KR20100009479U - Electronic heating type humidification - Google Patents

Abstract

The present invention relates to a heat transfer humidifier, and more particularly, a heat transfer plate detachably formed inside a body in which water is received is generated by current, and a cloth for absorbing water is generated while evaporating the water absorbed by the heat transfer plate. It relates to an electrothermal humidifier that humidifies the room due to water vapor and creates a comfortable indoor environment.

Electrothermal humidifier according to the present invention,

It has an accommodating groove in which water is received, the body having an upper portion and a protrusion formed in a vertical upward direction at the center of the body, and having a first through-hole penetrated therein, and having a lower portion thereof opened to open the water. The support tube and the support tube, which is mounted on top of the support tube, are provided with a heat-transmitting coil for generating heat by applying current therein, and at the same time, a second through-hole is vertically penetrated, and the hemisphere protrudes upward. And a heat absorbing plate having a shape, and an absorbent cloth covering an upper surface of the heat transfer plate and partially entering the first and second through-holes so as to be in contact with the water. It includes a supply terminal for supplying the supply plate, the lower portion of the heat transfer plate is configured to include a contact terminal for supplying the electric heating coil receives the current in contact with the supply terminal All.

Lid, Body, Outlet, Heating Plate, Heating Coil, Absorption Cloth, Control Button

Description

ELECTRONIC HEATING TYPE HUMIDIFICATION}

The present invention relates to a heat transfer humidifier, and more particularly, a heat transfer plate detachably formed inside a body in which water is received is generated by current, and a cloth for absorbing water is generated while evaporating the water absorbed by the heat transfer plate. It relates to an electrothermal humidifier that humidifies the room due to water vapor and creates a comfortable indoor environment.

In general, the air inside the home or office does not have a suitable vapor generating element in the room and is easy to dry when the room temperature is high. At this time, the air is supplied with moisture to maintain proper humidity (60%) to prevent respiratory disorders and bronchial diseases. Humidifiers are used to prevent and maintain a pleasant indoor atmosphere.

The humidifier used as described above is an electric heat type humidifier that generates water by heating water supplied from a water tank with a heater or an electrode according to a humidification method, and generates an electric signal of a specific frequency in an electric circuit. An ultrasonic vibrator is used to classify the ultrasonic wave into an ultrasonic humidifier that atomizes water (formed as fine droplets like mist).

However, in the case of the ultrasonic humidifier, since the liquid water is ultrasonically oscillated by the ultrasonic oscillator to form fine water droplets such as fog, it not only lowers the temperature of the indoor air but also does not properly clean the humidifier or the water tank for a long time. There was a fatal problem in the health of the frail patient and infant due to the bacteria that grow in the stored water in the tank, such as when the water is stored in the water and when the humidifier is old, and there is an uncomfortable problem of using the humidifier frequently. .

In addition, a humidifier for heating water with a heater or an electrode rod also has a problem in that separation and coupling are complicated or impossible to separate and combine, which makes the use of the humidifier very inconvenient.

In addition, when some parts of the humidifier are damaged, since it is difficult or impossible to separate and combine the humidifier, all the humidifiers need to be replaced, causing unnecessary cost consumption.

The present invention has been made to solve the above problems,

The purpose of the present invention is to provide an electrothermal humidifier that prevents respiratory disorders and bronchial diseases and maintains a pleasant indoor atmosphere by supplying and maintaining moisture in the room.

Another purpose is to provide an electrothermal humidifier that can be easily removed and cleaned frequently to prevent bacteria from growing in the water stored inside the humidifier so that the weaker patients and infants are adversely affected by their health. There is a purpose.

Another purpose is that the installation and separation of the humidifier is easy, and if a part is damaged during use of the humidifier, the entire heat humidifier can be used to reduce the cost of use by partially replacing only the damaged part without replacing all the humidifiers. The purpose is to provide.

Electrothermal humidifier according to the present invention,

It has an accommodating groove in which water is received, the body having an upper portion and a protrusion formed in a vertical upward direction at the center of the body, and having a first through-hole penetrated therein, and having a lower portion thereof opened to open the water. The support tube and the support tube, which is mounted on top of the support tube, are provided with a heat-transmitting coil for generating heat by applying current therein, and at the same time, a second through-hole is vertically penetrated, and the hemisphere protrudes upward. And a heat absorbing plate having a shape, and an absorbent cloth covering an upper surface of the heat transfer plate and partially entering the first and second through-holes so as to be in contact with the water. It includes a supply terminal for supplying the supply plate, the lower portion of the heat transfer plate, the contact terminal for supplying the electric current is applied to the heat supply coil in contact with the supply terminal configuration The.

