The present invention relates to a candle warmer having a touch type on/off means, which allows a lamp constituting the warmer to flicker by touching a certain portion of a candle body and, more specifically to, a candle warmer having a touch type on/off means, comprising a contact sensor having a dimming function, wherein power supplied to the lamp can be turned on or turned off by bringing the contact sensor into contact with the warmer body to touch a certain portion of the warmer body, and the evaporation loss of an aromatic candle can be controlled by adjusting the output of the lamp.

The present invention relates to a candle warmer having a touch type on/off means, which allows a lamp constituting the warmer to flicker by touching a certain portion of a candle body and, more specifically to, a candle warmer having a touch type on/off means, comprising a contact sensor having a dimming function, wherein power supplied to the lamp can be turned on or turned off by bringing the contact sensor into contact with the warmer body to touch a certain portion of the warmer body, and the evaporation loss of an aromatic candle can be controlled by adjusting the output of the lamp.

The present invention relates to a candle warmer having a touch type on/off means, which allows a lamp constituting the warmer to flicker by touching a certain portion of a candle body and, more specifically to, a candle warmer having a touch type on/off means, comprising a contact sensor having a dimming function, wherein power supplied to the lamp can be turned on or turned off by bringing the contact sensor into contact with the warmer body to touch a certain portion of the warmer body, and the evaporation loss of an aromatic candle can be controlled by adjusting the output of the lamp.

The present invention relates to a candle warmer having a touch type on/off means, which allows a lamp constituting the warmer to flicker by touching a certain portion of a candle body and, more specifically to, a candle warmer having a touch type on/off means, comprising a contact sensor having a dimming function, wherein power supplied to the lamp can be turned on or turned off by bringing the contact sensor into contact with the warmer body to touch a certain portion of the warmer body, and the evaporation loss of an aromatic candle can be controlled by adjusting the output of the lamp.

Disclosed herein are kerosene lantern conversion kits for converting kerosene lanterns to solar light devices. The kerosene lantern conversion kit may comprise a light unit configured to be inserted to the kerosene lantern, the light unit including a light source and a battery electrically coupled to the light source. The kerosene lantern conversion kit may comprise a switch unit configured to be inserted into a kerosene-filling opening of the kerosene lantern, the switch unit including a switch configured to electrically couple to the light source to control the light source. The kerosene lantern conversion kit may comprise a solar panel that can electrically couple to the battery to deliver energy generated by the solar panel to the battery. Using the conversion kits described herein, kerosene lanterns can easily be retrofitted to solar light devices using few tools and with limited basic training.

Disclosed herein are kerosene lantern conversion kits for converting kerosene lanterns to solar light devices. The kerosene lantern conversion kit may comprise a light unit configured to be inserted to the kerosene lantern, the light unit including a light source and a battery electrically coupled to the light source. The kerosene lantern conversion kit may comprise a switch unit configured to be inserted into a kerosene-filling opening of the kerosene lantern, the switch unit including a switch configured to electrically couple to the light source to control the light source. The kerosene lantern conversion kit may comprise a solar panel that can electrically couple to the battery to deliver energy generated by the solar panel to the battery. Using the conversion kits described herein, kerosene lanterns can easily be retrofitted to solar light devices using few tools and with limited basic training.

A birthday candle with an automatic lighting effect mainly includes a candle body, a wick connected to the candle body with an end protruding outside an upper end of the candle body, a light sensor configured in the candle body at a position close to the wick and configured for detecting light generated by the wick when the wick burns, a light source, and a control circuit board electrically connected with the light sensor and the light source. The control circuit board is used for controlling the light source according to signals output from the light sensor. The control circuit board turns on the light source once the wick burns and turns off the light source once the wick is extinguished, such that the light source can work synchronously and coordinately along with the wick.

A birthday candle with an automatic lighting effect mainly includes a candle body, a wick connected to the candle body with an end protruding outside an upper end of the candle body, a light sensor configured in the candle body at a position close to the wick and configured for detecting light generated by the wick when the wick burns, a light source, and a control circuit board electrically connected with the light sensor and the light source. The control circuit board is used for controlling the light source according to signals output from the light sensor. The control circuit board turns on the light source once the wick burns and turns off the light source once the wick is extinguished, such that the light source can work synchronously and coordinately along with the wick.