A hand truck for securing and transporting a first metallic cylindrical object and a second metallic cylindrical object in a side-by-side arrangement, the hand truck comprising:
- a right-side rail member and a left-side rail member disposed in a parallel configuration;
- a right-side axle support member attached to the right-side rail member and a left side axle support member attached to the left-side rail member;
- a right-side wheel attached to a right-side portion of an axle extending from the right-side axle support member and a left-side wheel attached to a left-side portion of the axle extending from the left-side axle support member;
- a handle member which spans between an upper end of the right-side rail member and an upper end of the left-side rail member;
- a cargo support bracket which spans between the right-side rail member and the left-side rail member, the cargo support bracket comprising a right support cradle and an left support cradle, wherein the right support cradle is configured to engage a surface of the first cylindrical object and the left support cradle is configured to engage a surface of the second cylindrical object;
- a magnet support bracket which spans from the right-side rail member and the left-side rail member;
- a right-side magnet unit attached to a right-side of the magnet support bracket, the right-side magnet unit comprising a right-side forward-facing clamping surface for engaging a side of the first metallic cylindrical object, said right-side magnet unit further comprising a right-side fixed magnet relatively fixed to the right-side forward-facing clamping surface, the right-side magnet unit further comprising a right-side rotatable magnet disposed upon a right-side shaft, the right-side shaft comprising a proximal end and a distal end;
- wherein the right-side rotatable magnet is selectively rotatable on the right-side shaft from:
- (1) a first position relative to said right-side fixed magnet in which a magnetic force applied by said right-side fixed magnet and said right-side rotatable magnet to said right-side forward-facing clamping surface is a minimum magnetic force, to (2) a second position relative to said right-side fixed magnet wherein the magnetic force applied by said right-side fixed magnet and said right-side rotatable magnet to said right-side clamping surface is a maximum magnetic force;
- a left-side magnet unit attached to a left-side of the magnet support bracket, the left-side magnet unit comprising a left-side forward-facing clamping surface for engaging a side of the second metallic cylindrical object, said left-side magnet unit further comprising a left-side fixed magnet relatively fixed to the left-side forward-facing clamping surface, the magnet unit further comprising a left-side rotatable magnet disposed upon a left-side shaft, the left-side shaft comprising a distal end, wherein the left-side rotatable magnet is rotatable from:
- (1) a first position relative to said left-side fixed magnet in which a magnetic force applied by said left-side fixed magnet and said left-side rotatable magnet to said left-side forward-facing clamping surface is a minimum magnetic force, to (2) a second position relative to said left-side fixed magnet wherein the magnetic force applied by said left-side fixed magnet and said left-side rotatable magnet to said left-side clamping surface is a maximum magnetic force;
- an actuation lever attached to the proximal end of the right-side shaft and a first linkage attachment member attached to the distal end of the right-side shaft;
- a second linkage attachment member attached to the distal end of the left-side shaft;
- a linkage assembly attached in an end-less loop configuration around the first linkage attachment member and the second linkage attachment member;
- and
- a safety mechanism comprising a safety plate attached to a distal end of a shaft, the shaft comprising a proximate end adjacent to the handle member, wherein the shaft extends through a bushing attached to the cargo support bracket, the shaft rotatable within the bushing, wherein the safety plate is configured to rotate into a locked position wherein the safety plate is positioned beneath a bottom surface of the first cylindrical metallic object and the safety plate is configured to rotate into an unlocked position where the safety plate is not beneath the bottom surface of the first metallic cylindrical object.