Drywall lifting tool

Abstract

The PB-DSR tool is a lightweight tool weighing approximately two pounds that construction workers who hang drywall (or plywood) can use to roll the heavy material from the ground to the workers on a scaffold instead of lifting it by himself using his back, arms and legs, which causes injuries. The worker on the ground stands the drywall or other material on end, leans it against the roller, and rolls it upwards to the person on the scaffold instead of lifting the drywall up to the worker on the scaffold. Currently, a drywaller on the ground physically lifts a 100+ pound sheet of drywall, plywood or other heavy materials upwards as much as 20 feet to the person on the scaffold, who then has to lift and/or pull the materials up onto the scaffold. Both people must use their arms, knees, shoulders and back to lift the heavy material, and the worker on the scaffold sometimes uses his foot to slide the material up onto the scaffold. The PB-DSR helps eliminate this unsafe lifting procedure by providing a rolling mechanism to roll the sheet of material instead of lifting it. This takes most of the weight of the heavy material off the workers, making it safer and easier, and possibly reducing arm, shoulder, back and foot injuries from manually lifting the heavy sheet of drywall. It is an inexpensive way for drywall and construction companies to more likely than not reduce the number of workplace injuries and worker's compensation claims.

Claims

1. A tool for lifting drywall, comprising: (a) a hanger flange, said hanger flange having a three-sided portion having a first side and a second side opposite said first side and a third side adjacent to and connecting a first end of the first side to a first end of the second side, a U-shaped member connected to a second end of said second side opposite said first end of said second side, with a first aperture and a second aperture each extending through a thickness of the first side of the flange, a first aperture extending through a thickness of the second side of the flange, and a first aperture extending through a thickness of the third side of said flange, said first aperture of said first side being aligned with said first aperture of said second side; (b) a shaft having a first end and a second end, said first end extending into said aperture of said third side; (c) a first spacer and a second spacer each having an aperture, said shaft extending through said aperture of said first spacer and said second spacer, said first spacer abutting said third side and said second spacer abutting said first spacer; (d) a roller having a first end and a second end opposite said first end and an aperture extending from said first end to said second end of said roller, said shaft extending through said aperture of said roller, said first end of said roller abutting said second spacer; (e) a third spacer having an aperture, said shaft extending through said aperture of said third spacer, said third spacer abutting said second end of said roller; (f) a washer having an aperture, said shaft extending through said aperture of said washer, said washer abutting said third spacer; (g) a push ring cup placed on said second end of said shaft; (h) a quick release pin inserted through said first aperture of said first side and said first aperture of said second side; (i) a loop-to-eye lanyard having a first end having a loop connecting to the quick release pin, and a second end of the lanyard having an eye connected to the first side of the flange by a panhead Phillips machine screw inserted through the eye of the lanyard and into the second aperture on the first side of the flange.

Description

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWINGS

(1) Drawings are attached that include specifications and views of the various parts of the drywall scaffold roller as follows:

(2) FIG. 1 is the main metal frame for the roller.

(3) FIG. 2 is a half inch (0.500) metal rod.

(4) FIG. 3 is a half inch (0.500) nylon washer.

(5) FIG. 4 is the UHMW 2 roller.

(6) FIG. 5 is a 3/16 nylon washer/spacer.

(7) FIG. 6 is a 3 round metal 20 gauge disc.

(8) FIG. 7 is a metal cap.

(9) FIG. 8A is the Phillips pan head machine screw.

(10) FIG. 8B is the 2 quick release pin.

(11) FIG. 8C is the 6 loop-to-loop lanyard.

(12) FIG. 9 is the assembly procedure for the PBDSR tool.

(13) FIG. 10 is a view of the completely assembled PBDSR tool.

DETAILED DESCRIPTION OF THE DRAWINGS

(14) The PB-DSR Tool is a tool that every person who hangs drywall for a living needs for moving drywall from the ground onto a scaffold above the ground for installation on walls. It is lightweight, weighing approximately two pounds, mobile with no assembly or set up required and no cranking to lift the heavy material. This lift roller fits the Perry and Baker scaffolding with the square frames.

(15) The body of the frame (FIG. 1) hooks onto the Perry and Baker scaffold frame.

(16) A half inch (0.500) (FIG. 2) metal rod is inserted into the body of the frame (001-C) and welded to the back side of the frame.

(17) A half inch (0.500) washer (FIG. 3) goes over the half inch rod (FIG. 2) and slides all the way to the back of the rod to the frame.

(18) A roller (FIG. 4) slides over the half inch (0.500) rod (FIG. 2) to the washer (FIG. 3).

(19) The 3/16 washer (FIG. 5) slides over the half inch (0.500) rod (FIG. 2) to the roller (FIG. 4).

(20) The three inch round metal 14 gauge disc (FIG. 6) slides over the rod (FIG. 2) abutting to the 3/16 washer (FIG. 5).

(21) The metal cap (FIG. 6) slides over the half inch (0.500) rod (FIG. 2) and is tapped into place so that it locks the rod (FIG. 2) to the roller (FIG. 4).

(22) To secure the PB DSR Tool to the frame, the loop end of lanyard in (8-C) is attached to the ring at the top of the quick release ring (8-B) and inserted from front to back through the two holes depicted on FIG. 1 as 001-B. The eyelet of the lanyard is secured to the DSR Tool frame with the pan head machine screw (8-A) through the hole depicted on FIG. 1 as 001-A.

(23) Assembly procedure is shown on (FIG. 9).

(24) Assembled roller (FIG. 10).