Abstract: A nebulizer includes: a suction mechanism configured to suck a liquid for humidification from a water bottle containing the liquid and form an aerosol of the sucked liquid by a negative pressure produced by an oxygen gas jetted from a gas jetting part of a nozzle member; a liquid receptor configured to store the liquid residing in the form of droplets into which the aerosol turns; and a receptor-side aerosol forming member configured to suck the liquid from the liquid receptor and form an aerosol of the sucked liquid by the negative pressure. Consequently, germs are prevented from getting into the liquid in a container during use, and the liquid is prevented from dripping when the container is replaced.

Abstract: A humidifying device (nebulizer) includes a liquid receptor configured to temporarily store a liquid, a liquid transfer mechanism configured to transfer a liquid from a container to the liquid receptor, a receptor-side aerosol forming member configured to suck the liquid of the liquid receptor from a liquid suction port by a negative pressure produced by a gas jetted from a gas jetting part of a nozzle member, and form an aerosol of the liquid with a receptor-side aerosol generation nozzle, and a heating mechanism configured to heat at least part of the liquid of the liquid receptor or the liquid in the receptor-side aerosol forming member. A humidifying device that can perform efficient and hygienic heating by using a heater during humidification can thus be provided.