Abstract: A method according to the principles of the present disclosure includes fastening a body mount assembly to a frame of a vehicle, where the body mount assembly includes a radiator support bracket. The method further includes mounting a radiator assembly onto the radiator support bracket after fastening the body mount assembly to the frame, and fastening a body structure to the body mount assembly.

Abstract: A transmission pan with integrated heat exchanger for an automobile vehicle includes a transmission pan. A heat exchanger is positioned entirely within transmission pan and is fixed to a bottom inner surface of the transmission pan. The heat exchanger includes a substantially flat surface. The surface includes a first flow port defining a transmission fluid inlet port, and a second flow port defining a transmission fluid outlet port. A cooling header assembly has an inlet header and an outlet header, each fixed to and sealed at an entrance through a wall of the heat exchanger. The inlet header and the outlet header also each penetrate an outer wall of the transmission pan and are each fixed to and sealed where the penetrations of the inlet header and the outlet header contact the outer wall.

Abstract: An exhaust system with post-operation cooling for a vehicle is provided. The vehicle generally has a heat generating device that generates exhaust gas. The exhaust system includes an exhaust gas conduit through which at least a portion of the exhaust gas is flowable and dischargeable, and at least one exhaust gas component in fluid communication with the exhaust gas conduit. The exhaust system also includes an air intake conduit through which outside air is flowable, and an air pump in fluid communication with the air intake conduit. The air intake conduit is in fluid communication with the exhaust gas conduit upstream of the at least one exhaust gas component. The air pump is configured to draw the outside air into the air intake conduit such that the outside air is supplied to the exhaust gas conduit to cool the at least one exhaust gas component.

Abstract: A fin assembly for attachment to a die cutting machine to guide and align at least two blanks cut from a sheet in the machine as the blanks are fed through the machine. The fin assembly includes at least one thin plate-like fin having length and height dimensions and a narrow thickness. The fin is mounted in the machine so that the length dimension is in substantial alignment with a respective cut separating two blanks cut in the machine, so that the blanks fall on opposite sides of the fin as they are fed through the machine, whereby the fin keeps the blanks separate and aligns them as they are fed through the machine. At least one back stop is associated with the fin to prevent blanks from moving in a reverse direction and falling out of the machine when they fall past the fin.

Abstract: A fin assembly for attachment to a die cutting machine to guide and align at least two blanks cut from a sheet in the machine as the blanks are fed through the machine. The fin assembly includes at least one thin plate-like fin having length and height dimensions and a narrow thickness. The fin is mounted in the machine so that the length dimension is in substantial alignment with a respective cut separating two blanks cut in the machine, so that the blanks fall on opposite sides of the fin as they are fed through the machine, whereby the fin keeps the blanks separate and aligns them as they are fed through the machine. At least one back stop is associated with the fin to prevent blanks from moving in a reverse direction and falling out of the machine when they fall past the fin.