheelbarrow of this invention is further characterized by the presence of thumbscrews positioned on various sections of the telescoping tube frames, to enable a quick and easy attaching, and detaching of the wheelbarrow into three main sections for ease of movement, storage or reassembling to form a fully functioning wheelbarrow.

A portable payload carrier (e.g., military transit case) comprises a housing for supporting at least one payload therein, and a ground transport assembly coupled to the housing comprising a first transport unit (e.g., cover) in support of a wheel assembly. The wheel assembly can comprise a wheel and at least one wheel support structure configured to support the wheel about the first transport unit. The wheel assembly can be operable between a stowed configuration and a deployed configuration for transporting the portable payload carrier about a ground surface via the wheel by a user. A handle transport assembly can be coupled to an opposing side of the housing, and can include a deployable handle assembly for lifting and moving the portable payload carrier. The wheel and handle assemblies can be collapsible to maintain a form factor of the portable payload carrier when in the stowed configuration.