Abstract: An electronic simulation candle comprises a housing, one or more lamps supported by the housing and having a first operative state providing a first color illumination and a second operative state providing a second color of illumination, and a manual switch connected to complete a circuit with the battery and thereby energize the one or more lamps in one of the first and second operative states. A transceiver is associated with the housing and has an antenna suitable for receiving a first code and responding to the first code by transmitting a second code. A circuit coupled to the transceiver, such as circuitry or code executing in a processor, responds to receipt of either the first code or the second code to selectively generate a gate signal. A code responsive switch is driven by the gate signal to change the first operative state to the second operative state.

Abstract: An illumination device includes a housing and a lamp supported by the housing. The lamp includes one or more LEDs. The candle further includes a battery disposed within the interior of the housing and electrically connected to the lamp for providing power to the lamp. A first cover covers the lamp and is removably supported by the housing. The first cover has the shape of a flame so as to allow the electronic candle to simulate a live flame when the lamp is activated. A second cover is removably supported by the housing and is disposed above the first cover in spaced relation, wherein a weather-proof seal is formed between the second cover and the housing. The candle also includes a manual switch connected to complete a circuit with the battery and thereby energize the lamp and permit a plurality of operating modes of the lamp to be selected.