Abstract: Automatic ejection assemblies for an electric vehicle plug and methods for controlling the same. An automatic ejection assembly includes a mounting assembly for mounting the automatic ejection assembly to an electric vehicle plug and a first automatic ejection mechanism configured to cause the electric vehicle plug to eject from an electric vehicle. A method includes detecting a disconnect trig per by an automatic ejection control system, where the disconnect trigger indicated that an automatic-eject plug should be ejected from an electric vehicle. The method includes, in response to detecting the disconnect trigger, controlling an ejection assembly connected to the automatic-eject plug to cause the automatic-eject plug to eject from the electric vehicle.

Abstract: In one aspect, the invention provides a burner plate comprising a self-supporting substrate having perforations extending through the substrate, the substrate comprising ceramic fibers and an inorganic oxide coating comprising inorganic oxide platelets on the substrate. In another aspect, the invention provides a burner assembly which comprises such a burner plate.

Abstract: In one aspect, the invention provides a burner plate comprising a self-supporting substrate having perforations extending through the substrate, the substrate comprising ceramic fibers and an inorganic oxide coating comprising inorganic oxide platelets on the substrate. In another aspect, the invention provides a burner assembly which comprises such a burner plate.