Concrete form system and method

A corner web member for an insulated concrete form system having a corner panel having an exterior surface and an opposing interior surface, the corner panel having two longitudinally-extending side panels connected to form a substantially vertical corner panel edge in the exterior surface of the corner panel, the corner web member comprising:

• a) a corner flange member, said corner flange member having an upper surface and a lower surface, and wherein said corner flange member has a longitudinally-extending first leg connected to a longitudinally-extending second leg to form a corner flange edge in the upper surface of said corner flange member;
• b) a bridging member, said bridging member having a top edge and an opposing bottom edge;
• and
• c) a plurality of support struts, each support strut having a proximal end, a distal end, and a longitudinal-length therebetween, wherein the proximal end of each support strut is connected to the lower surface of said corner flange member and the distal end of each support strut is connected to the top edge of said bridging member, wherein said corner web member is partially disposed and integrally formed within the corner panel so that a portion of said corner web member extends through the interior surface of said corner panel, and wherein said corner flange member and the proximal end of each support strut are integrally formed within said first side panel to be embedded therein.

A corner web member for an insulated concrete form system having a corner panel having an exterior surface and an opposing interior surface, the corner panel having two longitudinally-extending side panels connected to form an upstanding corner panel edge in the exterior surface of the corner panel, the corner web member comprising:

• a) a corner flange member having an upper surface and a lower surface, wherein said corner flange member has a longitudinally-extending first leg connected to a longitudinally-extending second leg to form a corner flange edge in the upper surface of said corner flange member;
• b) a bridging member having a top edge and an opposing bottom edge;
• c) a plurality of support struts, each support strut having a proximal end, a distal end, and a longitudinally length extending therebetween, wherein the proximal end of each support strut is connected to the lower surface of said corner flange member and the distal end of each support strut is connected to the top edge of said bridging member;
• and
• d) a support flange member having a upper surface, wherein the upper surface of said support flange member is connected to the bottom edge of said bridging member,
• wherein said corner web member is partially disposed within the corner panel so that a portion of said corner web member extends through the interior surface of said corner panel, wherein said corner flange member and at least the proximal end of each support strut are integrally formed within said first side panel to be embedded therein, and wherein said support flange member is spaced apart from the interior surface of the corner panel.

A method of fabricating a concrete structure, the method comprising the steps of:

• a) erecting a first corner panel having a first exterior surface, an opposing first interior surface, and a corner web member, the first corner panel having two longitudinally-extending first side panels connected to form a substantially vertical corner panel edge in the first exterior surface, said corner web member of said first corner panel partially disposed within said first corner panel so that a portion of said corner web member extends through the first interior surface of said first corner panel;
• b) erecting a second corner panel having a second exterior surface and an opposing second interior surface, the second corner panel having two longitudinally-extending second side panels, wherein a portion of the first interior surface of said first corner panel faces a portion of the second interior surface of said other side panel, and wherein said first interior surface and said second interior surface are spaced apart from each other so that a cavity is formed, each of said first and second corner panels having at least one web member disposed partially within each said side panel so that a portion of each of said web members extends through the respective first and second interior surfaces thereof, wherein the portion of said web members that extend through the respective first interior surface and second interior surface of said first corner panel and second corner panel forms an attachment coupling thereon, said attachment couplings of said respective web members disposed within the cavity between said first and second corner panels and spaced apart from the respective first interior surface and second interior surface of said first and second corner panels;
• c) detachably attaching a connector to the attachment coupling of two opposing web members, said connector having opposed ends of a shape to complementarily and removably engage the attachment coupling of two respective web members;
• and
• d) substantially filling the cavity formed between the opposing first and second corner panels to be cured therein.

A method of constructing a concrete structure having a termite infestation detection surface, the method comprising the steps of:

• a) providing two longitudinally-extending side panels, each of said side panels having an exterior surface, an opposed interior surface, and a web member partially disposed and integrally formed within each said side pane so that a portion of said web member extends through the respective interior surface thereof, wherein the portion of said web member that extends through the interior surface of said side panels forms an attachment coupling thereon, and wherein said attachment couplings are spaced apart from the interior surfaces of said side panels;
• b) providing a longitudinally-extending support panel, said support panel having a support panel interior surface and a first width, wherein the first width is less than the width of said side panel;
• c) detachably securing said longitudinally-extending support panel to the exterior surface of one of said side panels so that the interior surface of said support panel overlies the exterior surface of said side panel;
• d) removing a longitudinally-extending strip of said side panel having the secured support panel so that a longitudinally-extending portion of the interior surface of said side panel is exposed, wherein the strip has a width less than the first width of said support panel;
• e) positioning said side panels so that a portion of the interior surface of said side panel having the secured support panel and a portion of the exposed interior surface of the secured support panel faces a portion of, and are laterally spaced therefrom, the interior surface of the other side panel to form a cavity therebetween, and wherein said attachment couplings of said side panels are disposed in opposition within the cavity between the side panels;
• f) detachably attaching a connector to the attachment coupling of two web members which are within the opposed side panels, said connector having opposed ends of a shape to complementarily and removably engage the attachment coupling of two respective members;
• g) pouring concrete into the cavity formed between said side panels to be cured therein;
• and
• h) removing said support panel from the exterior surface of said side panel after the concrete has cured to expose the surface of the cured concrete, wherein the exposed surface extends the longitudinal length of the side panel and forms the termite infestation detection surface so that termites are forced to traverse the termite infestation detection surface to reach the portion of the concrete structure above the detection surface and may be thereby visually detected.

A component of an insulated concrete form system, comprising:

• a) a first corner panel having a first exterior surface and an opposing first interior surface, the first corner panel having two longitudinally-extending first side panels connected to form a corner panel edge in the first exterior surface;
• b) a second corner panel having a second exterior surface and an opposing second interior surface, the second corner panel having two longitudinally-extending second side panels, wherein a portion of the first interior surface of said first corner panel faces a portion of the second interior surface of said other side panel, and wherein said first interior surface and said second interior surface are spaced apart from each other so that a cavity is formed therebetween;
• and
• c) a corner web member partially disposed and integrally formed within said first corner panel so that a portion of said corner web member extends through the first interior surface of said first corner panel into the cavity.

A component of an insulated concrete form system comprising:

• a) a corner panel having an exterior surface and an opposing interior surface, the corner panel having two longitudinally-extending side panels connected to form a corner panel edge in the exterior surface of the corner panel;
• and
• b) a corner web member, the corner web member comprising:
• i) a corner flange member having an upper surface and a lower surface, and wherein said corner flange member has a longitudinally-extending first leg connected to a longitudinally-extending second leg to form a corner flange edge;
• ii) a bridging member spaced apart from said corner flange member;
• and
• iii) a plurality of support struts, each support strut having a proximal end, a distal end, and a longitudinal length extending therebetween, wherein the proximal end of each support strut is connected to the lower surface of said corner flange member, and wherein the distal end of each support strut is connected to said bridging member,
• wherein said corner web member is partially disposed and integrally formed within said corner panel so that a portion of said corner web member extends through the interior surface of said corner panel, and wherein said corner flange member and at least the proximal end of each support strut are integrally formed within said corner panel to be embedded therein.