Humidifier capable of releasing natural negative ions

1. A humidifier capable of releasing natural negative ions, comprising a humidifier body and a halite module;

the halite module including a halite storage housing and a halite, the halite storage housing having an accommodation chamber, the halite being installed in the accommodation chamber, the halite storage housing having an atomized gas inlet and a first atomized gas outlet; a mixing chamber being disposed between the atomized gas inlet and the first atomized gas outlet;

the humidifier body having an atomizing assembly and a second atomized gas outlet;

the halite module being detachably mounted on the humidifier body, the atomized gas inlet being in communication with the second atomized gas outlet; a wall of the mixing chamber being provided with a plurality of perforations communicating with the accommodation chamber, the atomized gas inlet being in communication with the accommodation chamber through the mixing chamber and the perforations, the first atomized gas outlet being in communication with the mixing chamber;

wherein after an atomized gas generated from the second atomized gas outlet of the humidifier body flows into the mixing chamber, the atomized gas is controlled in the mixing chamber, part of the atomized gas flows into the accommodation chamber through the perforations to be in contact with the halite, negative ions released by the halite being introduced into the mixing chamber through the perforations, the negative ions merging with the atomized gas in the mixing chamber to form the atomized gas with the negative ions, and the atomized gas with the negative ions is discharged via the first atomized gas outlet.

2. The humidifier as claimed in claim 1 , wherein the atomized gas inlet is not in direct communication with the accommodation chamber, and the atomized gas generated from the second atomized gas outlet of the humidifier body is not directly sprayed on the halite.

3. The humidifier as claimed in claim 1 , wherein the humidifier body has a connecting portion, the second atomized gas outlet is disposed at a top of the connecting portion;

the halite storage housing has a cylinder portion, the cylinder portion includes an inner cylinder wall and an outer cylinder wall, bottom ends of the inner cylinder wall and the outer cylinder wall are connected to each other to form the accommodation chamber; the atomized gas inlet is formed at an upper end of the inner cylinder wall;

the halite storage housing is sleeved on the connecting portion of the humidifier body through the cylinder portion;

a partition portion is disposed above the inner cylinder wall, the partition portion is configured to separate the halite from the mixing chamber, the partition portion is formed with the perforations, the partition portion is provided with a through hole communicating with the atomized gas inlet.

4. The humidifier as claimed in claim 3 , wherein a top lid is disposed above the partition portion, the top lid and the partition portion are vertically spaced apart, the first atomized gas outlet is disposed on the top lid, the top lid is connected to an upper end of the outer cylinder wall, and the mixing chamber is enclosed by the top lid, the outer cylinder wall and the partition portion.

5. The humidifier as claimed in claim 4 , wherein the upper end of the outer cylinder wall extends beyond the partition portion, a fixing decorative cover is fitted on top of the top lid, the fixing decorative cover has a top plate portion and an annular circumferential plate portion connected to a lower peripheral edge of the top plate portion, the top plate portion is located above the top lid, and the annular circumferential plate portion is fitted on an outer periphery of the outer cylinder wall.

6. The humidifier as claimed in claim 3 , wherein an air passage is defined between the connecting portion of the humidifier body and the inner cylinder wall, an upper end of the air passage is in communication with the atomized gas inlet; and the humidifier body has a fan assembly.

7. The humidifier as claimed in claim 6 , wherein the humidifier body has a heating unit, the fan assembly is configured to create a current of air toward the heating unit to form hot air that is blown toward the atomized gas inlet.

8. The humidifier as claimed in claim 3 , wherein the halite storage housing has a light-permeable wall, the humidifier body is provided with a light-emitting unit, and light generated from the light-emitting unit passes through the halite to illuminate outward.

9. The humidifier as claimed in claim 3 , wherein a lower end of the connecting portion of the humidifier body is provided with at least two annular engaging portions, the annular engaging portions each have an outer ring that is gradually enlarged from top to bottom, and the annular engaging portions are arranged in the form of steps.

10. The humidifier as claimed in claim 7 , wherein the connecting portion of the humidifier body includes a connecting housing, the connecting housing has an upper accommodating chamber and a lower accommodating chamber therein, the upper accommodating chamber is a liquid storage chamber, the fan assembly and the heating unit are located in the lower accommodating chamber, the fan assembly creates a current of air to be blown upwardly, the heating unit is disposed above the fan assembly and corresponds to a bottom of the upper accommodating chamber, and a side wall of the lower accommodating chamber is formed with an air outlet communicating with the air passage.