Embodiments of the present disclosure are directed to a wheelbarrow having a wheelbarrow lateral support. The wheelbarrow lateral support includes a first arm, a second arm, and a horizontal support area configured to connect the first arm and the second arm. The wheelbarrow lateral support further
Embodiments of the present disclosure are directed to a wheelbarrow having a wheelbarrow lateral support. The wheelbarrow lateral support includes a first arm, a second arm, and a horizontal support area configured to connect the first arm and the second arm. The wheelbarrow lateral support further includes a first extension of subjection connected to the first arm.
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1. A wheelbarrow lateral support for use with a wheelbarrow having a frame, comprising: a first arm having an upper and a lower end;a second arm having an upper and a lower end;a horizontal support area configured to connect the lower end of the first arm to the lower end of the second arm; anda fir
1. A wheelbarrow lateral support for use with a wheelbarrow having a frame, comprising: a first arm having an upper and a lower end;a second arm having an upper and a lower end;a horizontal support area configured to connect the lower end of the first arm to the lower end of the second arm; anda first extension of subjection connected to the upper end of the first arm and configured to remain parallel to the frame, the first extension of subjection comprising a horizontal extension element having an inwardly facing surface, where the inwardly facing surface of the horizontal extension element defining an angle (α1) with an inwardly facing surface of a first lateral portion, the inwardly facing surface of the first lateral portion further defining an angle (β1) with an inwardly facing surface of a first fold portion, the inwardly facing surface of the horizontal extension element further defining an angle (α2) with an inwardly facing surface of a second lateral portion, the inwardly facing surface of the second lateral portion further defining an angle (β2) with the inwardly facing portion of the second fold portion;wherein the first fold portion comprises a first planar portion configured to project onto at least one of the inwardly facing surface of the first lateral portion, an inwardly surface forming the angle (α1), the inwardly facing surface of the horizontal extension element, and an inwardly surface forming the angle (α2); andwherein the second fold portion comprises a second planar portion configured to project onto at least one of the inwardly facing surface of the second lateral portion, an inwardly surface forming the angle (α2), the inwardly facing surface of the horizontal extension element, and an inwardly surface forming the angle (α1). 2. The wheelbarrow lateral support of claim 1, wherein the planar portion of the first fold portion is configured to project onto at least one of the inwardly facing surface of the first lateral portion and the inwardly surface forming the angle (α1). 3. The wheelbarrow lateral support of claim 1, wherein the planar portion of the first fold portion is configured to project onto at least one of the inwardly surface forming the angle (α1) and the inwardly facing surface of the horizontal extension element. 4. The wheelbarrow lateral support of claim 1, wherein the planar portion of the first fold portion is configured to project onto at least one of the inwardly facing surface of the horizontal extension element and the inwardly surface forming the angle (α2). 5. The wheelbarrow lateral support of claim 1, wherein the first extension of subjection includes a bore configured to couple the lateral support to a frame of the wheelbarrow and wherein the second extension of subjection includes a bore configured to couple the lateral support to the frame of the wheelbarrow. 6. The wheelbarrow lateral support of claim 1, wherein the wheelbarrow lateral support comprises steel sheet having a caliber 14. 7. The wheelbarrow lateral support of claim 1, wherein the wheelbarrow lateral support comprises steel sheet having a caliber 16. 8. The wheelbarrow lateral support of claim 1, further comprising: a second extension of subjection connected to the upper end of the first arm and configured to remain parallel to the frame, the second extension of subjection comprising a horizontal extension element having an inwardly facing surface, where the inwardly facing surface of the horizontal extension element defining an angle (α1) with an inwardly facing surface of a first lateral portion, the inwardly facing surface of the first lateral portion further defining an angle (β1) with an inwardly facing surface of a first fold portion, the inwardly facing surface of the horizontal extension element further defining an angle (α2) with an inwardly facing surface of a second lateral portion, the inwardly facing surface of the second lateral portion further defining an angle (β2) with the inwardly facing portion of the second fold portion;wherein the first fold portion comprises a first planar portion configured to project onto at least one of the inwardly facing surface of the first lateral portion, an inwardly surface forming the angle (α1), the inwardly facing surface of the horizontal extension element, and an inwardly surface forming the angle (α2); andwherein the second fold portion comprises a second planar portion configured to project onto at least one of the inwardly facing surface of the second lateral portion, an inwardly surface forming the angle (α2), the inwardly facing surface of the horizontal extension element, and an inwardly surface forming the angle (α1). 