Abstract: A method for managing an electronic vaping power device may include performing a safety analysis on a power device circuit. Performing the safety analysis may include using a liquid sensing device to determine whether the liquid is present in the power device circuit. The method may further include disabling, in response to determining that a liquid is present in the power device circuit, the power device circuit from performing the electronic vaping operation or a charging operation.

Abstract: A method for managing an electronic vaping power device may include performing a safety analysis on a power device circuit. Performing the safety analysis may include using a liquid sensing device to determine whether the liquid is present in the power device circuit. The method may further include disabling, in response to determining that a liquid is present in the power device circuit, the power device circuit from performing the electronic vaping operation or a charging operation.

Abstract: An audio device includes a plurality of control cards and an audio unit. Each control card has an edge margin provided with an identification label for identifying the same. The identification label includes an insulator portion and at least two electrically connected conductive strips on the insulator portion. The audio unit includes an audio housing formed with a card slot to permit extension of the edge margin of one of the control cards into the audio housing, and a memory module disposed in the audio housing for storing digitized audio data corresponding to the control cards therein. A control circuit controls the output of the digitized audio data from the memory module. A plurality of electrically conductive stripes connect the control circuit to the identification label on the edge margin of the control card that is extended into the card slot of the audio housing.