Exhaust component assemblies with divider plates
A exhaust component assembly includes an exhaust component and a divider plate. The exhaust component includes an inner wall defining a gas passageway. The divider plate is inserted in the gas passageway and secured to the exhaust component by mechanical locking means, generally in an interference-fit relationship.
1. An exhaust component assembly comprising:
an exhaust component that includes an inner wall defining a gas passageway, said inner wall including at least one recessed groove; and
a divider plate inserted into the groove and secured to the exhaust component by mechanical locking means occurring between the divider plate and said at least one groove,
wherein the mechanical locking means includes an interference fit between the divider plate and the exhaust component,
wherein the divider plate includes a locking feature for locking the divider plate in the exhaust component, and
wherein the locking feature includes at least one wavy surface for engaging a groove wall occurring along said at least one groove.
2. The exhaust component assembly of claim 1 , wherein the at least one groove includes an enlarged portion at a lead-in end.
3. The exhaust component assembly of claim 1 , wherein the locking feature is integrally formed with the divider plate.
4. The exhaust component assembly of claim 1 , wherein the locking feature includes a plurality of wavy surfaces for engaging the groove wall.
5. The exhaust component assembly of claim 1 , wherein the divider plate is formed from a high temperature material.
6. The exhaust component assembly of claim 5 , wherein the high temperature material is selected from ceramics and stainless steel.
7. An exhaust component assembly comprising:
an exhaust component that includes an inner wall defining a gas passageway, said inner wall including at least one recessed groove; and
a divider plate inserted into the groove and secured to the exhaust component by mechanical locking means occurring between the divider plate and said at least one groove,
wherein the mechanical locking means includes an interference fit between the divider plate and the exhaust component,
wherein the divider plate includes a locking feature for locking the divider plate in the exhaust component,
wherein the locking feature includes locking tabs extending from at least one surface of the divider plate, and
wherein the locking tabs engage at least one rugged groove wall that defines the at least one groove.
8. The exhaust component assembly of claim 7 , wherein the at least one surface is a flat surface.
9. The exhaust component assembly of claim 7 , wherein the at least one rugged groove wall defines protrusions for interfering with the locking tabs.
10. The exhaust component assembly of claim 9 , wherein the protrusions are wedge shaped.
11. An exhaust component assembly comprising:
an inlet portion;
an outlet portion defining an inner wall, a gas passageway defined by the inner wall, and at least one groove formed on the inner wall;
a plurality of runners converging at said gas passageway; and
a divider plate inserted into at least one groove so as to separate the gas passageway into compartments;
wherein the divider plate includes a locking feature for locking the divider plate to groove walls that define the at least one groove,
wherein the locking feature includes at least one wavy surface for engaging the groove walls.
12. The exhaust component assembly of claim 11 , wherein the locking feature is integrally formed with the divider plate.
13. The exhaust component assembly of claim 11 , wherein the locking feature includes a plurality of wavy surfaces for engaging the groove wall.
14. The exhaust component assembly of claim 11 , wherein the locking feature includes locking tabs extending from at least one surface of the divider plate.
15. The exhaust component assembly of claim 14 , wherein the locking tabs engage at least one rugged groove wall that defines the at least one groove.
16. The exhaust component assembly of claim 15 , wherein the at least one rugged groove wall defines protrusions for interfering with the locking tabs.
17. The exhaust component assembly of claim 16 , wherein the protrusions are wedge shaped.
18. The exhaust component assembly of claim 11 , wherein the divider plate is formed from a high temperature material.
19. The exhaust component assembly of claim 18 , wherein the high temperature material is selected from ceramics and stainless steel.