In addition, the body includes a lid that covers the upper portion of the body including the heat transfer plate, and is detachable from the upper portion of the body, the lid includes an opening hole in which the upper center is opened, a plurality of through holes penetrated in the vertical direction, It is formed in the lower portion of the lid includes a coupling protrusion for detachable coupling to the upper portion of the body, the upper body, is configured to further include a coupling groove to be coupled to the coupling protrusion of the lid.

In addition, the heat transfer plate, in order to withdraw the heat transfer plate to the outside of the body when not in use of the heat transfer plate, includes a pullout handle detachable to the upper portion of the heat transfer plate, the bottom of the pullout handle, the desorption projection for detachable coupling with the top of the heat transfer plate It includes, the heat transfer plate upper portion, is configured to further include a removable groove for coupling with the detachable protrusion of the draw handle.

On the other hand, the body, an outlet for supplying current to the supply terminal, a temperature controller for controlling the temperature of the heat transfer plate, a timer for controlling the operating time of the heat transfer plate, and a control button for controlling the on and off of the heat transfer plate It is configured to further include.

The heat transfer plate further includes a terminal protection cap that allows the contact terminal to be disconnected from the water when contacted with the supply terminal.

The hygienic clean and pleasant environment can be maintained, and by providing and maintaining moisture in the room, there is an effect on its use to help the user's health that can prevent respiratory disorders and bronchial related diseases.

Other effects are easy to install and use even in a narrow place, easy to remove and combine the humidifier, very easy to clean, so there is no inconvenience in use, the use of the humidifier and the weak patients and infants and general There is an effect on its use that users are provided with a pleasant environment.

Another effect is that it is possible to maintain the user's desired indoor space at a low cost, but if some of the use of the humidifier is damaged, there is an economic effect that can reduce the cost, by removing only the damaged part by removing the humidifier.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall perspective view showing an electrothermal humidifier according to the present invention, Figure 2 is an exploded perspective view separated from the electrothermal humidifier according to the present invention, Figure 3 is a cross-sectional view showing a cross-sectional view of the electrothermal humidifier according to the present invention, Figure 4 An embodiment showing the implementation of the electrothermal humidifier according to the present invention, Figure 5a, b is an embodiment showing another embodiment of the electrothermal humidifier according to the present invention. Such electrothermal humidifiers are used to generate air with electricity and effectively evaporate water, thereby making the indoor air comfortable through the water vapor.

As shown in Figure 1 to Figure 3, looking at the configuration of the electrothermal humidifier according to the present invention,

Body 100 is provided with a receiving groove 110 which is a space that can accommodate the water 50 therein, the support tube 200 protruding in the vertical direction in the center of the body 100, and applying a current It is composed of a heat transfer plate 300, the heat transfer coil 320 is built to receive and heat absorbing cloth 400 is formed to cover the upper surface of the heat transfer plate 300 while contacting the water (50).

Subsequently, the body 100 may be formed in a circular or polygonal shape having an upper portion, and may be made of metal or synthetic resin.

In addition, the body 100 is formed to correspond to the body 100 to cover the upper portion of the body 100 including the heat transfer plate 300, the lid 90 that can be detached from the upper portion of the body (100) Has

Subsequently, the lid 90 is formed of tempered glass or synthetic resin made of transparent or translucent, so that the amount of water 50 inside can be confirmed from the outside.

Meanwhile, the lid 90 includes an opening hole 92 having an upper center thereof, a plurality of through holes 94 penetrating in a vertical direction, and a lower portion of the lid 90 formed on the upper portion of the body 100. It includes a coupling protrusion 96 for detachable coupling.

As a result, the coupling protrusion 96 of the lid 90 is coupled to the coupling groove 106 formed in the upper portion of the body 100 and is firmly fixed and easily detachable.

