KR102478597B1 - humidifier with type of floating - Google Patents

Abstract

The present invention relates to a floating-type ultrasonic humidifier which consists of an assembly structure of a lower case filled with water and an upper case assembled thereon, wherein the upper case has a supply terminal having an inlet and an outlet formed so that the inflow of external air and the discharge of humidified air are separated, and supplying external power, and is connected to an induction pipe having a guide groove to be located inside the lower case while being connected to the outlet, and the induction pipe has a floating-type humidifying module, and the floating-type humidifying module is integrally connected with a power cable moving along the guide groove while supplying power through the supply terminal.

Description

Floating ultrasonic humidifier {humidifier with type of floating}

The present invention consists of an assembly structure of a lower case filled with water and an upper case assembled thereon, and the upper case has an inlet and an outlet so that the inflow of external air and the discharge of humidified air are separated, so that external power is supplied. A supply terminal is located, and an induction pipe having a guide groove is connected to the outlet and positioned inside the lower case, and the induction pipe has a floating humidification module, and the floating humidifying module It relates to a floating ultrasonic humidifier in which a power cable moving along a guide groove is integrally connected while supplying power through a guide groove.

In general, a humidifier is an electronic product that maintains indoor humidity at an appropriate level. By maintaining an appropriate humidity in indoor air, respiratory disorders and diseases can be prevented, and a comfortable indoor atmosphere can be maintained even in dry seasons or places.

In addition, the basic principle of the humidifier is to make clean water into particles by electricity and spray it into the room.

In addition, the type of humidifier is a centrifugal spray type that blows the inhaled water with centrifugal force and makes it collide to make it into particles and send it out into the air. Ultrasonic humidifiers that vibrate water when ultrasonic waves are generated and send fine mist through a blower; electric humidifiers that heat water with heaters or electrodes to generate steam; and wet filters that allow air to pass through to evaporate water. There is a filter evaporation type humidifier that is exported, and a combination type made by combining the advantages of an electric heat type with excellent germ sterilization effect because it boils water and an ultrasonic type with low economic burden due to low power consumption.

In relation to this technology, the technology of a humidifier is proposed in conventional Patent No. 1655300, and the configuration thereof is an ultrasonic humidifier 100 as shown in FIG. The module 130 and the humidification discharge fan 140 may be integrally included.

In addition, the water tank 110 has an accommodation space capable of accommodating water to generate humidification, and the water inlet pipe 120 is partially submerged in the accommodation space of the water tank 110 for receiving water. is installed, the water inlet conduit 120 has an inlet 122 at its lower part, and the ultrasonic humidification generating module 130 reduces the water contained in the water tank 110, the water inlet conduit 120 In contrast, when the water accommodated in the water tank 110 increases (water replenishment), it is located upward in the water inlet pipe 120.

However, the humidifier as described above has disadvantages in that it is difficult to connect the ultrasonic humidification generating module 130 to power, as well as making it difficult to accurately determine the installation location and maintain the ultrasonic humidifying generating module 130.

An object of the present invention for improving the above conventional problems is to enable constant control of the amount of humidification regardless of the amount of water supplied, to enable accurate operation by buoyancy, and to sterilize the supplied water while supplying It is to provide a floating ultrasonic humidifier that enables adjustment of the power supply and enables accurate vibration as well as increasing reliability of power supply.

In order to achieve the above object, the present invention consists of an assembly structure of a lower case filled with water and an upper case assembled thereon, wherein the upper case has an inlet and an inlet so that the inflow of external air and the discharge of humidified air are separated. As the outlet is formed, a supply terminal for supplying external power is located, and while connected to the outlet, an induction pipe having a guide groove is connected to the inside of the lower case, and the induction pipe is located with a floating humidifying module. The floating humidification module provides a floating ultrasonic humidifier in which a power cable moving along a guide groove is integrally connected while supplying power through a supply terminal.

In addition, the floating humidification module of the present invention is composed of an assembly structure of a case provided with an ultrasonic vibrator, a float, and a cover provided thereon,

It provides a floating ultrasonic humidifier in which an ultrasonic vibrator is installed to be slidably inserted into the case.

In addition, the upper case of the present invention provides a floating ultrasonic humidifier further provided with a UV sterilization lamp inside.

