Frame unit and method

• US 8,272,182 B1
• Filed: 03/21/2011
• Issued: 09/25/2012
• Est. Priority Date: 03/21/2011
• Status: Expired due to Fees

• Current Assignee: Conservation Technology International, Inc.
• Original Assignee: Conservation Technology International, Inc.
• Inventors: Spiegel, Marko
• Primary Examiner(s): Glessner, Brian
• Assistant Examiner(s): MATTEI, BRIAN DAVID
• Application Number:
  US13/065,386
• Publication Number:
  US 20120240501A1
• Time in Patent Office: 554 Days
• Field of Search: 524/071, 524/073, 524042-4044, 524/811, 527/78, 527/79, 525/10, 525/861, 527/451, 522/933, 523/097, 521/45, 525/914, 525/821
• US Class Current: 52/407.1
• CPC Class Codes: E04B 1/24 the supporting parts consisting of metal
• CPC Class Codes: E04B 1/26 the supporting parts consisting of wood
• CPC Class Codes: E04B 1/6145 with recesses in both frontal surfaces co-operating with an additional connecting element
• CPC Class Codes: E04B 2001/2481 Details of wall panels

Abstract

An insulated frame unit for enclosing a wall to provide a highly insulated and airtight wall is provided. The frame unit includes a panel that is formed from a rigid insulated composition such as an expanded foam composition. The panels can be mounted to a wall frame in rows and columns to enclose the wall, and may include outwardly extending flanges that can cooperate with a flange of an adjacent frame unit to provide a stud-receiving opening into which a stud is inserted when mounting the frame units to the frame of the building. The frame unit is mountable to the frame with the interior side of the stud extending from the inner side of the frame unit so that adequate space is provided between the inner side of the frame unit and an interior finish member mounted to the interior side of the studs.

Claims

1. An insulated frame unit for use in constructing an exterior wall of a building that has an exterior finish member for the exterior of the building and an interior finish member for the interior room that is defined by the wall, the wall including a plurality of spaced apart generally vertical studs, the studs having an exterior side facing the exterior of the building and an opposed interior side facing the interior room, and the studs having a generally predetermined thickness, predetermined width, and spacing between the studs of at least about 12 inches, the frame unit comprising:

a panel composed substantially of a rigid foam insulating material, the panel having first and second generally opposed ends, and third and fourth generally opposed ends, an inner side and an outer side; and

at least two stud-receiving openings in the inner side of the panel, the stud-receiving openings generally parallel to each other and extending between the first and second ends of the panel, the stud-receiving openings having a width that is sufficient to allow a stud to be mounted within the stud-receiving openings, and the stud-receiving openings having a depth that is less than the predetermined width of the stud, so that when the exterior side of the stud has been fully inserted into the stud-receiving opening the interior side of the stud is spaced away from the inner side of the panel for providing a service chamber between the inner side of the panel and an interior finish member secured to the interior side of the studs, and whereby an exterior finish member can be secured proximate to the outer side of the panel; and

the third end of the panel having a first flange and first recess, and the fourth end of the panel having a second flange and a second recess whereby the first flange of the panel of the insulated frame unit is adaptable to be positioned in the second recess of a second insulated frame unit substantially identical to the insulated frame unit to thereby provide a stud-receiving channel.

2. The insulated frame unit of claim 1 further comprising the panel including an exterior sheathing adhered to the outer side of the panel for attaching an exterior finish member to the outer sheathing.

3. The insulated frame unit of claim 2 further comprising the panel including an interior sheathing adhered to the inner side of the panel and extending between the stud-receiving openings, the interior sheathing for securing to the studs to provide rigidity when a wall is formed from one or more frame units.

4. The insulated frame unit of claim 1 further comprising the panel including an interior sheathing adhered to the inner side of the panel and extending between the stud-receiving openings, the interior sheathing for securing to the studs to provide rigidity when a wall is formed from one or more frame units.

5. The insulated frame unit of claim 1 further comprising the first end, the second end, the third end and the fourth end of the panel each having a flange and a recess to allow the panel to abut with other substantially identical panels when one other panel is positioned adjacent each of the second end, the third end and the fourth end of the panel, the recess of the first end providing a space for allowing a sill to be positioned therein with the flange of the first end for extending below the sill along the exterior side of a foundational wall.

6. The insulated frame unit of claim 5 further comprising the panel including an exterior sheathing adhered to the outer side of the panel for attaching an exterior finish member to the outer sheathing.

