KR200314450Y1 - Sterilization system of humidifier - Google Patents

Abstract

It is intended to disclose a sterilizer for a humidifier in which a hot air is generated and blown to simultaneously achieve the sterilization and heating effects of atomized water molecules.

The present invention is to remove the heater heating method installed in the inefficient water tank in the conventional humidifier, to install a support having a heat sink on the upper end of the blower motor, the heater is placed in the water molecules atomized by ultrasonic vibration to hot air By heating, the sterilization action which was anxiety factor of the ultrasonic humidifier can be simplified and the internal structure of the humidifier was simplified.

Description

Sterilizer for humidifiers {Sterilization system of humidifier}

The humidifier using the conventional ultrasonic wave (FIG. 1) is supplied to the reservoir 108 by a water supply valve 111 in which water 113 of the bucket is linked to the lid 112. When the user operates the heating switch 109 for the purpose of sterilization of the mist 102, power is supplied to the heater 107 provided near the ultrasonic vibrator 110 or on one side of the reservoir 108 to start heating. . However, since the case is usually made of plastic, and waterproofing is an essential condition due to the characteristics of the humidifier, there is a limit to heating the water accumulated in the reservoir 108 using the heater 107, which not only complicates the structure. In addition, since the reservoir 108 itself is heated, the electrical loss was also small.

In addition, the humidifier (10-2001-0003765) of the prior application installs a heater in the discharge passage 103, the body formed of a plastic material due to the radiant heat of the heater may be deformed due to deterioration.

Therefore, the present invention should be a structure in which the heat generated from the heater does not damage the main body of the plastic structure and the internal electric circuit, and presses the operation switch as a method of directly transferring the wind generated by the ultrasonic motor to the mist generated by the ultrasonic vibrator. At the same time, humidification by hot air should be performed, and the heater should be installed at or near the temperature sensor to prevent the temperature from rising. Therefore, the heater should not be burned by the mist sprayed into the air through the nozzle. .

* Figure 1

101-Nozzle

102-haze

103-discharge passage

104-partition

105-blow motor

106-temperature sensor

107-heater

108-reservoir

109-heating switch

110-Ultrasonic Oscillator

111-water supply valve

112-lid

113-water

* Figure 2

201-Reflector

202-Support

203-heater

204-Blowing Motor

205-main unit

206-insulator

207-Temperature sensor

208-heat sink

209-set screw

* Figure 3

301-Nozzle

302-discharge passage

303-partition

304-heater

305-Support

306-Blowing Motor

306-Blowing Motor

307-Temperature sensor

308-heatsink

309-reservoir

310-heating switch

311-Ultrasonic Vibrators

312-Water Supply Valve

313-lid

* Figure 4

401-heater

402-Dummyster

* Figure 5

501-heater

502-Bimetal

Referring to the configuration of the subject innovation in detail as follows.

As illustrated in FIG. 2, a support 202 including a heat sink 201 is installed at an upper end of the blower motor 204, and the insulator 206, the heat reflector 208, and the heater 203 are placed in a structure. It is.

The heat sink 201 is formed of a plurality of wings and made of aluminum together with the support 202, to increase the heat dissipation power,

The insulator 206 forming the edge of the heater 203 is made of ceramic to emit far infrared rays,

The reflecting plate 208 was installed so as to have an inclination at a predetermined T value (Fig. 2) so that the upper and lower penetrates in the shape of a cylindrical or square pillar and the radiant heat due to reflection is guided upward.

On the other hand, the temperature sensor 207 is attached to or close to the dummy 402 or the metal thermocouple bimetal 502 as a means for maintaining the proper temperature, so that it can be maintained at the proper temperature at all times in Figures 4 and 5 Each of these methods is illustrated and described below.

3 is an exemplary view of the application of the present invention by the heating heater 304, the generated hot air is discharged through the discharge passage 302 along the partition 303 and at the same time sterilize the mist and sprayed into the room through the nozzle 301 Thus, the dual effect of preventing the winter temperature from falling due to humidification can be achieved.

In the temperature control method of the heater 203,

As shown in FIG. 4, the dummyster 402 is attached to one side of the heater 401, and this signal can be controlled by a feedback control method through a detector and a comparator.

5 shows that the temperature of the heater 501 can be controlled in a relatively simple manner using a bimetal 502, which is a thermocouple of metal.

Therefore, the hot air humidification according to the present invention can be made immediately at the same time pressing the heating switch 310, at the same time to solve the disadvantages of the conventional humidifier (Fig. 1) to be humidified only after a certain time, the water storage tank 108 Since the heater 107 of a complicated structure installed in the structure is omitted, the internal structure of the humidifier can be simplified to increase productivity.

As described above, an example in which the present invention is applied is shown in detail, but in the shape and structure of the present invention, and also in the method of controlling the temperature of the heater 203, a person having ordinary knowledge in the art can partially modify or modify the present invention. Naturally, it can be applied.

The present invention escapes from the heating method of the existing water tank 108, which was complicated as described above, and simplifies the structure with the efficiency of sterilization by heating the hot air generated in the blower motor 204 and the heater 203 directly to the mist, Above all, by attaching the heat sink 201 to the support 202 separately installed, the safety of the home appliance used indoors.

Claims (5)

In the humidifier to provide a water tank to generate mist, A humidifier characterized in that the support 202 is installed around the blowing motor 204 for generating wind, and the heating device is placed upward to generate hot air, thereby obtaining sterilization and heating effects. Heating device of claim 1, It consists of a heater 203, an insulator 206, and a reflecting plate 208, and always attaches or closes the dummyster 402 or the bimetal 502 as a temperature sensor 207 as a means for maintaining a proper temperature. Humidifier, characterized in that configured to be controlled by the temperature. The support 202 of claim 1, Humidifier having a plurality of heat sinks (201) on both sides and using aluminum as a material, so that the body is not damaged by deterioration. The insulator 206 of claim 2, wherein Humidifier, characterized in that consisting of a ceramic material in a round or square shape. The method of claim 2, wherein the reflecting plate 208, According to the shape of the insulator 206, the top and bottom are penetrated in the shape of a cylindrical or square pillar, the installation angle is to have a predetermined T value (Fig. 2) inclination so that the radiant heat due to reflection is guided upwards. Humidifier, characterized in that installed.