In addition, the induction pipe coupled to the inside of the upper case of the present invention is integrally provided with a hook piece having elasticity to provide a floating ultrasonic humidifier installed to be fixed to the hook piece provided in the upper case.

As described above, according to the present invention, regardless of the amount of water supplied, constant control of the amount of humidification is possible, accurate operation is possible by buoyancy, sterilization of the supplied water is possible and control of the amount of supply is possible, reliability of power supply It has the effect of enabling accurate vibration as well as increasing the .

1 is a side view showing an operating state of a conventional humidifier.
2 is an external view of a humidifier according to the present invention.
Figure 3 is an exploded view of the humidifier according to the present invention.
Figure 4 is an exploded state diagram of the upper case and the lower case according to the present invention.
5 is an operating state diagram of the humidifier according to the present invention.
6 is an exploded state diagram of the ultrasonic vibrator according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail based on the accompanying drawings.

As shown in FIGS. 2 to 6, the humidifier 100 of the present invention includes a lower case 110 filled with water and an upper part assembled thereon while having a transparent window 111 to check the filling state of water. It consists of an assembly structure of the case 150.

At this time, the lower case and the upper case are closely coupled to each other and installed to have a waterproof function.

In addition, the upper case 150 has an inlet 151 and an outlet 153 so that the inflow of external air and the discharge of humidified air are separated, and a supply terminal 155 to which external power is supplied is located.

At this time, the inlet 151 is located on the side, and the filter 152 is built in, and the inlet grill 154 is provided on one side thereof.

In addition, a UV lamp 160 is further provided at the lower portion of the upper case 150 .

In addition, an induction pipe 170 having a guide groove 171 is connected to the outlet 153 so as to be located inside the lower case 110.

At this time, the water stored in the lower case 110 is located inside and outside the induction pipe 170 .

Subsequently, the induction tube 170 coupled to the inside of the upper case 150 is provided with an elastic hook piece 131 integrally installed at the upper end to be fixed to the hooking piece 135 provided in the upper case. do.

At this time, the induction pipe 170, where the floating humidification module 180 is located, rises and falls inside the induction pipe while varying according to the filling state of the water, and the inlet pipe 176 through which outside air flows and the humidified air The discharge conduit 178 is installed separately.

In addition, the floating humidifying module 180 is integrally connected with the power cable 120 moving simultaneously with the floating humidifying module 180 along the guide groove while supplying power through the supply terminal 155.

In addition, the floating humidification module 180 includes a case 183 having an ultrasonic vibrator 181 and a float 185 built to form buoyancy and a cover provided on the upper part and assembled to the case to support the float. (187).

At this time, the float 185 is made of a tube or a Styrofoam material and is installed to have a constant buoyancy.

In addition, a cap (not shown) is further provided at the bottom of the induction pipe 170 to prevent downward movement when the floating humidifying module 180 is mounted.

In addition, the ultrasonic vibrator 181 is slidably inserted into the storage space 184 provided in the case 183 while the power cable 120 is integrally connected thereto, and is formed to be supported and discharged from the case.

At this time, the ultrasonic vibrator 181 has a configuration in which the vibrator module 181a to which the power cable 120 is connected is embedded in the body, and an epoxy for waterproofing is exposed on the outside, and the upper side of the vibrator module It is installed so as to be exposed to the outside of the case.

In addition, the ultrasonic vibrator 181 is installed to heat water in contact even if a heating module 189 made of a PTC element is further connected to the upper or outer side.

The operation of the present invention composed of the above configuration will be described.

As shown in FIGS. 2 to 6, the humidifier 100 of the present invention has a transparent window 111 to check the filling state of water, and the upper case 150 on the upper part of the lower case 110 filled with water. ) is formed in a compact straight tubular shape when assembled to form a beautiful appearance.

At this time, the lower case and the upper case are closely coupled to each other so that the upper case can be separated, so that the inside of the lower case is filled with water, making it easy to combine and separate.

In addition, the upper case 150 has an inlet 151 and an outlet 153 so that the inflow of external air and the discharge of water particles that are atomized and sprayed are separated, and the ventilation fan (not shown) built into the upper case operates. When a pressure difference is generated due to the inflow of outside air, the micronized water particles are sprayed and discharged to the outside through the outlet.

