Thermal frame section with offset dual skip debridgings
AssigneeAzon Systems, Inc.
InventorJames M. Dunstan
Life of this patent
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AssigneeAzon Systems, Inc.
InventorJames M. Dunstan
Estimating the term…
An architectural thermal break section includes an elongate heat-conductive part having spaced elongate first and second side portions and having an elongate bridge portion extending between the side portions, the bridge portion having therethrough elongate first, second and third lengthwise slots, the second slot having at respective ends thereof first and second end portions which are transversely spaced from and overlap in the lengthwise direction respective end portions of the first and third slots. The break section further includes a lengthwise strip of a thermal barrier material which extends between and is fixedly coupled to each of the first and second side portions. A method of making the break section includes the steps of extruding a metal to form the heat-conductive part, thereafter applying the thermal barrier material to the heat-conductive part, and thereafter machining the slots in the bridge portion of the heat-conductive part.
An architectural thermal break section, comprising:
An architectural thermal break section, comprising an elongate heat-conductive component extending in a lengthwise direction, said component including elongate first and second side portions which extend in said lengthwise direction and are spaced from each other in a transverse direction substantially perpendicular to said lengthwise direction, including a central strip disposed between and spaced in said transverse direction from each of said first and second side portions, said central strip extending in said lengthwise direction, including a first connecting portion extending in said transverse direction between said first side portion and said central strip, and including a second connecting portion extending between said second side portion and said central strip, said first and second connecting portions being spaced from each other in said lengthwise direction;
A method of making an architectural thermal barrier section, comprising the steps of fabricating an elongate heat-conductive part which extends in a lengthwise direction, which has elongate first and second side portions extending in said lengthwise direction and spaced from each other in a transverse direction substantially perpendicular to said lengthwise direction, and which has a bridging portion extending in said transverse direction between said side portions;
Dependencies are inferred from the claim text.