Abstract: An oil drainage apparatus includes a base member defining an interior area and a laterally extending selector channel. A connection tube extends upwardly from the base for connection to the oil drainage port of an engine. An oil drainage body extends upwardly from the connection member and has apertures in fluid communication with the oil pan. Drainage of oil from the engine's oil pan is regulated by a positioning of magnets. A drain magnet is vertically movable inside the drainage body and movable between a closed configuration blocking the plurality of apertures and an open configuration displaced therefrom. An actuation lever is laterally movable to align either a first or second actuation magnet beneath the drain magnet, one of the actuation magnets having a polarity to attract and close the drain magnet and the other having a polarity which pushes away and opens the drain magnet to allow drainage.

Abstract: An oil drainage apparatus includes a base member defining an interior area and a laterally extending selector channel. A connection tube extends upwardly from the base for connection to the oil drainage port of an engine. An oil drainage body extends upwardly from the connection member and has apertures in fluid communication with the oil pan. Drainage of oil from the engine's oil pan is regulated by a positioning of magnets. A drain magnet is vertically movable inside the drainage body and movable between a closed configuration blocking the plurality of apertures and an open configuration displaced therefrom. An actuation lever is laterally movable to align either a first or second actuation magnet beneath the drain magnet, one of the actuation magnets having a polarity to attract and close the drain magnet and the other having a polarity which pushes away and opens the drain magnet to allow drainage.