7. An insulated frame unit for use in constructing an exterior wall of a building that has an exterior of the building and an interior room that is defined by the wall, the wall including a plurality of spaced apart generally vertical studs, the studs having an exterior side facing the exterior of the building and an opposed interior side facing the interior room, and the studs having generally predetermined thickness, predetermined width, and spacing between the studs greater than about twelve inches, the frame unit comprising:

a panel composed substantially of a rigid insulating material, the panel having a body with first and second generally opposed ends, and third and fourth generally opposed ends, the panel having an inner side and an outer side;

at least first and second stud-receiving openings in the inner side of the panel, the first stud-receiving opening being a slot in the inner side of the panel that is spaced from the third and fourth sides of the body of the panel, the second stud-receiving opening being located along the fourth end of the panel, the stud-receiving openings being generally parallel to each other and extending between the first and second ends of the panel, the stud-receiving openings having a width that is sufficient to allow a stud to be mounted within the stud-receiving openings,

a first flange extending outwardly from the third end of the body of the panel adjacent the inner side of the panel, and a second flange extending outwardly from the fourth end of the body of the panel adjacent the outer side of the panel, the length of the second flange being greater than the length of the first flange.

8. The insulated frame unit of claim 7 wherein the rigid insulating material is rigid foam.

9. The frame unit of claim 7 wherein when the third side of the panel of the frame unit is positioned adjacent the fourth side of a second panel of a second frame unit that is substantially identical to the frame unit, the first flange of the third side of the panel is overlapped by the second flange of the fourth side of the second panel of the second frame unit and with the first flange of the panel positioned within the second stud-receiving opening of the second panel of the second frame unit to form a first stud-receiving channel adjacent the third end of the panel, and when the fourth side of the panel is positioned adjacent the third side of a third panel of a third frame unit that is substantially identical to the frame unit, the second flange of the fourth side of the panel overlaps the first flange of the third side of the third panel of the third frame unit and with the first flange of the third side of the third panel of the third frame unit positioned within the second stud-receiving opening of the first panel to form a second stud-receiving channel adjacent the fourth end of the panel.

10. The insulated frame unit of claim 9 wherein the width of the slot is approximately the predetermined thickness of the stud positioned therein to provide an interference fit between the slot and the stud, and the width of each of the first and second stud-receiving channels is approximately the predetermined thickness of a stud received therein for providing an interference fit.

11. The insulated frame unit of claim 9 further comprising the stud-receiving openings having a depth that is less than the predetermined width of the stud, so that when the exterior side of the stud has been fully inserted into the stud-receiving opening the interior side of the stud is spaced away from the inner side of the panel for providing a service chamber between the inner side of the panel and an interior finish member when the interior finish member is secured to the interior side of the studs.

12. The insulated frame unit of claim 11 further comprising a third flange extending outwardly from the first end of the body of the panel adjacent the outer side of the panel and a fourth flange extending outwardly from the second end of the body adjacent the inner side of the panel.

13. An exterior wall construction for a building comprising:

a frame having a plurality of spaced apart generally parallel studs, the studs having an exterior side facing the exterior of the building and an opposed interior side facing an interior of the building, and the studs having a generally predetermined thickness, predetermined width, and spacing between the studs of at least about 12 inches;

first and second insulated frame units, each insulated frame unit comprising a panel composed substantially of rigid insulating material, the panel having first and second generally opposed ends, and third and fourth generally opposed ends, an inner side and an outer side, the panel including a stud-receiving opening in the inner side of the panel, the stud-receiving opening having a stud positioned therein with the interior side of the stud spaced inwardly from the inner side of the panel, the first insulated frame unit positioned adjacent the second insulated frame unit;

an interior finish member secured to the interior side of the stud, the interior finish member spaced from the inner side of the panel to provide a service chamber between the inner side of the panel and the interior finish member; and

each of the first and second insulated frame units having a first flange extending outwardly from the third end of the panel adjacent the inner side of the panel, and a second flange extending outwardly from the fourth end of the panel adjacent the outer side of the panel, the length of the second flange being greater than the length of the first flange, the first insulated frame unit positioned adjacent the second insulated frame unit so that the third side of the panel of the first insulated frame unit is adjacent the fourth side of the panel of the second insulated frame unit, and the second flange of the second insulated frame unit overlaps the first flange of the first insulated frame unit to thereby provide the stud-receiving opening.

