초록 ▼

Examples of construction systems and methods of constructing multi-story buildings utilizing premanufactured and prefinished components are disclosed. Examples of premanufactured and prefinished components include floor and ceiling slabs, non-weight bearing window walls, demising walls, exterior wal

Examples of construction systems and methods of constructing multi-story buildings utilizing premanufactured and prefinished components are disclosed. Examples of premanufactured and prefinished components include floor and ceiling slabs, non-weight bearing window walls, demising walls, exterior walls, and utility walls. The premanufactured and prefinished components may be transported to the construction site and assembled at the construction site.

대표청구항 ▼

1. A method of constructing a multi-level multiple unit building comprising: premanufacturing non-weight bearing walls at a site distant from a building site;positioning an exterior visible primary load-bearing steel assembly at the building site that provides lateral outermost planar surfaces of th

1. A method of constructing a multi-level multiple unit building comprising: premanufacturing non-weight bearing walls at a site distant from a building site;positioning an exterior visible primary load-bearing steel assembly at the building site that provides lateral outermost planar surfaces of the building that are offset and external to any outermost planar surfaces provided by premanufactured non-weight bearing walls after the building is constructed;pouring at least a first monolithic concrete slab, a second monolithic concrete slab, and a third monolithic concrete slab at the building site;lifting the third monolithic concrete slab, wherein a top surface of the third monolithic concrete slab comprises a roof of the building and a bottom surface of the third monolithic concrete slab comprises a ceiling of a building level below the third monolithic concrete slab;employing a top surface of the second monolithic concrete slab as a shared floor of an upper building level comprising multiple units;employing a bottom surface of the second monolithic concrete slab as a shared ceiling of a lower building level comprising multiple units; andattaching the non-weight bearing walls to the bottom surface of the third monolithic concrete slab and the top surface of the second monolithic concrete slab. 2. The method of claim 1, further comprising lifting the second monolithic concrete slab to a location below the third monolithic concrete slab, wherein a top surface of the second monolithic concrete slab comprises a floor of the building level below the third monolithic concrete slab and a bottom surface of the second monolithic concrete slab comprises a ceiling of a building level below the second monolithic concrete slab. 3. The method of claim 2, further comprising lifting the first monolithic concrete slab to a location below the second monolithic concrete slab, wherein a top surface of the first monolithic concrete slab comprises a floor of the building level below the second monolithic concrete slab and a bottom surface of the first monolithic concrete slab comprises a ceiling of a building level below the first monolithic concrete slab. 4. A method of constructing a multi-level multiple unit building comprising: premanufacturing non-weight bearing walls at a site distant from a building site;positioning an exterior visible primary load-bearing steel assembly at the building site that provides lateral outermost planar surfaces of the building that are offset and external to any outermost planar surfaces provided by premanufactured non-weight bearing walls after the building is constructed;pouring at least a first monolithic concrete slab, a second monolithic concrete slab, and a third monolithic concrete slab at the building site;lifting at least one monolithic concrete slab;employing a top surface of the monolithic concrete slab as a shared floor of an upper building level comprising multiple units;employing a bottom surface of the monolithic concrete slab as a shared ceiling of a lower building level comprising multiple units; andattaching the non-weight bearing walls to at least one monolithic concrete slab before lifting the monolithic concrete slabs. 5. A method of constructing a multi-level multiple unit building comprising: premanufacturing non-weight bearing walls at a site distant from a building site;positioning an exterior visible primary load-bearing steel assembly at the building site that provides lateral outermost planar surfaces of the building that are offset and external to any outermost planar surfaces provided by premanufactured non-weight bearing walls after the building is constructed;pouring a monolithic concrete slab at the building site;lifting the monolithic concrete slab;employing a top surface of the monolithic concrete slab as a shared floor of an upper building level comprising multiple units;employing a bottom surface of the monolithic concrete slab as a shared ceiling of a lower building level comprising multiple units;premanufacturing interior components;premanufacturing exterior components;transporting the premanufactured interior components and the premanufactured exterior components to the building site;attaching the premanufactured interior components and the premanufactured exterior components to the premanufactured non-weight bearing walls at the building site; andfurther comprising loading at least one of the premanufactured non-weight bearing walls, the premanufactured interior components, and the premanufactured exterior components on the monolithic concrete slab before lifting the monolithic concrete slab. 6. A method of constructing a multi-level multiple unit building comprising: premanufacturing non-weight bearing walls at a site distant from a building site;positioning an exterior visible primary load-bearing steel assembly at the building site that provides lateral outermost planar surfaces of the building that are offset and external to any outermost planar surfaces provided by premanufactured non-weight bearing walls after the building is constructed;pouring a monolithic concrete slab at the building site;lifting the monolithic concrete slab;employing a top surface of the monolithic concrete slab as a shared floor of an upper building level comprising multiple units;employing a bottom surface of the monolithic concrete slab as a shared ceiling of a lower building level comprising multiple units;premanufacturing interior components;premanufacturing exterior components;transporting the premanufactured interior components and the premanufactured exterior components to the building site;attaching the premanufactured interior components and the premanufactured exterior components to the premanufactured non-weight bearing walls at the building site; and further comprising attaching at least one of the premanufactured non-weight bearing walls to the monolithic concrete slab before lifting the monolithic concrete slab.