John D Hacker

US Patent:

45245533, Jun 25, 1985

Filed:

May 19, 1983

Appl. No.:

6/496197

Inventors:

John H. Hacker - Palm Springs CA

International Classification:

E02D 2700

US Classification:

5216911

Abstract:

A thermally insulated building foundation structure comprising a monolithic poured concrete foundation extending about the perimeter of a building site and having a plurality of elongate straight sides with flat, vertical outside surfaces with lower portions below the surface of the ground and upper portions above the surface of the ground and having flat, horizontal top surfaces, a thermal insulating girdle about the perimeter of the upper portion of the foundation comprised of a plurality of elongate straight horizontal channel sections in end to end relationship and having vertical outside walls defining the outside surface of said upper portion of the foundation, horizontal top walls defining the outer portion of said top surface of the foundation, horizontal bottom walls and upper and lower flanges on inner edges of the top and bottom walls and cores of thermal insulating material filling the channel sections; and a plurality of anchor units spaced about the girdle and having inner deadman portions set in the concrete and outer portions in secure engagement with the flanges of the channel sections.

US Patent:

55968600, Jan 28, 1997

Filed:

Sep 9, 1994

Appl. No.:

8/304011

Inventors:

John H. Hacker - Cathedral City CA

Assignee:

Insu-Form Incorporated - Cathedral City CA
Omega Transworld, Ltd. - New Kensington PA

International Classification:

E04B 208

US Classification:

52763

Abstract:

A metal frame insulated building system using metal studs and sole and cap blocking tracks of "C" cross-section anchored to a foundation and to each other. The studs and cap blocking tracks physically interlocked in addition to being mutually secured by fasteners. Vertical stacks or columns of foamed cement blocks are placed between the studs and grooves on one or both sides of the blocks receive stud flanges to interlock the studs and blocks. The bottom and top blocks of a stack similarly interlock via grooves with the blocking track flanges. The blocks protrude beyond the studs on the structure's exterior, substantially covering the stud and blocking track flanges and attenuating thermal conductivity as well as providing an exterior surface for stucco or other finish.