Adaptive exhaust vent
Provided is an exhaust vent for venting air including a base member configured to be secured to a structure. The base member may define an opening in fluid communication with an exhaust conduit of the structure and a raised flange disposed around the opening. The exhaust vent may also include a removable vent adapter, wherein the adapter is configured to connect to the raised flange and maintain fluid communication between the opening and the exhaust conduit. A substantially hollow housing may be attached to the base member and configured to cover the opening of the base member and maintain fluid communication between the opening and an exterior of the housing. A pivoting damper may also be disposed within the substantially hollow housing configured to rest atop the opening of the base member when in a closed position.
1. An exhaust vent comprising:
a base member configured to be secured to a structure having an exhaust conduit, the base member defining:
an opening, wherein the opening is in fluid communication with the exhaust conduit of the structure; and
a raised flange disposed around the opening;
a removable vent adapter, wherein the adapter is configured to connect to the raised flange and maintain fluid communication between the opening and the exhaust conduit;
a substantially hollow housing attached to the base member, the housing configured to:
cover the opening of the base member; and
maintain fluid communication between the opening and an exterior of the housing; and
a pivoting damper disposed within the substantially hollow housing, wherein the damper is configured to rest atop the opening of the base member when in a closed position,
wherein the pivoting damper further defines a counterbalance configured to counterbalance the pivoting damper between open and closed positions, wherein a thickness of the counterbalance in an airflow direction is greater than a thickness of the pivoting damper in the airflow direction, and wherein the pivoting damper is connected to a side of the housing via a bracket.
2. The exhaust vent according to claim 1 , wherein the removable vent adapter comprises two or more separable airflow guidance components.
3. The exhaust vent according to claim 1 , wherein the pivoting damper is pivotally connected to a side of the housing opposite the opening.
4. The exhaust vent according to claim 1 , wherein the pivoting damper further defines a rim configured to, in a closed position, encircle the raised flange of the base member.
5. The exhaust vent according to claim 1 , wherein the substantially hollow housing further defines an exterior opening.
6. The exhaust vent according to claim 5 , further defining a grate configured to cover the exterior opening.
7. The exhaust vent according to claim 5 , wherein the substantially hollow housing further defines a first height associated with a side of the housing defining the exterior opening, and a second height associated with a side opposite the exterior opening, wherein the first height is larger than the second height to promote fluid flow in a defined direction.
8. The exhaust vent according to claim 1 , wherein the raised flange further defines one or more recesses configured to receive the removable vent adapter.
9. The exhaust vent according to claim 8 , wherein the removable vent adapter further defines one or more deflectable tabs configured to engage the one or more recesses of the raised flange.
10. The exhaust vent according to claim 1 , wherein the removable vent adapter further defines a sealing element configured to substantially seal the exhaust conduit of the structure.
11. The exhaust vent according to claim 2 , wherein the removable vent adapter comprises two separable airflow guidance components, and wherein the separable airflow guidance components are tiered such that a first separable airflow guidance component has a larger outer diameter than a second separable airflow guidance component.
12. The exhaust vent according to claim 11 , wherein the removable vent adapter further comprises a third separable airflow guidance component.
13. The exhaust vent according to claim 12 , wherein the separable airflow guidance components are tiered such that the second separable airflow guidance component has a larger outer diameter than the third separable airflow guidance component.
14. The exhaust vent according to claim 11 , wherein the first separable airflow guidance component is connected to the raised flange.
15. The exhaust vent according to claim 11 , wherein the exhaust conduit is connected to the second separable airflow guidance component.
16. The exhaust vent according to claim 12 , wherein the exhaust conduit is connected to the third separable airflow guidance component.
17. The exhaust vent according to claim 12 , wherein the separable airflow guidance components connect to one another via a bayonet-type connection.
18. The exhaust vent according to claim 11 , wherein the first airflow guidance component and the second airflow guidance component each further comprise a sealing element configured to substantially seal the exhaust conduit of the structure.
19. The exhaust vent according to claim 12 , wherein each of the first separable airflow guidance component, the second separable airflow guidance component, and third separable airflow guidance component further comprises a sealing element configured to substantially seal the exhaust conduit of the structure.
20. An exhaust vent comprising:
a base member configured to be secured to a structure having an exhaust conduit, the base member defining:
an opening, wherein the opening is in fluid communication with the exhaust conduit of the structure; and
a raised flange disposed around the opening;
a removable vent adapter, wherein the adapter is configured to connect to the raised flange and maintain fluid communication between the opening and the exhaust conduit;
a substantially hollow housing attached to the base member, the housing configured to:
cover the opening of the base member; and
maintain fluid communication between the opening and an exterior of the housing; and
a pivoting damper disposed within the substantially hollow housing, wherein the damper is configured to rest atop the opening of the base member when in a closed position,
wherein the raised flange of the base member includes one or more open-ended recesses, wherein the pivoting damper further comprises a rim configured to, in a closed position, encircle the raised flange of the base member, and wherein, in a closed position, the rim extends below the bottom edge of the one or more recesses.