Attachment for push apparatus

A push apparatus attachment device comprising:

• at least two frame connecters for connecting to a push apparatus frame, each frame connector connecting at two points along the push apparatus frame;
• a height-adjustment frame pivotally connected to the at least two frame connectors;
• and
• a pivot assembly structured and configured to be gripped by a user's hands, the pivot assembly including:
• a swing bar pivotally connected to the height-adjustment frame, and
• a grip bridge having at least two hand grips, one on opposite ends of the grip bridge, the grip bridge being connected to the swing bar,
• wherein
• the pivot connection between the height-adjustment frame and the frame connectors enables the pivot assembly to adjust in height to accommodate users of different heights, and
• the pivot connection between the swing bar and the height-adjustment frame enables the pivot assembly to remain parallel to the ground when the height-adjustment frame rotates relative to the frame connectors.

A method of using a push apparatus attachment device, the method comprising:

• attaching at least two frame connecters to a push apparatus frame, each frame connector connecting at at least two points along the push apparatus frame;
• rotating a height-adjustment frame that is pivotally connected to the frame connectors to accommodate a user's height;
• rotating a swing bar of a pivot assembly that is pivotally connected to the height-adjustment frame to keep the pivot assembly parallel to the ground;
• gripping each of two hand grips with the user's hand, wherein the hand grips are located on each of two outer ends of a grip bridge of the pivot assembly, the grip bridge being pivotally connected to the swing bar;
• and
• pushing the push apparatus frame forward, wherein
• a proximal end of the swing bar moves along a horizontal arced path relative to a user during use, the swing bar horizontal arced path being in a single plane arching between left and right endpoints,
• each of the two outer ends of the grip bridge move in three dimensions relative to a user during use,
• each of the two hand grips are positioned in hand grip apertures at the outer ends of the grip bridge, and
• each of the two hand grips are configured to freely rotate 360 degrees within the hand grip aperture.