A heating and atomizing aroma diffuser includes a cover with an outlet thereof, an atomization core including a heating member and a liquid conduction member surrounding around the heating member, a spice storage, an airflow generator with an inlet thereof and a control unit. The inlet, the airflow generator, the spice storage, the atomization core and the outlet are connected to cooperatively form an air passageway thereof. The control unit is electrically connected to the heating member and the airflow generator to drive the heating member to generate heat, so that spice liquid adsorbed on a surface of the liquid conduction member is atomized into steam by high temperature, and then simultaneously drive the steam to diffuse into the air through the air passageway, thereby the steam can be diffused rapidly and sufficiently into the air, and has widespread spectrum and strong fragrance.

An improved portable scent warmer having a modular or compartmentalized housing holding a scented member, a heating element imparting heat to the scented member to release its fragrance, a fan element for direct the dispersion of the fragrance, a input device for selectively controlling and actuating the heating element; a rotatable cover adjoined to the housing; and at least one power supply means for powering the heating element.

A diffuser includes an adjustable heater having a temperature control knob providing indicia coordinated with like indicia on packets of vaporizable materials of different tendencies to vaporize. By manipulating the temperature control knob to the indicia corresponding to the indicia on the packet, a suitable quantity of energy is delivered to the diffuser resulting in suitable vaporization. One indicia is color coded packets and similarly color coded markings adjacent the temperature control knob.

A heater includes a housing, one or more infrared heating elements positioned inside the housing, and a fan positioned inside the housing. The housing has a front surface with a border around the perimeter of the front surface, with ventilation slots extending through the border, and an open central area. The housing has a rear surface with a border around the perimeter of the rear surface, with ventilation slots extending through the border, and a closed central area. The heater includes a removable first bezel to block the ventilation slots and the central area of the front and rear surfaces and a removable second bezel to block the ventilation slots on the border and being open in the central area. The heater may be used without the first or second bezels, with the first bezel alone, or with the second bezel alone.

Described are articles formed of a pulp base material comprising fibers, wherein pores are formed between the fibers. A volatile composition with at least one top note component and at least one base note component at least partially fills the pores of the pulp base material. A release rate of the at least one top note component is modulated by the pulp base material, and a release rate of the at least one base note component is enhanced by the pulp base material.

A booster device for an aroma display is able to increase or decrease air flow to carry a scent emitted from an aroma cartridge. The aroma display includes a columnar shape with first and second surfaces and a side surface, an emitting opening to emit a scent is provided on the first surface, and a wind source to emit the scent to an exterior of aroma display is provided in the aroma display. The booster device includes a housing including the aroma display therein, and a fan provided in the housing on the side of the second surface of aroma display. The housing includes a cylindrical outer housing and a holder to hold the aroma display in the housing. The holder holds the aroma display to define an air passage for the wind from the fan between the outer housing and the aroma display.

A booster device for an aroma display is able to increase or decrease air flow to carry a scent emitted from an aroma cartridge. The aroma display includes a columnar shape with first and second surfaces and a side surface, an emitting opening to emit a scent is provided on the first surface, and a wind source to emit the scent to an exterior of aroma display is provided in the aroma display. The booster device includes a housing including the aroma display therein, and a fan provided in the housing on the side of the second surface of aroma display. The housing includes a cylindrical outer housing and a holder to hold the aroma display in the housing. The holder holds the aroma display to define an air passage for the wind from the fan between the outer housing and the aroma display.

The present invention relates to a disposable container (100). The disposable container (100) is use particularly for vaporization, evaporation or diffusion whereby filler materials of filler means are released into the air flow stream through air flow means. The disposable container (100) comprising filler means (101) filled with filler materials within the closed empty space between an inner side wall (101a) and an outer side wall (101b) and a top (101c) and a bottom part (101d) of the disposable container (100); and locking means (104) at the bottom part of the disposable container (100) to further secure the disposable container (100) to an air flow means. The inner side wall (101a), the outer side wall (101b), the top (101c) and the bottom part (101d) of the disposable container (100) are permeable or perforated enabling filler materials to be released into an air flow stream through air flow means; wherein filler materials are released by means of vaporization, evaporation or diffusion.

A fogging machine for emitting an insecticide in a fog or mist is provided. The fogger machine is powered by a rechargeable power source that is coupled to a solar panel that collects and converts sunlight into electrical energy. A microprocessor can be programmed, configured and/or structured to permit the machine to be turned on-off at preselected times. A Bluetooth or other wireless communication circuit permits the unit to be controlled remotely via a smart phone/computer/tablet.

A device for diffusing a liquid into a vapor proximate a face of a person comprises a U-shaped enclosure that has two legs connected with a back portion for resting on shoulders of the person around a neck of the person. A top side of the enclosure has at least one diffusion port. A control circuit disposed within the interior space of the enclosure includes a controller, at least one user interface, a power source, and a diffusion mechanism connecting a reservoir containing the liquid with the at least one diffusion port. Wherein the person has a smart phone running a software application, the controller may further include a processor, a non-volatile memory, and a wireless network module adapted to wirelessly communicate with the software application running on the smart phone to control a diffusion rate, an on/off status of the device, and a timer.