A jack lift device for lifting and positioning loads includes a tube, a pipe and a hoist. The tube is configured to insert into a hole in a top of a step ladder. The tube is configured to couple to the step ladder so that the tube is positioned substantially vertically. The pipe is complementary to
A jack lift device for lifting and positioning loads includes a tube, a pipe and a hoist. The tube is configured to insert into a hole in a top of a step ladder. The tube is configured to couple to the step ladder so that the tube is positioned substantially vertically. The pipe is complementary to and selectively slidably positionable within the tube. A plate is coupled to and extends perpendicularly from an upper end of the pipe. A hoist is coupled to the tube and operationally coupled to the pipe. The plate is configured to position a load, such as a metal conduit. The hoist is positioned to selectively compel the pipe vertically through the tube so that the load that is positioned on the plate is positioned at a desired height, such as proximate to a joist to which the metal conduit is to be is coupled.
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1. A jack lift device comprising: a tube configured for inserting into a hole in a top of a step ladder, said tube being configured for coupling to the step ladder such that said tube is positioned substantially perpendicular to a surface upon which the step ladder is positioned;a pipe complementary
1. A jack lift device comprising: a tube configured for inserting into a hole in a top of a step ladder, said tube being configured for coupling to the step ladder such that said tube is positioned substantially perpendicular to a surface upon which the step ladder is positioned;a pipe complementary to and selectively slidably positionable within said tube;a plate coupled to an upper end of said pipe, said plate extending perpendicularly from said pipe;a hoist coupled to said tube, said hoist being operationally coupled to said pipe, said hoist comprising a ratchet and a rope, said ratchet being coupled to said tube, said rope having a first endpoint coupled to a lower end of said pipe, said rope being operationally coupled to said ratchet, wherein said rope is positioned in said ratchet such that said rope is configured for grasing proximate to a second endpoint of said rope and for pulling for selectively compelling said rope through said ratchet such that said pipe is compelled vertically through said tube such that the load positioned on said plate is positioned at the desired height, such as proximate to the joist to which the metal conduit is to be attached; andwherein said plate is positioned on said pipe such that said plate is configured for positioning a load, such as a metal conduit used in heating, ventilation, and air conditioning systems, wherein said hoist is positioned on said tube such that said hoist is positioned for selectively compelling said pipe vertically through said tube such that the load positioned on said plate is positioned at a desired height, such as proximate to a joist to which the metal conduit is to be coupled. 2. The device of claim 1, further including said tube being circularly shaped when viewed longitudinally. 3. The device of claim 1, further including said tube comprising polyvinylchloride. 4. The device of claim 2, further comprising: a first coupler coupled to said tube proximate to an upper endpoint of said tube;a second coupler complementary to said first coupler; andwherein said first coupler is positioned on said tube such that said first coupler is configured for coupling to said second coupler for coupling said tube to the step ladder. 5. A jack lift device comprising: a tube configured for inserting into a hole in a top of a step ladder, said tube being configured for coupling to the step ladder such that said tube is positioned substantially perpendicular to a surface upon which the step ladder is positioned, said tube being circularly shaped when viewed longitudinally;a pipe complementary to and selectively slidably positionable within said tube;a plate coupled to an upper end of said pipe, said plate extending perpendicularly from said pipe;a hoist coupled to said tube, said hoist being operationally coupled to said pipe;wherein said plate is positioned on said pipe such that said plate is configured for positioning a load, such as a metal conduit used in heating, ventilation, and air conditioning systems, wherein said hoist is positioned on said tube such that said hoist is positioned for selectively compelling said pipe vertically through said tube such that the load positioned on said plate is positioned at a desired height, such as proximate to a joist to which the metal conduit is to be coupled;a first coupler coupled to said tube proximate to an upper endpoint of said tube;a second coupler complementary to said first coupler; andwherein said first coupler is positioned on said tube such that said first coupler is configured for coupling to said second coupler for coupling said tube to the step ladder;said first coupler comprising internal threading positioned in said tube adjacent to said upper endpoint;said second coupler comprising a sleeve having a first end and a second end, said first end being externally threaded, said second end being dimensionally larger than the hole in the top of the step ladder; andwherein said internal threading is positioned in said tube such that said tube is positioned for threadedly inserting said first end of said sleeve for coupling said sleeve to said tube, wherein said sleeve is positioned on said tube such that said second end of said sleeve is configured for abutting the step ladder for preventing said tube from sliding downwardly through the hole in the top of the step ladder. 6. The device of claim 1, further including said pipe comprising metal. 7. The device of claim 1, further including said pipe being centrally positioned on said plate. 8. The device of claim 1, further including said plate being rectangularly shaped. 9. The device of claim 8, further including said plate being squarely shaped. 10. A jack lift device comprising: a tube configured for inserting into a hole in a top of a step ladder, said tube being configured for coupling to the step ladder such that said tube is positioned substantially perpendicular to a surface upon which the step ladder is positioned;a pipe complementary to and selectively slidably positionable within said tube;a plate coupled to an upper end of said pipe, said plate extending perpendicularly from said pipe, said plate being squarely shaped;a hoist coupled to said tube, said hoist being operationally coupled to said pipe;wherein said plate is positioned on said pipe such that said plate is configured for positioning a load, such as a metal conduit used in heating, ventilation, and air conditioning systems, wherein said hoist is positioned on said tube such that said hoist is positioned for selectively compelling said pipe vertically through said tube such that the load positioned on said plate is positioned at a desired height, such as proximate to a joist to which the metal conduit is to be coupled;a first connector coupled to said tube;a second connector coupled to said ratchet, said second connector being complementary to said first connector; andwherein said second connector is positioned on said ratchet such that said second connector is positioned for coupling to said first connector for coupling said ratchet to said tube. 11. The device of claim 