9. A wheelbarrow, comprising: a load tray for carrying a load of materials;a frame configured to receive the load tray;at least two column tray frames extending between the load tray and the frame;a wheelbarrow lateral support removably connected to the frame, the wheelbarrow lateral support comprising: a horizontal support area configured to connect the lower end of the first arm to the lower end of the second arm; anda first extension of subjection connected to the upper end of the first arm and configured to remain parallel to the frame, the first extension of subjection comprising a horizontal extension element having an inwardly facing surface, where the inwardly facing surface of the horizontal extension element defining an angle (α1) with an inwardly facing surface of a first lateral portion, the inwardly facing surface of the first lateral portion further defining an angle (β1) with an inwardly facing surface of a first fold portion, the inwardly facing surface of the horizontal extension element further defining an angle (α2) with an inwardly facing surface of a second lateral portion, the inwardly facing surface of the second lateral portion further defining an angle (β2) with the inwardly facing portion of the second fold portion;wherein the first fold portion comprises a first planar portion configured to project onto at least one of the inwardly facing surface of the first lateral portion, an inwardly surface forming the angle (α1), the inwardly facing surface of the horizontal extension element, and an inwardly surface forming the angle (α2); andwherein the second fold portion comprises a second planar portion configured to project onto at least one of the inwardly facing surface of the second lateral portion, an inwardly surface forming the angle (α2), the inwardly facing surface of the horizontal extension element, and an inwardly surface forming the angle (α1). 10. The wheelbarrow of claim 9, wherein the planar portion of the first fold portion is configured to project onto at least one of the inwardly facing surface of the first lateral portion and the inwardly surface forming the angle (α1). 11. The wheelbarrow of claim 9, wherein the planar portion of the first fold portion is configured to project onto at least one of the inwardly surface forming the angle (α1) and the inwardly facing surface of the horizontal extension element. 12. The wheelbarrow of claim 9, wherein the planar portion of the first fold portion is configured to project onto at least one of the inwardly facing surface of the horizontal extension element and the inwardly surface forming the angle (α2). 13. The wheelbarrow of claim 9, wherein the first extension of subjection includes a bore configured to couple the lateral support to a frame of the wheelbarrow and wherein the second extension of subjection includes a bore configured to couple the lateral support to the frame of the wheelbarrow. 14. The wheelbarrow of claim 9, wherein the wheelbarrow lateral support comprises steel sheet having a caliber 14. 15. The wheelbarrow lateral support of claim 9, wherein the wheelbarrow lateral support comprises steel sheet having a caliber 16. 16. The wheelbarrow of claim 9, further comprising: a second extension of subjection connected to the upper end of the first arm and configured to remain parallel to the frame, the second extension of subjection comprising a horizontal extension element having an inwardly facing surface, where the inwardly facing surface of the horizontal extension element defining an angle (α1) with an inwardly facing surface of a first lateral portion, the inwardly facing surface of the first lateral portion further defining an angle (β1) with an inwardly facing surface of a first fold portion, the inwardly facing surface of the horizontal extension element further defining an angle (α2) with an inwardly facing surface of a second lateral portion, the inwardly facing surface of the second lateral portion further defining an angle (β2) with the inwardly facing portion of the second fold portion;wherein the first fold portion comprises a first planar portion configured to project onto at least one of the inwardly facing surface of the first lateral portion, an inwardly surface forming the angle (α1), the inwardly facing surface of the horizontal extension element, and an inwardly surface forming the angle (α2); andwherein the second fold portion comprises a second planar portion configured to project onto at least one of the inwardly facing surface of the second lateral portion, an inwardly surface forming the angle (α2), the inwardly facing surface of the horizontal extension element, and an inwardly surface forming the angle (α1).
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