In addition, the lid 90 is used to protect the user from the high heat of the heat transfer plate 300. In addition, when the lid 90 is used, since the water vapor generated by the evaporation of the water 50 is collected through the opening hole 92 and the through hole 94 of the lid 90, the density is increased, and the When the lid 90 is not used, the density is relatively low because water vapor is ejected to the outside in a spread state.

In addition, the support tube 200 is formed in a cylindrical shape protruding in the vertical direction in the center of the body 100, the lower portion is formed to remain open so that the water 50 can enter.

Subsequently, the support tube 200 is formed in an upper portion of the first through hole 210 penetrating in the longitudinal direction, and is supplied to the support tube 200 to supply current to the heat transfer plate 300. It has a supply terminal 230 for.

And, the body 100, the outlet 140 for supplying a current to the supply terminal 230, the temperature controller 150 for controlling the temperature of the heat transfer plate 300, and the operation of the heat transfer plate 300 It further comprises a timer 160 for controlling the time, and a control button 170 for controlling the on and off of the heat transfer plate 300.

As mentioned above, the temperature controller 150 controls the current supplied to the heat transfer coil 320 to control the heat generated from the heat transfer coil 320.

In addition, the timer 160 determines a time for supplying electricity to the heat transfer coil 320 so that the heat transfer coil 320 generates heat for a desired time.

Subsequently, the control button 170 controls the supply and stop of the current supplied to the heat transfer coil 320 of the heat transfer plate 300.

Subsequently, the supply terminal 230 of the support tube 200 is connected to the outlet 140 that provides an alternating current from the outside of the body 100 by a wire, and the wire is connected to the inside of the body 100. It is preferable to be connected to the supply terminal 230, the temperature controller 150, the timer 160, and the control button 170.

On the other hand, the heat transfer plate 300, the lower portion is connected to the upper portion of the support tube 200, the upper portion has a hemispherical shape protruding upward.

The heat transfer plate 300 has a second through hole 310 penetrated in the vertical direction at the center thereof, and a heat transfer coil 320 is provided inside the heat transfer plate 300 to generate heat by receiving a current.

Subsequently, a lower portion of the heat transfer plate 300 includes a contact terminal 330 that contacts the supply terminal 230 and receives a current to supply the heat transfer coil 320.

The heat transfer plate 300 is preferably a metal having heat resistance, and a metal having a high thermal conductivity for transferring heat generated from the heat transfer coil 320 to the outside is used.

Subsequently, the heat transfer plate 300 further includes a terminal protection cap 340 which allows the contact terminal 330 to be disconnected from the water 50 when the contact terminal 330 is in contact with the supply terminal 230.

And, since the terminal protection cap 340 is formed to extend in the downward direction while wrapping the contact terminal 330 from above, when the contact terminal 330 is in contact with the supply terminal 230, The water 50 does not enter the contact terminal 330 or the supply terminal 230, thereby eliminating a risk factor due to a short circuit.

On the other hand, the absorbent cloth 400 is formed so as to cover the upper surface of the heat transfer plate 300, a part of the absorbent cloth to enter the first and second through holes 210 and 310 to contact the water 50.

Therefore, the absorbent cloth 400 receives heat by the heat transfer plate 300 while absorbing the water 50, and vaporizes the absorbed water 50 to generate water vapor.

Subsequently, the absorbent fabric 400 is formed of very fine fibers such as microfibers, absorbs the water 50, and vaporizes the water 50 by the heat of the heat transfer plate 300. .

This type is to use the capillary phenomenon and the transpiration effect, by absorbing the water 50 to the absorbent cloth 400 to evaporate, to provide water vapor to the user in the room.

Meanwhile, water vapor is generated due to the absorbent cloth 400 and the water 50 in a state in which the heat transfer plate 300 is heated. At this time, the upper surface of the absorbent cloth 400 covering the top surface of the heat transfer plate 300, green tea By having a pack (not shown) that is beneficial to the human body, such as herbs, mugwort, etc., the aroma of green tea, herbs, mugwort, etc. will be provided indoors with the vaporized water in the water 50.

Subsequently, the pack is made of a fiber material such as cotton, it is preferable to easily outflow the contents of the pack through the water vapor generated while the water 50 is vaporized.

