A liquid diffuser system includes a housing with one or more electrical components configured to selectively release a singular air mixture from multiple atomized sources for dispersing throughout multiple individually distinct and separate rooms simultaneously. The system includes an air pump to collect and pressurize air for passage into multiple bottles, each of which contain a liquid for atomization and mixture with the air. A splitter is used to combine the air from each bottle into a singular air mixture for releasing to the environment. The system may also include an air sensor located within a duct of an HVAC system for dispersing the air into the duct work. The liquid diffuser system may include the HVAC system and duct work. The system may also be regulated through a remote electronic device.

A liquid diffuser system includes a housing with one or more electrical components configured to selectively release a singular air mixture from multiple atomized sources for dispersing throughout multiple individually distinct and separate rooms simultaneously. The system includes an air pump to collect and pressurize air for passage into multiple bottles, each of which contain a liquid for atomization and mixture with the air. A splitter is used to combine the air from each bottle into a singular air mixture for releasing to the environment. The system may also include an air sensor located within a duct of an HVAC system for dispersing the air into the duct work. The liquid diffuser system may include the HVAC system and duct work. The system may also be regulated through a remote electronic device.

A device for deodorization and disinfection is provided. The aforementioned device includes a supporter, a fan module, a high voltage generating module, a controlling circuit, a battery module, and a cover body used to contain aforementioned elements. Aforementioned supporter includes a first supporting portion, a second supporting portion, and a third supporting portion. The fan module attaches to a setting plane of the first supporting portion. The high voltage generating module is configured at the third supporting portion and below the fan module, and a corona generator of the high voltage generating module is configured at an air outlet of the fan module. The battery module is configured at a holding space formed by the second supporting portion and the third supporting portion. The controlling circuit makes the battery module provide power to the fan module and the high voltage generating module.

A method is disclosed comprising drawing air into a robotic vapor device from an airstream of a heating, ventilation, and air conditioning (HVAC) system, exposing the drawn air to a sensor to detect one or more constituents in the drawn air, determining measurement data for the one or more constituents of the drawn air via the sensor, determining one or more vaporizable materials to vaporize based on the measurement data, transmitting an instruction to the HVAC system to continue providing the airstream, and dispensing a vapor comprised of the one or more vaporizable materials into the airstream.

A system is disclosed comprising a plurality of vapor devices and a computing device, in communication with the plurality of vapor devices, configured for, receiving sensor data and locations from each of the plurality of vapor devices, determining one or more vaporizable materials to be vaporized by each of the plurality of vapor devices based on the sensor data and the locations, and transmitting an instruction to each of the plurality of vapor devices to vaporize the determined one or more vaporizable materials.

A fragrance filter assembly for releasing a fragrance into an HVAC system includes a filter unit that may positioned in an intake of an HVAC system. The filter unit inhibits particles from passing through the intake. A plurality of strips each of the strips is coupled to the filter unit. Each of the strips is infused with a fragrance wherein each of the strips is configured to release the fragrance into the intake when the HVAC system is turned on thereby enhancing a smell of air urged by the HVAC system.

A method of maintaining a desired level of an aerosolized compound within a space to be treated with the compound, the method including providing a diffusion device with the compound in liquid form and a control system for operating the device. The control system includes a sensor in fluid communication with the air within the space to be treated configured to sense the concentration of the compound aerosolized within the space. The diffusion device is operated to diffuse the compound into the space. The concentration of the compound within the space to be treated is sensed with the sensor and operation of the diffusion device is altered based on the concentration of the compound sensed to achieve a desired concentration of compound within the space. The sensing and operation altering steps are repeated periodically to maintain the desired concentration of the compound within the space.

An air treatment device for an airflow of an air conditioning system includes a treatment element having one or more passages extending in part or completely in a flow direction. The passages include fragrancing faces that extend in the flow direction and are designed to release one or more fragrant substances into an airflow that is flowing through.

The present invention is directed to a small, lightweight personal cooling device that provide localized cooling to the users. The air is sucked in from the top visible part of the device that funnels it down a vent where it passes over essential oils. After passing over essential oils, the cooler air is expelled out from the openings present in the basal body. The angle of the opening is designed to create the least resistance to the air flow. The openings are designed in form of honeycomb structured that allows maximum air to flow through it. Essential oils are present to enhance the cooling effect produced by device.

The present disclosure provides a volcano type aromatherapy humidifier, including a humidifier main unit body, a control circuit board arranged inside the humidifier main unit body, an atomization module, and a fan blade assembly, wherein a mist ring spray outlet for spraying a vortex mist ring and a flame spray port for forming a similar flame spray shape are formed in an upper part of the humidifier main unit body; the flame spray port is arranged circumferentially on an outer side of the mist ring spray outlet; the fan blade assembly includes a driving motor and a fan blade connected to an output shaft of the driving motor; and the fan blade is arranged close to an inner side of the mist ring spray outlet and is configured to extrude mist out of the mist ring spray outlet during instantaneous rotation at a high speed to form a vortex mist ring. In an actual application process, spraying of a vortex mist ring and flame spray can be better achieved through operation states of the mist ring spray outlet, the flame spray port, and the fan blade assembly, and the use experience and the ornamenting value are high.