14. An exterior wall construction for a building comprising:

a frame having a plurality of spaced apart generally parallel studs, the studs having an exterior side facing the exterior of the building and an opposed interior side facing an interior of the building, and the studs having a generally predetermined thickness, predetermined width, and spacing between the studs of at least about 12 inches; and

first and second insulated frame units, each of the insulated frame units comprising a panel composed substantially of rigid insulating material, the panel having a body with first and second generally opposed ends, and third and fourth generally opposed ends, the panel having an inner side and an outer side, a first flange extending outwardly from the third end of the body of the panel adjacent the inner side of the panel, and a second flange extending outwardly from the fourth end of the body of the panel adjacent the outer side of the panel, the length of the second flange being greater than the length of the first flange, the first insulated frame unit positioned adjacent the second insulated frame unit so that the third side of the panel of the first insulated frame unit is adjacent the fourth side of the panel of the second insulated frame unit, and the second flange of the second insulated frame unit overlaps the first flange of the first insulated frame unit to thereby provide a stud-receiving opening, and the stud-receiving opening having a stud positioned therein.

15. The exterior wall construction of claim 14 further comprising the stud having an exterior side and an interior side, the exterior side of the stud positioned in the stud-receiving opening and an interior side of the stud spaced inwardly from the inner side of the panel;

and an interior finish member secured to the interior side of the stud, the interior finish member spaced from the inner side of the panel to provide a service chamber between the inner side of the panel and the interior finish member.

16. A method of constructing an exterior wall of a building having a frame having a plurality of spaced apart generally parallel studs, the studs having an exterior side facing the exterior of the building and an opposed interior side facing an interior of the building, and the studs having a generally predetermined thickness, predetermined width, and spacing between the studs of at least about 12 inches comprising:

providing a plurality of insulated frame units, each insulated frame unit comprising a panel composed substantially of rigid insulating material, the panel having first and second generally opposed ends, and third and fourth generally opposed ends, an inner side and an outer side, the panel including a stud-receiving opening in the inner side of the panel,

providing a first flange extending outwardly from the third end of the panel adjacent the inner side of the panel, and a second flange extending outwardly from the fourth end panel adjacent the outer side of the panel, the length of the second flange being greater than the length of the first flange;

installing the plurality of insulated frame units onto the frame to enclose the frame by installing an insulated frame unit onto the frame by positioning the exterior side of the stud within the stud-receiving opening in the inner side of the panel and with the interior side of the stud spaced from the inner side of the panel;

installing a first insulated frame unit adjacent a second insulated frame unit so that the third side of the panel of the first insulated frame unit is adjacent the fourth side of the panel of the second frame unit and the second flange of the panel of the second insulated frame unit overlaps the first flange of the panel of the first insulating frame unit whereby the overlapping of the second flange of the second insulated frame unit with the first flange of the first frame unit forms the stud-receiving opening; and

installing an interior finish member to the interior side of the stud with the interior finish member spaced from the inner side of the panel to provide a service chamber between the inner side of the panel and the interior finish member.

17. A method of constructing an exterior wall of a building having a frame having a plurality of spaced apart generally parallel studs, the studs having an exterior side facing the exterior of the building and an opposed interior side facing the interior of the building, and the studs having a generally predetermined thickness, predetermined width, and spacing between the studs of at least about 12 inches comprising:

providing a plurality of insulated frame units, each insulated frame unit comprising a panel composed substantially of rigid insulating material, the panel having a body with first and second generally opposed ends, and third and fourth generally opposed ends, the panel having an inner side and an outer side, a first flange extending outwardly from the third end of the body of the panel adjacent the inner side of the panel, and a second flange extending outwardly from the fourth end of the body of the panel adjacent the outer side of the panel, the length of the second flange being greater than the length of the first flange;

positioning a first insulated frame unit adjacent a second insulated frame unit so that the third side of the panel of the first insulated frame unit is adjacent the fourth side of the panel of the second frame unit and the second flange of the panel of the second insulated frame unit overlaps the first flange of the panel of the first insulating frame unit whereby the overlapping of the second flange of the second insulated frame unit with the first flange of the first frame unit forms a stud-receiving opening;

positioning a stud within the stud-receiving opening; and

securing at least one of the first and second insulated frame units to the stud.

18. The method of claim 17 further comprising the stud having an interior side and an exterior side, and installing the plurality of insulated frame units onto the frame to enclose the frame by installing the insulated frame unit onto the frame by positioning the exterior side of the stud within the stud-receiving opening with the interior side of the stud spaced from the inner side of the panel;

and

installing an interior finish member to the interior side of the stud with the interior finish member spaced from the inner side of the panel to provide a service chamber between the inner side of the panel and the interior finish member.