KR100398670B1 - The heating type humidifier with regulator of humidity amount - Google Patents

Abstract

The present invention relates to a heated humidifier for imparting a humidity control function to a room. More specifically, a fixed electrode plate composed of a metal or carbon plate is provided at the bottom of a humidification tank, and a conductive movable electrode plate is formed on the upper side thereof. When the power is applied, the water in the humidification tank is heated to generate moisture according to the charging of both electrode plates submerged in water, but the movable electrode plate can be lifted and configured to adjust the separation distance from the fixed electrode plate. Therefore, the amount of humidification can be easily adjusted as needed to prevent unnecessary waste of power, and the runaway grill, where moisture is discharged, is placed on the upper surface of the water supply tank. The function of the humidifier can be improved by enabling effective body treatment. In order to improve the reliability of the product.

Description

Heated humidifier with humidification control structure {THE HEATING TYPE HUMIDIFIER WITH REGULATOR OF HUMIDITY AMOUNT}

The present invention relates to a heated humidifier for imparting a humidity control function to a room. More specifically, a fixed electrode plate composed of a metal or carbon plate is provided at the bottom of a humidification tank, and a conductive movable electrode plate is formed on the upper side thereof. When the power is applied, the water in the humidification tank is heated to generate moisture according to the charging of both electrode plates submerged in water, but the movable electrode plate can be lifted and configured to adjust the separation distance from the fixed electrode plate. Therefore, the amount of humidification can be easily adjusted as needed to prevent unnecessary waste of power, and the humidifying grill, where moisture is discharged, is placed on the top of the water supply tank. The function of the humidifier can be improved by enabling effective body treatment. In order to improve the reliability of the product.

In general, the air in the room, such as winter, spring, autumn, dry, so that the humidity is not appropriate to suffer a lot of health problems due to various respiratory diseases are already well known, and much effort has been made to control the humidity.

In general, in the case of a humidifier, products that generate humidity in a manner using ultrasonic waves or heaters are mainly dominated.

However, due to the large amount of water particles scattered during ultrasonic humidification, convection is not performed properly in the room, so that humidification is performed locally. The dry state is kept intact, and when the water is scattered to the atmosphere, the relatively large water particles scattered combine with the dust by surface tension in the atmosphere, and then the water evaporates secondly, leaving only the dust particles to float in the atmosphere.

Suspended dust is inhaled into the respiratory tract, causing respiratory diseases, and also causing malfunctions by contacting the contacts of precision electronic devices (video, audio, telephone exchange, automatic machines, etc.).

In other words, the use of ultrasonic humidifiers avoids the use of ultrasonic humidifiers because they cause various diseases by incubating bacteria or various pathogens in the supplied water and equipment for humidification. In recent years, a heating type is used to boil water using a heater to humidify it. Humidifiers are appearing, but they do not use too much electricity.

In addition, the heated humidifier has a structure for controlling the discharge of moisture by adjusting the inlet of the humidification passage, but since there is no structure that can control the amount of humidity inherently, it is a structure that maintains the maximum humidification conditions at all times to meet the requirements of the atmosphere or place Therefore, even if it is necessary to adjust the amount of humidification can not cope with this, the use effect is reduced and the power consumption can not be adjusted, causing unnecessary waste of power.

In addition, even if the discharged moisture is intended to be used for another purpose, for example, to treat skin diseases through steam or for bathing, the path through which the moisture is discharged is located below the position of the water tank in order to prevent the moisture from being shed on the body. Or lateral configuration, the purpose of the instrument was to limit its function to simple humidity control.

In addition, recently, the use of a carbon electrode in the form of iron to use as a humidifier and mugwort steamer, but not to use as a normal humidifier or mugwort steamer is to be used simply for ironing.

Since it consumes a lot of electricity to heat a lot of water, it is suitable for heating a small amount of water, and because it is made of a small iron, it cannot be used as a humidifier because it cannot supply water continuously. Place the dried mugwort in the steam by passing through the mugwort because it is not made because the components of the mugwort is not properly eluted mugwort steaming function is bound to be insufficient.

Therefore, the present invention has been devised to solve the above problems, and an object of the present invention is to prevent unnecessary waste of power, as well as to provide a humidified grill where moisture is discharged to the upper surface of the water supply tank, thereby controlling simple humidity. It is to provide a humidification type that can improve the reliability of the product by diversifying the function of the humidifier by enabling the sitz bath function in addition to the function of

In order to achieve the above object, the present invention has a fixed electrode plate consisting of a metal or carbon plate at the bottom of the humidification tank and constitute a conductive movable electrode plate on the upper side of which is submerged in water when power is applied to both electrode plates. The water in the humidification tank is heated to generate moisture in accordance with the charging of both electrode plates, but the movable electrode plate is configured to be liftable to adjust the separation distance from the fixed electrode plate so that the humidification amount can be easily adjusted as necessary. When described in detail the configuration of the present invention based on the accompanying drawings to be as follows.

