The application discloses a humidifier with a mist outlet, including a water tank; a seat provided with a water groove for receiving water from the water tank and a heating cavity; a first water channel provided on the seat, communicated the water groove with the heating cavity; and a first air duct enabling airflow introduced by an air inlet component to flow through the first water channel to cool the water in the first water channel, and enabling the airflow to flow to the mist outlet of the humidifier after flowing through the first water channel. When the heat in the heating cavity is transferred to the first water channel, the water in the first water channel can be purged by the airflow guided by the first air duct to cool the water. This prevents an increase in a temperature of a humidifier housing.

A humidifying system having a housing one or more water filters in fluid communication with a water source, a water purifier in fluid communication with the water filters, and a water storage tank in fluid communication with the water purifier. The system further includes a water reservoir in fluid communication with the water purifier and the water storage tank, a sterilizer in communication with water carried by the water storage tank, and a dispensing line that extends to a position external to the housing. The system yet further includes a dry mist generator to generate a dry mist using water from the water storage tank, an ozone generator to generate ozone to be mixed with the dry mist and expelled from the housing via the dispensing line. The system further includes a system controller in communication with the sterilizer, the dry mist generator, and the ozone generator.

A humidification system including a water-delivery system, an air-delivery system, a control system, and at least one fog-generation system. In example forms, the system includes a water-and-air delivery bar, a fog-delivery block, and/or a tubing-and-track delivery system. In another example form, a humidification system includes a housing having a nozzle discharge body, an air inlet coupling having an air delivery conduit extending therethrough, and a water inlet coupling having a water delivery conduit extending therethrough, and further including means for providing heating and/or a consistent back-pressure and flowrate across multiple nozzles in a multi-nozzle array.

A humidification system including a water-delivery system, an air-delivery system, a control system, and at least one fog-generation system. In example forms, the system includes a water-and-air delivery bar, a fog-delivery block, and/or a tubing-and-track delivery system. In another example form, a humidification system includes a housing having a nozzle discharge body, an air inlet coupling having an air delivery conduit extending therethrough, and a water inlet coupling having a water delivery conduit extending therethrough, and further including means for providing heating and/or a consistent back-pressure and flowrate across multiple nozzles in a multi-nozzle array.

A humidifier includes a first housing removably connected to a second housing that includes the majority of the electrical components of the humidifier. The first housing includes a first air inlet for accepting air; a first air outlet; a central chamber for holding water; a piezoelectric transducer installed in the central chamber for atomizing water; and a first electrical connector electrically connected to the piezoelectric transducer. The first housing is configured to discharge humidified air from the first air outlet. The second housing includes a second air outlet removably connectable to the first air inlet; a forced air source for forcing air out of the second air outlet; a second electrical connector configured to removably electrically connect to the first electrical connector; and an electric circuit electrically coupled to the forced air source for electrically powering the forced air source and electrically coupled to the second electrical connector for electrically powering the piezoelectric transducer.

Some embodiments of the present disclosure provide a humidifier, the humidifier includes: a humidifier body, provided with a first air inlet; and an inner tub, provided in the humidifier body and internally provided with an air passage, a fan being provided in the air passage, the inner tub being provided with a second air inlet, the second air inlet and the first air inlet being communicated with an air inlet of the fan, and the portion of the inner tub above the second air inlet being provided with a blocking surface, which is provided opposite to at least a part of the first air inlet.

A cylindrical humidifier, including a housing, a water tank, an atomization assembly, and a water feed assembly. The water tank is mounted in the housing, and is detachably connected to the atomization assembly. A lower end of the atomization assembly is arranged in the housing while an upper end thereof is detachably connected to a top end of the housing. The water feed assembly is mounted at the bottom of the atomization assembly and the water tank. The water feed assembly includes a lever bracket, a sealing bar, a pushing block, a spring, a pushing ball, a pushing bar, and a float. Water entering the water tank is controlled through the water feed assembly, so that the humidifier can maintain a constant water depth, and is always kept in the best working state, thereby achieving the maximum atomization efficiency.

An ultrasonic humidifier includes a tank having a water level and a floater having a tubular structure with a bottom rim and a top rim. The tubular structure has a frusto-conical shape and is vertically and co-axially disposed within the floater. The tubular structure having a widest diameter end disposed on the bottom rim and a narrower diameter end disposed at the top rim. This humidifier also has an air-supply arrangement that eliminates water damage to the fan during spillage.

Provided is a humidifier, including a machine base, a water tank, a water suction pump, and a water inlet pipe. The machine base is located on the water tank, which includes an atomization water reservoir, a water feed base, a control base, an atomization air channel and an atomizer disposed inside. The water feed base includes a water feed opening and a first outflow opening, and the first outflow opening is in communication with the water tank; a water inlet is disposed on the atomization water reservoir, and water in the water tank will flow into the atomization water reservoir through the water inlet pipe by the water suction pump; the atomizer is in communication with the atomization water reservoir through an atomization opening disposed at the atomization water reservoir, and water vapor flows into the atomization air channel and flows to outside along the atomization air channel.

A system having an enclosure for containing a solution. An atomizer is in communication with an interior of the enclosure and the solution for generating an aerosolized particle mist within the interior of the enclosure. A positive pressure device is in communication with the interior of the enclosure for generating a positive pressure within the enclosure relative to an atmosphere outside of the enclosure. An ejection nozzle having a tortuous path is provided, wherein an entrance of the tortuous path is in communication with the interior of the atomizer and an exit of the tortuous path is in communication with the atmosphere outside of the enclosure.