In addition, the heat transfer plate 300 includes a pull-out handle 350 which is detached to an upper portion of the heat transfer plate 300 to withdraw the heat transfer plate 300 to the outside of the body 100 when the heat transfer plate 300 is not in use. In addition, the drawer handle 350 includes a detachment protrusion 352 to be detachably coupled to the upper portion of the heat transfer plate 300, and the detachment protrusion 352 of the drawer handle 350 is disposed on the heat transfer plate 300. ) Is configured to further include a removable groove 302 to be coupled.

Such, the draw handle 350, after using the heat transfer plate 300, when cleaning the inside of the body 100, after removing the absorbent cloth 400 from the heat transfer plate 300, the heat transfer plate 300 ) Is used to easily separate from the support tube (200).

As shown in Figure 3 to 5b, looking at the implementation of the electrothermal humidifier according to the present invention,

The heat transfer plate 300 is coupled to the upper portion of the support tube 200, which is erected in a vertical direction in the center of the body 100. The center of the 400 is located in the open lower portion of the support pipe 200 through the second through hole 310 of the heat transfer plate 300 and the first through hole 210 of the support pipe 200. do.

In this state, the water 50 is filled in the receiving groove 110 of the body 100, wherein the water 50, so as not to enter the supply terminal 230 formed on the support pipe 200. It is desirable to.

In addition, the heat transfer plate 300 is provided with a terminal protection cap 340 to prevent water 50 from entering the contact terminal 330 formed under the heat transfer plate 300, the contact terminal 330 and When the supply terminal 230 is interconnected, the water 50 of the receiving groove 110 and the water 50 absorbed in the absorbent cloth 400, the contact terminal 330 and the supply terminal 230 You will not be able to enter.

Subsequently, when the support tube 200 and the heat transfer plate 300 are coupled to each other, the supply terminal 230 and the contact terminal 330 below the heat transfer plate 300 are firmly connected to the support tube 200. .

Thus, when the water 50 is filled in the body 100, power is supplied to the supply terminal 230 through the outlet 140, the user control button 170 formed outside the body 100 When turned on, power is supplied to the heat transfer coil 320 embedded in the heat transfer plate 300 through the contact terminal 330 connected to the supply terminal 230, as the heat transfer coil 320 generates heat, Heat is conducted to the heat transfer plate 300 to heat the heat transfer plate 300.

When the heat transfer plate 300 is heated, since the absorbent cloth 400 mounted on the heat transfer plate 300 has already absorbed the water 50 by capillary action, the heat of the heat transfer plate 300 is increased. The water 50 absorbed by the absorbent fabric 400 while being delivered to the absorbent fabric 400 is vaporized into water vapor through a transpiration.

Subsequently, this vaporized water vapor flows out of the body 100 to provide moisture to the room.

At this time, when the lid 90 is coupled to the upper portion of the body 100, water vapor is collected at a high density between the lid 90 and the body 100, and the opening hole 92 formed in the lid 90 and Through the through hole 94, it flows out.

The lid 90 prevents a user's risk from the heated high heat of the heat transfer plate 300, and allows water vapor to flow out at a high density when the water 50 is evaporated.

Then, by controlling the temperature controller 150 formed on the outside of the body 100, by controlling the heat generated by the heat transfer coil 320, the temperature of the heat transfer plate 300 is adjusted.

Subsequently, the timer 160 formed on the outside of the body 100 is used to adjust a time for generating steam through the water 50 by the user, and the heat coil for a predetermined time when the user sleeps. By shutting off the power supplied to 320, the generation of water vapor is controlled.

Such, through the generation of water vapor, can be made to comfort the air in the room, if the user wants the moisture to the room, the power supply to the heat coil 320 is stopped, the body 100 before reuse In cleaning, after separating the lid 90 from the body 100, the absorbent cloth 400 is separated from the heat transfer plate 300, and the heat transfer plate 300 is also separated from the support tube 200. Done.

In this case, when heat remains in the heat transfer plate 300, the heat transfer plate 300 is easily separated from the heat transfer plate 300 by supporting the pull-out handle 350 on the heat transfer plate 300.

Subsequently, the coupling between the heat transfer plate 300 and the drawout grip 350 may be an interference fitting coupling of the detachable protrusion 352 formed under the drawout grip 350 to the detachable groove 302 formed on the heat transfer plate 300. By doing so, the heat transfer plate 300 is separated from the support tube 200.

