Abstract: An aroma-diffusing heating device includes a heating base, and a aroma capsule put in the heating base in a replaceable manner and including a heat-transfer container, an aromatic substance placed in the heat-transfer container, a breathing film consisting of a fiber fixation layer with first pores and a microporous layer with second pores and bonded to the heat-transfer container and a sealing cover releasably bonded to the heat-transfer container over the breathing film.

Abstract: A liquid perfume diffuser includes a perfume bottle holding a liquid perfume, an inner cap threaded onto the perfume bottle, a rotary cover rotatably capped on the inner cap for pressing and rotating by the user to move the inner cap relative to the perfume bottle between a close position and an open position, so that when the perfume is opened, the liquid perfume can then be absorbed by a liquid-absorbing material in the rotary cap, enabling the pleasant smell of the liquid perfume to be slowly and naturally released into the outside open air through a capillary effect.

Abstract: An aroma diffuser using an aroma capsule is disclosed to include a hollow housing including a first opening on a top side thereof, a second opening on a bottom side thereof and an integrated holder member downwardly inwardly extended from a top side thereof and defining therein a holding chamber facing toward the first opening, a heat conduction device mounted in the holding chamber, and a heating element mounted at a bottom side of the heat conduction device and kept in contact with the heat conduction device. Thus, an aroma capsule can be placed in the holding chamber and heated by the heating element to release fragrant vapor. After the aroma contained in the aroma capsule is used up, the aroma capsule can be replaced conveniently and rapidly.

Abstract: An aromatic nebulizing diffuser includes an inner housing, an outer housing having an outer surface area of diamond cut facets and a center hole by which the outer housing is detachably mounted around the inner housing, a thermally conductive container mounted in the inner housing, an electric heating element mounted at the bottom side of the thermally conductive container, and an angle-adjustable electrical plug electrically coupled with the electric heating element for connection to an external power outlet and allowing adjustment of the angular position of the inner housing and the outer housing relative to the angle-adjustable electrical plug to the desired angle.

Abstract: An aromatherapy nebulizing diffuser includes a bottom shell, a electric fan mounted in the bottom shell, a fluid container supported on the bottom shell, a cap caped on the fluid container, a oscillator mounted in the fluid container for oscillating a contained aromatic fluid into a fine mist of aromatic fluid droplets, and an air guide mounted in the fluid container and having a horizontally extended air outlet that mates with a curved inside wall portion of the cap to create a curved air flow path that guides the intake flow of air to strike against the inside wall of the cap and the container body and to further increase the air pressure for lifting the created fine mist of aromatic fluid droplets efficiently.

Abstract: An aroma diffuser includes an air pump including an air inlet port and an air outlet port, an aromatherapy nebulizer including a fragrance bottle, an air accumulator, a dip tube, an air outlet tube in communication with the fragrance bottle and an air outlet tube in communication with the air accumulator. When a compressed flow of air is induced by the air pump into the accumulation chamber of the air accumulator, a Venturi effect is created in the outlet of the accumulation chamber, causing the liquid fragrance to be sucked out of the fragrance bottle toward and mixed with the compressed flow of air for diffusion through a spray chamber in the air accumulator and the air outlet tube.

Abstract: An aroma diffuser using an aroma capsule is disclosed to include a hollow housing including a first opening on a top side thereof, a second opening on a bottom side thereof and an integrated holder member downwardly inwardly extended from a top side thereof and defining therein a holding chamber facing toward the first opening, a heat conduction device mounted in the holding chamber, and a heating element mounted at a bottom side of the heat conduction device and kept in contact with the heat conduction device. Thus, an aroma capsule can be placed in the holding chamber and heated by the heating element to release fragrant vapor. After the aroma contained in the aroma capsule is used up, the aroma capsule can be replaced conveniently and rapidly.

