Abstract Apparatus for constructing reinforced concrete modular construction units comprising longitudinally extending multi-sided construction units. Reinforcing bars and mesh are formed into a cage of the desired size and shape for the particular unit. Such cage is mounted on a rotatable shaft which may also be raised and lowered relative to a horizontal bed. Each side of the modular construction unit is in turn positioned in a perimeter form on the bed in which the concrete is poured and finished flat to form each side of the modular unit. After each side has cured a sufficient time to insure its structural integrity the cage is raised and rotated to align another side of the cage with the horizontal bed. The cage is lowered into position adjacent the bed in a suitable form and concrete is poured around the reinforcing structure on that side of the cage to form that side of the wall of the building. Successive sides are similarly formed until the longitudinally extending hollow construction unit has been completed. Thereafter, end walls are formed in the tubular member to enclose the modular building unit.
An apparatus for use in forming reinforced concrete modular construction units, comprising: a. support means; b. a shaft mounted with said support means for rotational movement with respect thereto; c. cage means mounted on said shaft for movement therewith for forming a plurality of concrete receiving surfaces of concrete reinforcing material about which concrete is cast, each of said surfaces with concrete cast thereon forming an integral part of a modular construction unit; and d. a vertical positioning means mounted with said support means for moving said support means and shaft vertically to adjust the vertical position of said cage means surfaces between lower position in which concrete is cast about said surfaces and an upper position in which said shaft is rotated, so that by selective rotation and vertical positioning, said cage means surfaces are positioned for casting concrete on each of said surfaces to form a reinforced concrete modular construction unit.
Claim 2
Independent Claim
153 words
An apparatus for use in forming reinforced concrete modular construction units, comprising: a. support means; b. a shaft mounted with said support means for rotational movement with respect thereto; c. cage means mounted on said shaft for movement therewith for forming a plurality of concrete receiving surfaces of concrete reinforcing material about which concrete is cast, each of said surfaces with concrete cast thereon forming an integral part of a modular construction unit; and d. a vertical positioning means mounted with said support means for moving said support means and shaft vertically to adjust the vertical position of said cage means surfaces between lower position in which concrete is cast about said surfaces and an upper position in which said shaft is rotated, so that by selective rotation and vertical positioning, said cage means surfaces are positioned for casting concrete on each of said surfaces to form a reinforced concrete modular construction unit.
Claim 3
Dependent Claim
27 words
The invention of claim 1, further including: a substantially horizontal base mounted beneath said cage means adjacent which said cage means surfaces are placed for receiving concretes.
Claim 4
Dependent Claim
30 words
The invention of claim 1, further including: a perimeter form mounted beneath said cage means for forming a confined area in which concrete is cast on said cage means surfaces.
Claim 5
Dependent Claim
20 words
The invention of claim 1, wherein: said cage means surfaces are formed into a multi-sided enclosure surrounding said rotatable shaft.
Claim 6
Dependent Claim
19 words
The invention of claim 1, wherein: said vertical positioning means includes hydraulic cylinders at each end of said shaft.
Claim 7
Dependent Claim
28 words
The invention of claim 1, further including: end members mounted at opposing ends of said shaft for supporting the concrete reinforcing material intermediate opposite ends of said shaft.