Three axis clip system for mounting panels to a wall
The present disclosure is directed to a clip system and methods for using same for the attachment of finish panels to modular walls. The clip system includes a lower portion for attachment to the modular wall, an upper portion with a receptacle for attaching the panel, and a middle portion connecting the upper and lower portions. The middle portion further allows movement between portions so that the clip system can be expanded in two axial directions for precise panel placement. Further panels can be adjusted about the upper portion in a third axial direction. Thus, the clip system facilitates panel positioning and attachment in an exact, three-dimensional location on the modular wall.
1. A clip system comprising:
an inverted U-shaped upper portion having an upper T-slot for housing at least one upper T-nut;
at least one upper adjustment screw, each upper adjustment screw configured to extend through a top of the upper portion and into one upper T-nut;
a receptacle portion for coupling to an exterior face of the upper portion, the receptacle portion and upper portion forming an extrusion groove;
at least one C-shaped lower portion configured to be coupled to a wall structure, each lower portion having a lower T-slot for housing at least one lower T-nut;
at least one middle portion configured to connect the upper portion with one of the at least one lower portions, each middle portion having an upper extrusion configured to be received within the upper T-slot and below one upper T-nut of the upper portion, an attachment groove configured to receive one lower portion, and a screw head receptacle region located on an exterior side of the middle portion; and
at least one lower adjustment screw, each lower adjustment screw configured to extend into one lower T-nut of one lower portion with its screw head secured within one screw head receptacle region of one middle portion,
such that, when the clip system is assembled, rotation of the at least one upper adjustment screw moves the upper portion relative to the at least one middle portion in a first axial direction, rotation of the lower adjustment screw moves the at least one middle portion and upper portion relative to the at least one lower portion in a second axial direction, and a panel mount attached to a finish panel is configured to be received and moved in a third axial direction within the extrusion groove.
2. The clip system of claim 1 , wherein the at least one lower portion is configured to continuously and horizontally span a section of the wall structure in which at least one finish panel is intended to cover.
3. The clip system of claim 2 , wherein the upper portion is configured to run continuously and parallel to the at least one lower portion, and wherein the at least one middle portion is configured to support the upper portion above the at least one lower portion.
4. The clip system of claim 1 , wherein the receptacle portion is configured to be coupled to the upper portion using one or more receptacle fasteners.
5. The clip system of claim 1 , wherein the at least one lower portion is configured to be coupled to the wall structure using one or more wall fasteners.
6. The clip system of claim 1 , wherein the panel mount includes a panel extrusion that is complementary to the extrusion groove for receiving the panel mount within the extrusion groove.
7. The clip system of claim 1 , wherein rotation of the at least one upper adjustment screw moves the upper portion relative to the at least one middle portion up to 0.5 inches in the first axial direction.
8. The clip system of claim 1 , wherein rotation of the at least one lower adjustment screw moves the at least one middle portion and upper portion relative to the at least one lower portion up to 0.5 inches in the second axial direction.
9. The clip system of claim 1 , wherein each screw head receptacle region includes an access slider for securing a screw head within the screw head receptacle region.
10. The clip system of claim 1 , wherein the at least one lower adjustment screw includes an e-clip in a clip groove beneath its screw head for securing its screw head within the screw head receptacle region.
11. A method of attaching a finish panel to a modular wall, the method comprising:
fastening a clip system to the modular wall, the clip system including:
an inverted U-shaped upper portion having an upper T-slot housing at least one upper T-nut,
at least one upper adjustment screw, each upper adjustment screw extending through a top of the upper portion and into one upper T-nut,
a receptacle portion coupled to an exterior face of the upper portion, the receptacle portion and upper portion forming an extrusion groove,
at least one C-shaped lower portion having a lower T-slot housing at least one lower T-nut,
at least one middle portion connecting the upper portion with the at least one lower portion, each middle portion having an upper extrusion received within the upper T-slot and below one upper T-nut of the upper portion, an attachment groove receiving the one lower portion, and a screw head receptacle region located on an exterior side of the middle portion, and
at least one lower adjustment screw, each lower adjustment screw extending into one lower T-nut of one lower portion with its screw head secured within one screw head receptacle region of one middle portion;
rotating the at least one upper adjustment screw to move the upper portion relative to the at least one middle portion in a first axial direction, such that the clip system is placed a predetermined first axial position for finish panel placement;
rotating the at least one lower adjustment screw to move the at least one middle portion and upper portion relative to the at least one lower portion in a second axial direction, such that the clip system is placed a predetermined second axial position for finish panel placement;
coupling a panel mount to the finish panel, the panel mount having a panel extrusion configured to be received within the extrusion groove of the receptacle portion of the clip system; and
placing the panel mount of the finish panel within the extrusion groove of the clip system, such that the finish panel is attached to the modular wall by reception of the panel mount within the clip system.
12. The method of claim 11 , wherein at least one wall fastener is passed through the at least one lower portion and into the modular wall for fastening the clip to the modular wall.
13. The method of claim 11 , further including the step of moving the panel mount within the extrusion groove in a third axial direction, such that the finish panel is placed in a predetermined third axial position for finish panel placement.
14. The method of claim 11 , wherein the at least one lower portion continuously and horizontally spans a section of the modular wall in which at least one finish panel is intended to cover.
15. The method of claim 14 , wherein the upper portion runs continuously and parallel to the at least one lower portion, and wherein the at least one middle portion supports the upper portion above the at least one lower portion.
16. The method of claim 11 , wherein the receptacle portion is coupled to the upper portion using one or more receptacle fasteners.
17. The method of claim 11 , wherein rotating the at least one upper adjustment screw moves the upper portion relative to the at least one middle portion up to 0.5 inches in the first axial direction.
18. The method of claim 11 , wherein rotating the at least one lower adjustment screw moves the at least one middle portion and upper portion relative to the at least one lower portion up to 0.5 inches in the second axial direction.
19. The method of claim 11 , wherein each screw head receptacle region includes an access slider that secures a screw head within the screw head receptacle region.
20. The method of claim 11 , wherein the at least one lower adjustment screw includes an e-clip in a clip groove beneath its screw head for securing its screw head within the screw head receptacle region.