Abstract: A lamp-based aroma diffuser using an aroma capsule is disclosed to include a lamp housing, a hollow light-transmissive shade mounted in the lamp housing, a holder member mounted in the lamp housing, a heat conduction device mounted in the holder member, a heating element kept in contact with the bottom wall of the heat conduction device, a light-emitting device, and a power supply device-incorporated PC board for driving the heating element to heat the heat conduction device and a replaceable aroma diffuser in the heat conduction device and the light-emitting device to emit color light through the hollow light-transmissive shade and the lamp housing.

Abstract: An aroma-diffusing heating device using an aroma capsule is provided, including a hollow housing, a heat conduction container and a heating element. The heat conduction container is disposed in the hollow housing. The heating element is disposed on a bottom side of the heat conduction container. The heat conduction container has an aroma capsule placed therein from a free end thereof. The hollow housing has a funnel-shaped space formed between a slanting slide portion and a protruding edge of a disposable container of the aroma capsule to define an operation space. A user is allowed to grab the protruding edge of the aroma capsule with his fingers and place the aroma capsule in the heat conduction container, and his fingers can slide through the slanting slide portion into the operation space. Therefore, the fingers can enter into and leave from the operation space easily.

Abstract: An aroma-diffusing heating device includes a heating base, and an aroma capsule detachably accommodated in the heating base and heatable by the heating base to give off fragrance. The aroma capsule includes a heat-transfer container defining a top opening, an aromatic substance held in the heat-transfer container, and a breathing film bonded to the heat-transfer container in the top opening of the heat-transfer container. The breathing film has open spaces defined therein.

Abstract: An aroma diffuser includes an air pump including an air inlet port and an air outlet port, an aromatherapy nebulizer including a fragrance bottle, an air accumulator, a dip tube, an air outlet tube in communication with the fragrance bottle and an air outlet tube in communication with the air accumulator. When a compressed flow of air is induced by the air pump into the accumulation chamber of the air accumulator, a Venturi effect is created in the outlet of the accumulation chamber, causing the liquid fragrance to be sucked out of the fragrance bottle toward and mixed with the compressed flow of air for diffusion through a spray chamber in the air accumulator and the air outlet tube.

Abstract: An aroma-diffusing heating device using an aroma capsule is provided, including a hollow housing, a heat conduction unit and a heating element. The heat conduction unit is disposed in the hollow housing. The heating element is disposed on a bottom side of the heat conduction unit. The heat conduction unit has an aroma capsule placed thereon. The hollow housing has a funnel-shaped space formed between a slanting slide portion and the aroma capsule to define an operation space. A user is allowed to grab the protruding edge of the aroma capsule with his fingers and place the aroma capsule in the heat conduction unit, and his fingers can slide through the slanting slide portion into the operation space. Therefore, the fingers can enter into and leave from the operation space easily.

Abstract: A wall-mount aroma-diffusing night lamp assembly includes an electrical plug angularly adjustably connected to a housing, a heating element electrically connected to the electrical plug, a heat transfer member kept in contact with the heating element, a light-emitting device, a retaining device fastened to the housing, and a light guide plate detachably connected to the retaining device around a part of the periphery of the housing a uniform glowing effect during operation of the light-emitting device, and a disposable aroma capsule placed on the heat transfer member and heatable to release a pleasant smell.

Abstract: An aroma-diffusing night lamp assembly includes a body holding a coupling socket at the top, a lamp bulb inserted into the coupling socket and electrically connected to the body, a lampshade defining a bottom coupling hole coupled to the coupling socket and a top opening for holding an aroma capsule, and an aroma capsule including a disposable heat-transfer container mounted in the top opening of the lampshade and an aromatic substance contained in the disposable heat-transfer container and heatable by the radiating heat energy of the lamp bulb to release an aromatic smell.

Abstract: An aroma-diffusing night lamp assembly includes a body holding a coupling socket at the top, a lamp bulb inserted into the coupling socket and electrically connected to the body, a lampshade defining a bottom coupling hole coupled to the coupling socket and a top opening for holding an aroma capsule, and an aroma capsule including a disposable heat-transfer container mounted in the top opening of the lampshade and an aromatic substance contained in the disposable heat-transfer container and heatable by the radiating heat energy of the lamp bulb to release an aromatic smell.