1 is a longitudinal cross-sectional view showing the overall configuration and operation of the present invention.

Figure 2 is an exploded perspective view showing a humidification amount control structure that is one part of the present invention.

Figure 3 is a perspective view showing the configuration of the main body without the water tank.

※ Explanation of code about main part of drawing ※

1: body 2: reservoir 3: humidifier

4: water passage 5: water tank 6: cap

6A: Drainer 6B: Supply port 7: Power off switch

DESCRIPTION OF SYMBOLS 10 Indentation part 20 Installation hole 30 Fixed electrode plate

50: electrode gap control structure 51: elevating control tube 51A: handle

51B: male thread portion 52: elevating pipe 52A: steam inlet hole

60: movable electrode plate 70: lifting guide wall

1 is a cross-sectional view showing the overall configuration of the present invention,

A main body (1) having a water reservoir (2) and a humidifying tank (3) in a concave state connected through the water storage tank (2) and a water passage (4), and detachably mounted on an upper side of the main body (1); When the water supply tank 5 is formed by screwing the cap 6 formed with the drain hole 6A and the air supply port 6B to the bottom to adjust the water level, and the water supply tank 5 from the main body 1. In the known humidifier structure provided with a power cut-off switch (7) for automatically shutting off the power, a humidifying grill (8) on the outlet side where moisture is discharged to the outside;

A concave inlet portion 10 formed on an upper portion of the water supply tank 5;

An installation hole 20 formed to penetrate the center of the water supply tank 5 while being connected to the concave inlet 10;

A fixed electrode plate 30 fixed to the bottom of the humidification tank 3 and composed of a metal or carbon material having excellent conductivity and electrically connected to the power cutoff switch 7;

It is installed on the upper end of the installation hole 20 so that it can be rotated in place, and the upper and lower handle 51A for turning, the lower portion adjusting pipe 51 constituting the male screw portion 51B and the interval between the electrode plate The lifting pipe 52 is fastened to the male screw portion 51B of the lifting control pipe 51 to be adjusted to move up and down according to the rotation of the lifting control pipe 51 and has a plurality of vapor inlet holes 52A on the lower side. An electrode spacing control structure (50) consisting of;

It is composed of a metal or carbon material having excellent conductivity and is integrally formed at the lower end of the elevating pipe 52 and is inserted into the humidification tank 3 so that the rotation is impossible and the lifting and lowering is possible. A movable electrode plate 60 connected to each other;

It includes the lifting guide wall 70 is configured to extend upward to the same standard as the humidification tank in the upper edge of the humidification tank (3).

※ Unexplained code in the drawing ※

80 is a power jack installed in the body,

Reference numeral 81 shows an elastic terminal piece for selectively connecting the power switch and the movable electrode plate.

The present invention configured as described above is put water into the interior of the water supply tank 5 as shown in Figure 1 and then screwed on the bottom surface of the cap 6 water supply tank 5 in which the drain hole 6A and the air supply port 6B are formed. The water supply tank 5 is coupled to the main body 1 in the coupled state.

The water in the water supply tank 5 placed on the main body 1 is discharged into the water storage tank 2 and flows into the humidification tank 3 through the water passage groove 4, and the water in the water storage tank 2 is supplied as shown in the drawing. If 6B is blocked, the inflow of air to the air supply port 6B is blocked, and the supply of water is stopped. When the water level is lowered by the humidification, the air supply port 6B opens and air is introduced, so that the water in the water supply tank 5 is drained. Water is automatically supplied through 6A.

In the water level control in the reservoir 2, if the height of the air supply port 6B is adjusted by loosening and tightening the cap 6, the water level can be adjusted as necessary.

On the other hand, when the water supply tank 5 is placed on the main body 1, the movable electrode plate 60 of the elevating pipe 52 first enters the elevating guide wall 70 and the humidification tank 3, thereby providing the elastic terminal piece 81. Press to allow power to be applied while touching, and press the power cut-off switch (7) where the bottom of the water supply tank (5) protrudes to "on" to fix and operate the power supplied from the outside through the power jack (80). It is applied to the electrode plates 30 and 60.

