David W Melnick
Electrician at Bryant St, Denver, CO
License number
Colorado 910626
Issued Date
Apr 9, 1990
Renew Date
Mar 23, 1993
Type
Electrical Apprentice
Address
Address
3405 Bryant St, Denver, CO 80211
Professional information
Method For Making Block Forms For Receiving Concrete
US Patent:
5664382, Sep 9, 1997
Filed:
Feb 5, 1996
Appl. No.:
8/596952
Inventors:
David W. Melnick - Denver CO
Robert T. Barnet - Fort Collins CO
Robert T. Barnet - Fort Collins CO
International Classification:
E04B 228
US Classification:
52425
Abstract:
A foam block wall system is formed from a plurality of interconnected individual foam blocks. The individual foam blocks have a plurality of vertically oriented, quadrilateral core members spaced evenly within the block. The spaces between the core members define a plurality of vertically oriented chambers which receive liquid concrete.
A plurality of connectors serve to connect the individual blocks into an integrated structure. A generally U-shaped bracket is secured to the floor or other supporting structure to provide support for the bottom layer of blocks. A generally H-shaped connector rests between successive vertical layers to provide both vertical and lateral stability. Generally U-shaped connectors connect adjacent blocks to provide vertical and lateral stability. A cabling system secures the individual blocks to the floor, also providing vertical and lateral support.
Block Forms For Receiving Concrete
US Patent:
5488806, Feb 6, 1996
Filed:
Sep 9, 1993
Appl. No.:
8/119492
Inventors:
David W. Melnick - Denver CO
Robert T. Barnet - Fort Collins CO
Robert T. Barnet - Fort Collins CO
International Classification:
E04C 226, E04B 244
US Classification:
52425
Abstract:
A foam block wall system is formed from a plurality of interconnected individual foam blocks. The individual foam blocks have a plurality of vertically oriented, quadrilateral core members spaced evenly within the block. The spaces between the core members define a plurality of vertically oriented chambers which receive liquid concrete.
A plurality of connectors serve to connect the individual blocks into an integrated structure. A generally U-shaped bracket is secured to the floor or other supporting structure to provide support for the bottom layer of blocks. A generally H-shaped connector rests between successive vertical layers to provide both vertical and lateral stability. Generally U-shaped connectors connect adjacent blocks to provide vertical and lateral stability. A cabling system secures the individual blocks to the floor, also providing vertical and lateral support.