Thus, by separating the absorbent cloth 400 from the heat transfer plate 300, the heat transfer plate 300 from the support tube 200, including the receiving groove 110 of the body 100, the heat transfer plate 300 And the absorbent cloth 400 can be easily cleaned.

In addition, when the cleaning is finished, the heat transfer plate 300 is coupled to the support tube 200, and the pull-out handle 350 coupled to the heat transfer plate 300 is separated and then absorbed onto the heat transfer plate 300. With the cloth 400, the preparation for use is finished.

Subsequently, the water 50 is preferably filled in the body 100 when power is supplied to the heat transfer coil 320.

The scope of the present invention is not limited to the above-exemplified embodiments, and many other modifications based on the present invention may be made by those skilled in the art within the above technical scope.

1 is an overall perspective view showing an electrothermal humidifier according to the present invention,

2 is an exploded perspective view of separating the electrothermal humidifier according to the present invention,

3 is a cross-sectional view showing a cross-section of the electrothermal humidifier according to the present invention,

4 is an embodiment showing the implementation of the electrothermal humidifier according to the present invention,

Figure 5a, b is an embodiment showing another embodiment of the electrothermal humidifier according to the present invention.

Description of the Related Art

50: water 90: lid

92: opening hole 94: through hole

96: coupling protrusion

100: body 106: coupling groove

110: accommodation groove 140: outlet

150: temperature controller 160: timer

170: control button

200: support tube 210: first through hole

230: supply terminal

300: heating plate 302: removable groove

310: second through hole 320: heat transfer coil

330: contact terminal 340: terminal protective cap

350: take out handle 352: detachable protrusion

400: absorbent cloth

Claims (5)

A body (100) having an accommodating groove (110) in which water (50) is accommodated and having an upper opening; Protruding in the vertical direction in the center of the body 100, the first through-hole 210 is provided through the inside and the lower support is open so that the water 50 can enter the interior (200) )and; The heating pipe 320 is mounted on the support tube 200, but the heating coil 320 generates heat by receiving a current therein, and has a second through hole 310 vertically penetrating the center thereof. A heat transfer plate 300 having a hemispherical shape; And an absorbent cloth 400 covering an upper surface of the heat transfer plate 300, a part of which is allowed to enter the first and second through holes 210 and 310 to be in contact with the water 50. An upper portion of the support tube 200 includes a supply terminal 230 for supplying current to the heat transfer plate 300 by receiving a current. The lower part of the heat transfer plate 300, the heat transfer humidifier characterized in that it comprises a contact terminal 330 for contacting the supply terminal 230 to receive a current to supply to the heat transfer coil (320). The method of claim 1, The body 100, Covering the upper portion of the body 100 including the heat transfer plate 300, including a lid 90 that can be detached from the upper portion of the body 100, The lid 90 includes an opening hole 92 having an upper center thereof, a plurality of through holes 94 vertically penetrated therein, and a lower portion of the lid 90 formed to be detachably coupled to an upper portion of the body 100. It includes a coupling protrusion 96 to be, The upper part of the body 100, the heat transfer humidifier characterized in that it further comprises a coupling groove 106 to be coupled to the coupling protrusion 96 of the lid (90). The method of claim 1, The heat transfer plate 300, In order to withdraw the heat transfer plate 300 to the outside of the body 100 when the heat transfer plate 300 is not in use, it includes a pull-out handle 350 which is detached on the heat transfer plate 300, Under the draw handle 350, and includes a detachable protrusion 352 to be detachably coupled with the upper portion of the heat transfer plate 300, The heat transfer plate 300, the heat transfer humidifier characterized in that it further comprises a detachable groove 302 to be coupled to the detachable protrusion 352 of the draw handle 350. The method of claim 1, The body 100, An outlet 140 for supplying current to the supply terminal 230, a temperature controller 150 for controlling the temperature of the heat transfer plate 300, a timer 160 for controlling an operation time of the heat transfer plate 300, and , The heat transfer humidifier characterized in that it further comprises a control button 170 for controlling the on and off of the heat transfer plate (300). The method of claim 1, The heat transfer plate 300, Electrothermal humidifier characterized in that it further comprises a terminal protection cap (340) to be disconnected from the water (50) when the contact terminal 330 is in contact with the supply terminal (230).

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