Mounting system for building panels
A mounting and alignment system for building panels. A mounting bracket comprises a lower component affixable to a building support and an upper component from which a panel can be hung. A bearing assembly between the upper and lower components transfers load from the upper component to the lower component and allows the horizontal position of the upper component and thereby the panel to be easily adjusted. Mullion guides on the sides and extending over the panel top interact with mullion guides on other panels and automatically adjust the horizontal position of a panel as the panel is lowed in place from a relatively large horizontal placement tolerance a smaller placement tolerance required for other interacting structures on adjacent sides of installed panel. After the panel is installed, mullion guides on the adjacent panel sides can be removed.
1. A mounting bracket for attaching a building panel to a building support structure, the mounting bracket comprising:
a lower component having a top surface and configured to be rigidly connected to a building support structure;
an upper component having a bottom surface opposing and spaced apart from the top surface of the lower component to define a gap therebetween, the upper component having first restraining aperture therethrough and being movable horizontally relative to the lower component;
a bearing assembly with a rolling bearing portion extending into the gap;
a first vertical rod passing through the first restraining aperture and connected to the lower component, the first restraining aperture having an inner periphery with a diameter substantially greater than a diameter of the first vertical rod, a horizontal range of motion of the upper component relative to the lower component being constrained by the first vertical rod within the first restraining aperture; and
a panel coupler attached to the upper component and configured to allow a panel to be hung therefrom;
wherein when the lower component is rigidly connected to the building support structure and the panel is hung from the panel coupler, load from the panel is transferred from the upper component to the lower component through the bearing assembly;
the lower component comprising a horizontal plate, the top surface of the lower component being a top surface of the horizontal plate; and
the bearing assembly mounted within the upper component and the rolling bearing portion extending downwards past the bottom surface of the upper component and engaging the top surface of the horizontal plate.
2. A mounting bracket for attaching a building panel to a building support structure, the mounting bracket comprising:
a lower component having a top surface and configured to be rigidly connected to a building support structure;
an upper component having a bottom surface opposing and spaced apart from the top surface of the lower component to define a gap therebetween, the upper component having first restraining aperture therethrough and being movable horizontally relative to the lower component;
a bearing assembly with a rolling bearing portion extending into the gap;
a first vertical rod passing through the first restraining aperture and connected to the lower component, the first restraining aperture having an inner periphery with a diameter substantially greater than a diameter of the first vertical rod, a horizontal range of motion of the upper component relative to the lower component being constrained by the first vertical rod within the first restraining aperture; and
a panel coupler attached to the upper component and configured to allow a panel to be hung therefrom;
wherein when the lower component is rigidly connected to the building support structure and the panel is hung from the panel coupler, load from the panel is transferred from the upper component to the lower component through the bearing assembly;
the upper component having first and second horizontal flange portions extending outwards in respective opposite directions over the horizontal plate;
the first restraining aperture being in the first horizontal flange portion, the first vertical rod comprising a shaft of a first bolt, the first bolt having a head portion with a diameter greater than the diameter of the first restraining aperture, a lower surface of the head portion of the first bolt limiting vertical motion of the first horizontal flange portion away from the lower component.
3. The mounting bracket of claim 2 , the second horizontal flange portion having a second restraining aperture therethrough, the mounting bracket further comprising a second bolt passing through the restraining aperture and being secured to the lower component, the second bolt having a head portion with a diameter greater than a diameter of the second restraining aperture, a lower surface of the head portion of the second bolt limiting vertical motion of the second horizontal flange portion away from the lower component.
4. The mounting bracket of claim 2 , wherein the lower surface of the head portion of the first bolt is a lower surface of a washer on the first bolt.
5. The mounting bracket of claim 2 wherein the first bolt is configured to limit the vertical motion of the first horizontal flange portion within a range that prevents the second horizontal flange portion from being able to contact the lower component.
6. A prefabricated building module comprising:
a chassis having a first beam at a top of an outer wall of the module;
the mounting bracket as recited in claim 1 attached to the first beam and facing outward from the module;
a panel having a front, a back, a top, a bottom, and first and second sides; and
a panel coupler mating component attached to the back of the panel and engaging the mounting bracket.
7. A mounting bracket for attaching a building panel to a building support structure, the mounting bracket comprising:
a lower component having a top surface with a substantially flat horizontal area therein and configured to be rigidly connected to a building support structure;
an upper component having bottom surface opposing and spaced apart from the top surface of the lower component to define a gap therebetween;
a downward facing bearing assembly in the upper component and having a rolling bearing portion extending downwards past the bottom surface of the upper component and engaging the flat horizontal area of the top surface of the lower component;
the upper component having a first flange portion extending over the lower component and a second flange portion extending over the lower component in a direction opposite the first flange portion, each respective flange portion having a constraining aperture therein with a respective aperture diameter;
a first bolt extending upwards from the lower component and through the constraining aperture of the first flange, the constraining aperture of the first flange having a diameter substantially greater than a diameter of a shaft of the first bolt, a head portion of the first bolt having a diameter greater than the diameter of the constraining aperture of the first flange, wherein a lower surface of the head portion of the first bolt limits vertical motion of the first horizontal flange portion away from the lower component;
a second bolt extending upwards from the lower component and through the constraining aperture of the second flange, the constraining aperture of the second flange having a diameter substantially greater than a diameter of a shaft of the second bolt, a head portion of the second bolt having a diameter greater than the diameter of the constraining aperture of the second flange, wherein a lower surface of the head portion of the second bolt limits vertical motion of the second horizontal flange portion away from the lower component; and
a panel coupler attached to the upper component and configured to receive a mating component attached to a panel to permit the panel to be attached to the upper component;
wherein the upper component is movable horizontally relative to the lower component and wherein when the lower component is rigidly connected to the building support structure and the panel is attached to the panel coupler and hung from the bracket, load from the panel is transferred from the upper component to the lower component through the bearing assembly.
8. The mounting bracket of claim 7 , wherein the lower surface of the head portion of each respective bolt is a lower surface of a respective washer on the respective bolt.
9. The mounting bracket of claim 7 , wherein each bolt is configured to limit the vertical motion of the respective horizontal flange portion through which it passes sufficiently to prevent the other horizontal flange portion from being able to contact the lower component.
10. The mounting bracket of claim 7 , the upper component further comprising a base plate having the first and second constraining apertures therein and a bearing aperture positioned between the first and second constraining apertures;
the bearing assembly housed within a bearing support;
the bearing support being affixed to the base plate, a bottom surface of the base plate forming the bottom surface of the upper component, the rolling bearing portion passing through the bearing aperture in the base plate.
11. The mounting bracket of claim 10 , the base plate having a vertical wall extending upwards therefrom, the bearing support affixed to the vertical wall.
12. The mounting bracket of claim 10 , the panel coupler being integral to the bearing support.
13. The mounting bracket of claim 7 , the panel coupler comprising a vertical track within which the mating component can be slidably received.
14. A prefabricated building module comprising:
a chassis having a first beam at a top of an outer wall of the module;
the mounting bracket as recited in claim 7 attached to the first beam and facing outward from the module;
a panel having a front and back, a top, and a bottom, and first and second sides;
the panel coupler mating component attached to the back of the panel and engaging the mounting bracket.
15. A prefabricated building module comprising:
a chassis having a first beam at a top of an outer wall of the module;
the mounting bracket as recited in claim 2 attached to the first beam and facing outward from the module;
a panel having a front, a back, a top, a bottom, and first and second sides; and
a panel coupler mating component attached to the back of the panel and engaging the mounting bracket.