10, further comprising: said first connector comprising a band positioned around said tube proximate to said upper endpoint;said second connector comprising a first hook; andwherein said band is positioned on said tube such that said band is positioned for inserting said first hook for coupling said ratchet to said tube. 12. A jack lift device comprising: a tube configured for inserting into a hole in a top of a step ladder, said tube being configured for coupling to the step ladder such that said tube is positioned substantially perpendicular to a surface upon which the step ladder is positioned;a pipe complementary to and selectively slidably positionable within said tube;a plate coupled to an upper end of said pipe, said plate extending perpendicularly from said pipe, said plate being squarely shaped;a hoist coupled to said tube, said hoist being operationally coupled to said pipe;wherein said plate is positioned on said pipe such that said plate is configured for positioning a load, such as a metal conduit used in heating, ventilation, and air conditioning systems, wherein said hoist is positioned on said tube such that said hoist is positioned for selectively compelling said pipe vertically through said tube such that the load positioned on said plate is positioned at a desired height, such as proximate to a joist to which the metal conduit is to be coupled;a first fastener coupled to said first endpoint of said rope;a second fastener coupled to said pipe, said second fastener being complementary to said first fastener, wherein said second fastener is positioned on said pipe such that said second fastener is positioned for coupling to said first fastener for coupling said rope to said pipe. 13. The device of claim 12, further comprising: said first fastener comprising a second hook;said second fastener comprising a notch extending into said pipe from said lower end; andwherein said notch is positioned in said pipe such that said notch is positioned for inserting said second hook for coupling said rope to said pipe. 14. A jack lift device comprising: a tube configured for inserting into a hole in a top of a step ladder, said tube being configured for coupling to the step ladder such that said tube is positioned substantially perpendicular to a surface upon which the step ladder is positioned, said tube being circularly shaped when viewed longitudinally, said tube comprising polyvinylchloride,a first coupler coupled to said tube proximate to an upper endpoint of said tube, said first coupler comprising internal threading positioned in said tube adjacent to said upper endpoint;a second coupler complementary to said first coupler, wherein said first coupler is positioned on said tube such that said first coupler is configured for coupling to said second coupler for coupling said tube to the step ladder, said second coupler comprising a sleeve having a first end and a second end, said first end being externally threaded, wherein said internal threading is positioned in said tube such that said tube is positioned for threadedly inserting said first end of said sleeve for coupling said sleeve to said tube, said second end being dimensionally larger than the hole in the top of the step ladder, wherein said sleeve is positioned on said tube such that said second end of said sleeve is configured for abutting the step ladder for preventing said tube from sliding downwardly through the hole in the top of the step ladder;a pipe complementary to and selectively slidably positionable within said tube, said pipe comprising metal;a plate coupled to an upper end of said pipe, said plate extending perpendicularly from said pipe, wherein said plate is positioned on said pipe such that said plate is configured for positioning a load, such as a metal conduit used in heating, ventilation, and air conditioning systems, said pipe being centrally positioned on said plate, said plate being rectangularly shaped, said plate being squarely shaped;a hoist coupled to said tube, said hoist being operationally coupled to said pipe, wherein said hoist is positioned on said tube such that said hoist is positioned for selectively compelling said pipe vertically through said tube such that the load positioned on said plate is positioned at a desired height, such as proximate to a joist to which the metal conduit is to be coupled, said hoist comprising a ratchet and a rope, said ratchet being coupled to said tube, said rope having a first endpoint coupled to a lower end of said pipe, said rope being operationally coupled to said ratchet, wherein said rope is positioned in said ratchet such that said rope is configured for grasping proximate to a second endpoint of said rope and for pulling for selectively compelling said rope through said ratchet such that said pipe is compelled vertically through said tube such that the load positioned on said plate is positioned at the desired height, such as proximate to the joist to which the metal conduit is to be attached;a first connector coupled to said tube, said first connector comprising a band positioned around said tube proximate to said upper endpoint;a second connector coupled to said ratchet, said second connector being complementary to said first connector, wherein said second connector is positioned on said ratchet such that said second connector is positioned for coupling to said first connector for coupling said ratchet to said tube, said second connector comprising a first hook, wherein said band is positioned on said tube such that said band is positioned for inserting said first hook for coupling said ratchet to said tube;a first fastener coupled to said first endpoint of said rope, said first fastener comprising a second hook;a second fastener coupled to said pipe, said second fastener being complementary to said first fastener, wherein said second fastener is positioned on said pipe such that said second fastener is positioned for coupling to said first fastener for coupling said rope to said pipe, said second fastener comprising a notch extending into said pipe from said lower end, wherein said notch is positioned in said pipe such that said notch is positioned for inserting said second hook for coupling said rope to said pipe; andwherein said internal threading is positioned in said tube such that said tube is positioned for threadedly inserting said first end of said sleeve for coupling said sleeve to said tube, wherein said sleeve is positioned on said tube such that said second end of said sleeve is configured for abutting the step ladder for preventing said tube from sliding downwardly through the hole in the top of the step ladder, wherein said notch is positioned in said pipe such that said notch is positioned for inserting said second hook for coupling said rope to said pipe, wherein said band is positioned on said tube such that said band is positioned for inserting said first hook for coupling said ratchet to said tube, wherein said rope is positioned in said ratchet such that said rope is configured for grasping proximate to said second endpoint of said rope and for pulling for selectively compelling said rope through said ratchet such that said pipe is compelled vertically through said tube such that the load positioned on said plate, such as the metal conduit used in heating, ventilation, and air conditioning systems, is selectively positioned at the desired height, such as proximate to the joist to which the metal conduit is to be attached.
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