When power is applied, the fixed and movable electrode plates 30 and 60 submerged in water are charged with each other by water, which is a conductive material, to generate heat by heating water in the humidification tank 3 while generating heat.

The generated steam is moved to the upper portion of the humidification tank (3) and flows into the inside through the steam inlet hole (52A) of the elevating pipe (52), the elevating control pipe (51) and the inlet (10) and the humidification grill (8) It is discharged to the outside through the room to supply moisture.

In the case where the amount of steam generated in the humidification tank 3 is to be adjusted, as shown in FIG. 1, when the handle 51A of the elevating control tube 51 is turned in the selected direction, the male screw part 51B is rotated. The lifting pipe 52 screwed in this way is the humidifying tank (60) integrally fixed to the lower end of the humidification tank 3 and the lifting guide wall 70 by being fitted with the same angular shape to the humidification tank ( 3) and the elevating guide wall 70 does not rotate, the movable electrode plate 60 is raised and lowered.

Therefore, the movable electrode plate 60 provided on the bottom of the elevating pipe 52 is moved up and down to adjust the gap with the fixed electrode plate 30.

As such, when the gap between the fixed electrode plate 30 and the movable electrode plate 60 fluctuates, the consumption of electricity is changed due to the change of the large power, so that the temperature of the fixed electrode plate 30 and the movable electrode plate 60 changes. As the heating temperature of water is changed, the amount of steam is controlled. It is possible to control the generation of steam rather than the existing configuration that does not change the amount of steam but changes the output of steam by controlling the outlet. Can be suppressed.

On the other hand, when the water tank 5 is lifted to fill the water tank 5, when the water tank 5 is separated, the pressed power cut-off switch 7 is automatically raised to cut off the power. The movable electrode plate 60 coupled with 5) is separated from the elastic terminal piece 81 so as to escape from the humidification tank 3 and the lifting guide wall 70 so that the water supply tank 5 can be separated.

In addition, since the fixed electrode plate 30 is concealed inside the main body 1 such that contact is impossible, the risk of electric shock can be prevented.

In addition, when the position of the urinary inlet 10 through which the steam is discharged is located at the top of the water supply tank 5 so that there is no interference with surroundings, the humidification of the steam other than the purpose of the treatment, for example, a humidification Lifting the grill (8) and bringing the body part in close contact with the indentation part (10) allows steam to come into direct contact with the body, which enables effective use. By generating a vapor having, it can be used more effectively in the above bath.

The present invention as described above is to be able to easily adjust the amount of humidification as needed to prevent unnecessary waste of power, as well as to place the humidification grill that the moisture is discharged to the upper surface of the water supply in addition to the function of simple humidity control. By effectively allowing the treatment of the body using steam, such as a bath, there is an effect that can improve the reliability of the product by diversifying the function of the humidifier.

Claims (1)

A main body (1) having a water reservoir (2) and a humidifying tank (3) in a concave state connected through the water storage tank (2) and a water passage (4), and detachably mounted on an upper side of the main body (1); When the water supply tank 5 is formed by screwing the cap 6 formed with the drain hole 6A and the air supply port 6B to the bottom to adjust the water level, and the water supply tank 5 from the main body 1. In the known humidifier structure provided with a power cut-off switch (7) for automatically shutting off the power, a humidifying grill (8) on the outlet side where moisture is discharged to the outside; A concave inlet portion 10 formed on an upper portion of the water supply tank 5; An installation hole 20 formed to penetrate the center of the water supply tank 5 while being connected to the concave inlet 10; A fixed electrode plate 30 fixed to the bottom of the humidification tank 3 and composed of a metal or carbon material having excellent conductivity and electrically connected to the power cutoff switch 7; It is installed on the upper end of the installation hole 20 so that it can be rotated in place, and the upper and lower handle 51A for turning, the lower portion adjusting pipe 51 constituting the male screw portion 51B and the interval between the electrode plate It is fastened to the male screw portion 51B of the elevating control pipe 51 to adjust and ascends and descends through the translational movement of the screw according to the rotation of the elevating control pipe 51, and a plurality of vapor inlet holes 52A on the lower side. An electrode spacing control structure 50 including an elevating pipe 52 provided therein; Metal or carbon material having excellent conductivity is integrally formed at the lower end of the elevating pipe 52 and inserted into the humidification tank 3 so as not to rotate and only elevate and is electrically connected to the power cutoff switch 7. A movable electrode plate 60; Heating humidifier having a humidifying amount control structure, characterized in that it comprises a lifting guide wall (70) configured to extend upward to the same standard as the humidification tank in the upper edge of the humidification tank (3).