In addition, a supply terminal 155 to which external power is supplied is located on one side of the upper case 150, and when connected to the power cable 185 of the floating humidification module 180 built in the induction pipe 170, the floating type When the supply of power to the humidifying module 180 is easy and separated, only the floating humidifying module 180 is separated so that the cleaning operation can be easily performed.

At this time, when the power cable is connected through the supply terminal 155 in the floating humidification module 180, the power cable moves along the guide groove so that power can be supplied in a state in which interference is prevented.

In addition, the inlet 151 is located on the side and has a filter 152 built in and an inlet grill 154 is provided on one side thereof, filtering the air introduced from the outside to atomize the air in which dust is removed. It should be supplied in a humid state.

In addition, the upper case 150 is further provided with a UV lamp 160 at the lower portion to sterilize the water to be filled to suppress the propagation of bacteria.

In addition, the guide pipe 170 connected to the outlet 153 and located inside the lower case 110 is also integrally provided with a hook piece 131 having elasticity when embedded inside the lower case, so that the upper case It is configured to be fixed to the hooking piece 135 provided in the hook, and when the hook is pushed in, it is separated from the hooking piece, so that the guide pipe 170 is easily separated during cleaning.

At this time, the induction pipe 170 is also detachably installed by rotating a cap (not shown) at the lower end thereof, so that the floating humidifying module 180 therein is easily separated.

In addition, when the induction pipe 170 is discharged upward along the discharge pipe 178 by the pressure of the air introduced through the inlet pipe 176, the collision plate 174 located on the top The water lacking in micronization is removed by collision and only the micronization is discharged.

In addition, the floating humidification module 180 has a structure including a case 183 equipped with an ultrasonic vibrator 181, a built-in float 185, and a cover 187 provided on the top and assembled to the case. It is formed to have a certain buoyancy and floats on the surface regardless of the amount of water supplied.

At this time, the ultrasonic vibrator 181 is formed to be slidably inserted into the case 183 of the floating humidification module 180, so that maintenance is easy, and the vibrator module 181a connected to the power cable 185 is connected to the body. Although it is a built-in structure, the outer side is filled with epoxy for waterproofing, bringing about reliable waterproof performance.

In addition, in the ultrasonic vibrator 181, a heating module 189 made of a PTC element is further connected to heat the water supplied to the ultrasonic vibrator side to a certain temperature, and the other side is cooled when the heating module 189 operates. The overheating of the vibrator module 181a is prevented by the characteristics of the PTC element.

100 ... humidifier 110 ... lower case
150 ... upper case 155 ... supply terminal
160 ... UV lamp 170 ... guide tube
180 ... floating humidification module 185 ... power cable

Claims (5)

It consists of an assembly structure of a lower case filled with water and an upper case assembled thereon,
In the upper case, an inlet and an outlet are formed so that the inflow of external air and the discharge of humidified air are separated, and a supply terminal for supplying external power is located.
While being connected to the outlet, an induction pipe having a guide groove is connected to the inside of the lower case,
In the induction tube, while the floating humidification module is located inside, the power cable integrally connected to the floating humidification module along the guide groove by buoyancy is installed so that it rises and falls,
The power cable of the floating humidifying module is connected to the supply terminal so that power is supplied through the supply terminal of the upper case,
The floating humidification module, while the case and the power cable are integrally connected, is slidably inserted into the storage space provided in the case to support and discharge the ultrasonic vibrator in the case, and is located above the ultrasonic vibrator to form buoyancy in the case. It is made of a configuration including a float made of a tube or styrofoam material while being embedded in the float, and a cover provided on top of the float and assembled to the case to support the float,
The ultrasonic vibrator,
a) a heating module made of a PTC element is further connected to the top or one side of the outside,
b) A floating ultrasonic humidifier in which a vibrator module to which a power cable is connected is embedded in the body, and an epoxy is filled on the outside for waterproofing. delete The method of claim 1, wherein the upper case is further provided with a UV sterilization lamp inside,
The induction tube connected to the upper case is installed to be detachable by a configuration in which a cap is inserted and rotated at the lower end so that the floating humidification module inside can be separated, and a collision plate is further provided inside the upper part Floating ultrasonic humidifier, characterized in that. The floating ultrasonic humidifier according to claim 1, wherein the induction pipe coupled to the inside of the upper case is integrally provided with a hook piece having elasticity and is installed to be fixed to a hooking piece provided in the upper case. delete

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