JPS5829402Y2 - humidifier - Google Patents

Description

[Detailed explanation of the invention] This invention mixes saturated humid air generated by passing air from a blower fan through a water-containing filter and high-temperature steam generated by an evaporating dish equipped with a heater in one chamber. This invention relates to a humidifier in which mixed humidified air is ejected from a humidified air ejection port formed in the mixing chamber.

Since this type of humidifier mixes saturated humid air and high-temperature steam, the humidified air ejected from the humidified air outlet becomes atomized.

However, in reality, saturated humid air is generated by a blower fan, so the flow rate is fast and even if it is in the form of mist, it is invisible to the naked eye.

The present invention makes the mist state of humidified air clearly visible.

That is, a partition plate is provided from the mixing chamber to the humidified air outlet to divide the chamber into a saturated humid air generation chamber and a high temperature steam generation chamber, and a through hole is formed in a part of the partition plate to allow a part of the saturated humid air to flow through. The humidified air flows into the high-temperature steam generation chamber and is configured to eject visible atomized humidified air from one humidified air outlet partitioned by a partition plate.

Embodiments of the present invention will be described below with reference to the drawings.

Reference numeral 1 denotes a main body shaped like an air passage, which has a humidified air outlet 2 on the upper surface of the front (right side in the figure) and is open at the rear end.

In addition, a chamber in front of the main body 1 that communicates with this humidified air outlet 2,
That is, the conventional mixing chamber is partitioned by a partition plate 3 that also divides the humidified air outlet 2 into two, with the chamber 4 in front thereof serving as a high-temperature steam generation chamber, and the chamber 5 behind it serving as a generation chamber for saturated humid air.

Further, a through hole 6 is formed below the partition plate 3, and this through hole 6
The art rooms are connected by this.

The bottom of the high-temperature steam generation chamber 4 has an evaporation plate 8 with a heater 7 for generating high-temperature steam, and a filter 9 for generating saturated humid air is provided at the rear of the saturated humid air generation chamber 5. Behind the filter 9, a blower fan 10 for sending air to the filter 9 and a watering disc 11 for filling the filter 9 with water are arranged.

The water sprinkling disc 11 is partially immersed in water stored in a water reservoir 12 provided below, and sprinkles water onto the filter 9 by rotating.

13 is a guide cover for the water spray disc 11.

In the figure, 14 is a cartridge tank that supplies water to the water reservoir 12 and the evaporating dish 8 through a communication pipe.

The present invention is constructed as described above, and has a cartridge tank 14.
If water is stored in the water reservoir 12 and the evaporating dish 8, the water will be supplied to the water reservoir 12 and the evaporating dish 8.

When a power switch (not shown) is turned on in this state, the heater 7 generates heat, and the blower fan 10 and the water sprinkling disk 11 rotate.

As the water sprinkling disk 11 rotates, water sprinkling starts as shown by arrow A, and the filter 9 contains water, and the blower fan 1
0 rotation, air is blown to the filter 9 as shown by the arrow opening, and saturated humid air is generated in the saturated humid air generation chamber 5 as shown by the arrow C.

On the other hand, as the heater 7 generates heat, the water in the evaporating dish 8 is heated and high-temperature steam is generated in the high-temperature steam generation chamber 4 as shown by arrow 2.

Furthermore, most of the above saturated humid air is from the humidified air outlet 2.
Some of it is ejected from the through hole 6 as shown by the arrow H.
It flows into the higher temperature steam generation chamber 4 and mixes with the higher temperature steam,
The humidified air becomes mist and is ejected from the humidified air outlet 2 as shown by the arrow.

In the humidifier of the present invention, most of the saturated humid air is ejected from one side of the humidified air outlet 2 partitioned by the partition plate 3, and only a portion of the saturated humid air is heated to a higher temperature than the through hole 6 of the partition plate 3. It flows into the steam generation chamber 4 and mixes with high-temperature steam to generate atomized humidified air, and this atomized humidified air is configured to be ejected from the other side of the humidified air outlet 2 partitioned by the partition plate 3. Because of this, the flow rate of this atomized humidified air is slower than in conventional humidifiers, and the humidifier is visible white, making it a very effective humidifier.

[Brief explanation of drawings]

The drawing is a sectional view of the humidifier of the present invention. 1... Body, 2... Humidified air outlet,
3... Partition plate, 6... Through hole, 7...
...Heater, 8...Evaporating dish, 9...
Filter, 10...Blower fan.

Claims (1)

[Scope of utility model registration request] Saturated humid air generated by blowing air from a blower fan 10 through a water-containing filter 9 and high-temperature steam generated by an evaporating dish 8 equipped with a heater 7 are mixed in one chamber. In a humidifier that blows out mixed humidified air from a humidified air outlet 2, a partition plate 3 is used to partition the area from the mixing chamber to the humidified air outlet 2, and a through hole 6 is formed in the partition plate 3 to prevent saturation. A humidifier that mixes a portion of humid air with high-temperature steam.