초록 ▼

An insulated concrete form panel system, and method of making same, is provided, the system and method comprising first and second opposed panels forming a cavity therebetween and an internal connector frame serving as a mold for receiving expandable polymer material to form the first and second pan

An insulated concrete form panel system, and method of making same, is provided, the system and method comprising first and second opposed panels forming a cavity therebetween and an internal connector frame serving as a mold for receiving expandable polymer material to form the first and second panels, such that the irreleasably pre-assembled connector frame extends between, and is integral to, first and second panels. The present system provides first and second panel pairs may be mechanically connected to panel pairs positioned adjacent thereto (e.g. above, below, or side-by-side), increasing integrity of the structure.

대표청구항 ▼

1. An insulated concrete form, comprising: first and second panels having exterior and interior faces and positioned in opposed spaced relation forming a cavity between the interior faces;an internal connector frame disposed within the cavity having a plurality of bridge members and a plurality of s

1. An insulated concrete form, comprising: first and second panels having exterior and interior faces and positioned in opposed spaced relation forming a cavity between the interior faces;an internal connector frame disposed within the cavity having a plurality of bridge members and a plurality of stud members, in which the plurality of bridge members a) extend between first and second side edges of each of the first and second panels, b) extend between the interior faces of the first and second panels, and c) are vertically spaced between top and bottom edges of the first and second panels;in which the plurality of stud members, extend between the top and bottom edges of the first and second panels, with a first set of the plurality of stud members being integral with the first panel and a second set of the plurality of stud members being integral with the second panel;each of the plurality of bridge members having a first end and a second end, each first end located adjacent the first side edges, and each second end located adjacent the second side edges, with each of the first and second ends having a connector, with the connectors of the first and second ends being adapted to mechanically connect to connectors of second and first ends, respectively, of a plurality of bridge members of a second internal connector frame, which is identical to the internal connector frame, if the second internal connector frame is positioned in use adjacent the insulated concrete form such that the first or second side edges of the second internal connector frame abut the second or first side edges, respectively, of the insulated concrete form;each of the plurality of bridge members having first and second sides, with the first sides located adjacent the first panel and the second sides located adjacent the second panel, with the first and second sides having couplers that are adapted to mechanically connect to couplers of the first and second sets of the plurality of stud members to irreleasably connect the plurality of bridge members to and between the first and second sets of the plurality of stud members; andeach of the plurality of stud members having a top end and a bottom end, each top end, of each stud member located adjacent the top edges, and each bottom end located adjacent the bottom edges, with each of the top and bottom ends having a connector, with the connectors of the top and bottom ends being adapted to mechanically connect to connectors of bottom and top ends, respectively, of a plurality of stud members of the second internal connector frame, if the second internal connector frame is positioned in use adjacent the insulated concrete form such that top or bottom edges of the second internal connector frame abut the bottom or top edges, respectively, of the insulated concrete form. 2. The insulated concrete form of claim 1, wherein: each of the plurality of bridge members extend a) horizontally between the first and second side edges of the first and second panels, and b) horizontally between the interior faces of the first and second panels; andeach of the plurality of stud members extends vertically between the top and bottom edges of the first and second panels. 3. The insulated concrete form of claim 1, wherein the first and second panels are formed from an expandable polymer material. 4. The insulated concrete form of claim 3, wherein the expandable polymer material is expanded polystyrene. 5. The insulated concrete form of claim 1, wherein the first and second panels have a pre-determined width, height and length. 6. The insulated concrete form of claim 5, wherein the first and second panels are molded to have a width of approximately 3-3¼ inches. 7. The insulated concrete form of claim 5, wherein the first and second panels have a length of approximately 12 to 48 inches. 8. The insulated concrete form of claim 5, wherein the first and second panels have a height of at least 4 feet. 9. The insulated concrete form of claim 1, wherein the connectors of the first and second ends of the plurality of bridge members comprise apertures that are adapted to align in use with apertures in the connectors of the second and first ends, respectively, of the plurality of bridge members of the second internal connector frame, to permit a bolt to pass through the aligned apertures to secure the insulated concrete form and the second internal connector frame together. 10. The insulated concrete form of claim 1 in which the connectors of the plurality of bridge members are adapted to mechanically connect, via a sliding connection, in use to the connectors of the plurality of bridge members of the second internal connector frame. 11. The insulated concrete form of claim 1 in which the connectors of each stud member of the plurality of stud members are adapted to mechanically connect, via a sliding connection, in use to the connectors of the plurality of stud members of the second internal connector frame. 12. The insulated concrete form of claim 1 in which each bridge member of the plurality of bridge members comprises: beams that are in opposed space relationship and extend between the first and second side edges of the first and second panels; andcross members connecting the beams. 13. The insulated concrete form of claim 12 in which the cross members have a plurality of rebar grooves. 14. The insulated concrete form of claim 1 in which the connectors of the plurality of bridge members are adapted to mechanically connect in use to the connectors, of the plurality of bridge members of the second internal connector frame by a male-female connection. 15. The insulated concrete form of claim 1 in which the connectors of the plurality of stud members are adapted to mechanically connect in use to the connectors, of the plurality of stud members of the second internal connector frame by a male-female connection. 16. The insulated concrete form of claim 1 in which the first and second panels are adapted to mechanically connect by a friction or interference fit to the first and second panels of the second internal connector frame. 17. The insulated concrete form of claim 1 formed as a panel. 18. Formwork comprising the insulated concrete form of claim 1 and the second internal connector frame of claim 1, with the connectors of the plurality of bridge members of the insulated concrete panel connected to the connectors of the plurality of bridge members of the second internal connector frame, which is positioned adjacent the insulated concrete form with first or second side edges of the insulated concrete form abutting second or first side edges, respectively, of the second internal connector frame. 19. Formwork comprising the insulated concrete form of claim 1 and the second internal connector frame of claim 1, with the connectors of the plurality of stud members of the insulated concrete panel connected to the connectors of the plurality of stud members of the second internal connector frame, which is positioned adjacent the insulated concrete form with top or bottom edges of the insulated concrete form abutting bottom or top edges, respectively, of the second internal connector frame.