THERMAL BREAK FOR CONCRETE SLAB EDGES AND BALCONIES
First Claim
1. A thermal break for use in construction comprising a panel formed of insulation material having a high thermal resistance and defining opposing spaced parallel major surfaces;
- reinforcing bar sections extending in opposite directions from each of said major surfaces and having lengths suitable for being tied to a reinforcement grid of external reinforcement bars, each reinforcing bar section extending from one major surface being associated with a reinforcing bar section extending from the other opposing major surface for transmitting tension forces; and
thermal insulation means within said panel for providing thermal resistance between each two associated reinforcing bar sections, whereby a module is formed for enhancing thermal resistance both through said panel and through said reinforcing bar sections for reducing flow of heat from one side of said module to the other.
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Accused Products
Abstract
A relatively thin flat panel of thermal insulating material is provided with an array of holes or apertures, each coaxially aligned or coextensive with a reinforcement bar emanating from a concrete slab forming an interior floor within a structure consistent with the design of a structural engineer of record. Rebar couplers (nipples) are arranged within each of the holes or apertures of the insulating panel having axial lengths greater than the thickness of the panel to extend beyond the panel on both sides thereof. The couplers are threaded both internally and externally. Nuts or threaded washers are threaded and tightened on both sides of each coupler to secure the coupler in place in relation to the panel. Alternatively, fiberglass rebars can be used extending through the insulating panel.
19 Citations
17 Claims
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1. A thermal break for use in construction comprising a panel formed of insulation material having a high thermal resistance and defining opposing spaced parallel major surfaces;
- reinforcing bar sections extending in opposite directions from each of said major surfaces and having lengths suitable for being tied to a reinforcement grid of external reinforcement bars, each reinforcing bar section extending from one major surface being associated with a reinforcing bar section extending from the other opposing major surface for transmitting tension forces; and
thermal insulation means within said panel for providing thermal resistance between each two associated reinforcing bar sections, whereby a module is formed for enhancing thermal resistance both through said panel and through said reinforcing bar sections for reducing flow of heat from one side of said module to the other. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17)
- reinforcing bar sections extending in opposite directions from each of said major surfaces and having lengths suitable for being tied to a reinforcement grid of external reinforcement bars, each reinforcing bar section extending from one major surface being associated with a reinforcing bar section extending from the other opposing major surface for transmitting tension forces; and
Specification