A rear exhaust finisher assembly has a housing with a hollow interior, an input end and an output end. The input end has an inlet opening that is open to the hollow interior. The output end has two exhaust openings adjacent to one another. The two exhaust opening are open to the hollow interior with
A rear exhaust finisher assembly has a housing with a hollow interior, an input end and an output end. The input end has an inlet opening that is open to the hollow interior. The output end has two exhaust openings adjacent to one another. The two exhaust opening are open to the hollow interior with a baffle structure being defined between the two exhaust openings. The baffle structure is shaped and configured to cause exhaust gases moving in a gas-flow direction through the hollow interior of exhaust finisher to experience at least a partial change in direction as the exhaust gases move past the baffle structure.
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1. A rear exhaust finisher assembly, comprising: a vehicle body structure;a rear bumper fascia having an inboard surface and an outboard surface, the rear bumper fascia being attached to a rear end of the vehicle body structure, the rear bumper fascia having at least one opening that extends from th
1. A rear exhaust finisher assembly, comprising: a vehicle body structure;a rear bumper fascia having an inboard surface and an outboard surface, the rear bumper fascia being attached to a rear end of the vehicle body structure, the rear bumper fascia having at least one opening that extends from the inboard surface through to a rearward facing section of the outboard surface;an exhaust system installed beneath the vehicle body structure and including at least one exhaust pipe that extends rearward toward the rear bumper fascia; andan exhaust finisher having a housing with a hollow interior, an input end and an output end, with a gas-flow direction being defined as a direction in which gases move from the input end to the output end, the exhaust finisher extending through the at least one opening and being attached to the rear bumper fascia, the input end extending inboard from the inboard surface of the rear bumper fascia and the output end extending through and out of the at least one opening of the rear bumper fascia and further extending rearward relative to the rearward facing section of the outboard surface of the rear bumper fascia, the input end having an inlet opening that is open to the hollow interior and is positioned adjacent to the exhaust pipe receiving exhaust gases therefrom, the output end having two exhaust openings adjacent to one another, the two exhaust openings being open to the hollow interior, with a baffle structure being located at the output end, being defined between the two exhaust openings and being shaped and configured to cause exhaust gases moving in the gas-flow direction through the hollow interior of exhaust finisher to experience at least a partial change in direction as the exhaust gases move past the baffle structure. 2. The rear exhaust finisher assembly according to claim 1, wherein the baffle structure includes an interior surface that faces the hollow interior of the housing, the interior surface having a projection that extends from a lower area of the baffle structure to an upper area of the baffle structure and further extends within the hollow interior in a direction opposite the gas-flow direction toward the input end. 3. The rear exhaust finisher assembly according to claim 2, wherein the projection is defined by curved surfaces as viewed from above. 4. The rear exhaust finisher assembly according to claim 2, wherein the projection is centered between the two exhaust openings. 5. The rear exhaust finisher assembly according to claim 2, wherein the projection is off-center between the two exhaust openings such that the projection is closer to a first of the exhaust openings than a second of the exhaust openings. 6. The rear exhaust finisher assembly according to claim 2, wherein the projection defines a ridge that extends along the projection, the interior surface of the baffle structure being defined by a first surface section that extends from the ridge in a first lateral direction, and a second surface section that extends from the ridge in a second lateral direction opposite the first lateral direction, the first surface section and the second surface section having symmetrical curved serpentine shapes as viewed from above. 7. The rear exhaust finisher assembly according to claim 6, wherein the ridge of the projection extends from a lower side of the housing to an upper side of the housing between the two exhaust openings and is inclined relative to vertical by an angle of between 20 and 40 degrees. 8. The rear exhaust finisher assembly according to claim 7, wherein the ridge of the projection is off-center between the two exhaust openings such that the projection is closer to a first of the exhaust openings than a second of the exhaust openings. 9. The rear exhaust finisher assembly according to claim 1, wherein the baffle structure includes an interior surface that faces the hollow interior of the housing, the interior surface having a semi-circular shape as viewed from above. 10. The rear exhaust finisher assembly according to claim 1, wherein the baffle structure extends from a lower side of the housing to an upper side of the housing between the two exhaust openings and is inclined relative to vertical by an angle of between 20 and 40 degrees. 11. The rear exhaust finisher assembly according to claim 1, wherein the housing of the exhaust finisher includes a lower shell portion and an upper shell portion, with a lower section of the baffle structure extending upward from a rearward area of the lower shell portion and an upper section of the baffle structure extends downward from a rearward area of the upper shell portion. 12. The rear exhaust finisher assembly according to claim 1, wherein the baffle structure includes an interior surface that is defined by a plurality of planar panels fitted together. 13. The rear exhaust finisher assembly according to claim 1, wherein the baffle structure includes an interior surface that is planar and includes a plurality of grooves formed therein facing the hollow interior. 14. The rear exhaust finisher assembly according to claim 1, wherein the baffle structure includes an interior surface that is planar and includes a plurality of dimples formed therein facing the hollow interior, each of the plurality of dimples being a concaved area of the interior surface. 15. The rear exhaust finisher assembly according to claim 11, wherein the hollow interior of the housing of the exhaust finisher is defined by the lower shell portion and the upper shell portion, the hollow interior being open and free of any structures except the baffle structure, the baffle structure being located at the output end of the hollow interior, adjacent and between the two exhaust openings. 16. A rear exhaust finisher assembly, comprising: a vehicle body structure;a rear bumper fascia having an inboard surface and an outboard surface, the rear bumper fascia being attached to a rear end of the vehicle body structure, the rear bumper fascia having at least one opening;an exhaust system installed beneath the vehicle body structure and including at least one exhaust pipe that extends rearward toward the rear bumper fascia; andan exhaust finisher having a housing with a hollow interior, an input end and an output end, with a gas-flow direction being defined as a direction in which gases move from the input end to the output end, the exhaust finisher extending through the at least one opening and being attached to the rear bumper fascia, the input end extending inboard from the inboard surface of the rear bumper fascia and the output end extending rearward from the outboard surface of the rear bumper fascia, the input end having an inlet opening that is open to the hollow interior and is positioned adjacent to the exhaust pipe receiving exhaust gases therefrom, the output end having two exhaust openings adjacent to one another, the two exhaust openings being open to the hollow interior, with a baffle structure located at the output end of the exhaust finisher spaced apart from the input end, the baffle structure being defined between the two exhaust openings and being shaped and configured to cause exhaust gases moving in the gas-flow direction through the hollow interior of exhaust finisher to experience at least a partial change in direction as the exhaust gases move past the baffle structure. 17. The rear exhaust finisher assembly according to claim 16, wherein the baffle structure is vertically oriented between and adjacent to the two exhaust openings. 18. The rear exhaust finisher assembly according to claim 16, wherein the housing of the exhaust finisher includes a lower shell portion and an upper shell portion, with a lower section of the baffle structure extending upward from a rearward area of the lower shell portion and an upper section of the baffle structure extends downward from a rearward area of the upper shell portion. 19. The rear exhaust finisher assembly according to claim 18, wherein the hollow interior of the housing of the exhaust finisher is defined by the lower shell portion and the upper shell portion, the hollow interior being open and free of any structures except the baffle structure.
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