WO2016117843A1

WO2016117843A1 - Radiator having humidification function

Info

Publication number: WO2016117843A1
Application number: PCT/KR2015/014429
Authority: WO
Inventors: 김동근
Original assignee: 김동근
Priority date: 2015-01-23
Filing date: 2015-12-29
Publication date: 2016-07-28
Also published as: KR101553024B1

Abstract

A radiator having a humidification function of the present invention has a hot water pipe wound around the periphery of an outer container at a predetermined gap so as to lower the center of gravity while lowering the height of a product, is provided with an inner container and the hot water pipe such that the peripheries thereof face each other in a state in which the outer container having a plurality of through-holes is interposed therebetween, so as to allow heat emitted from the inner container and the hot water pipe to heat the surfaces of the inner container and the hot water pipe while being exchanged with each other, and has a structure in which the inner container is separately disassembled such that the inside thereof can be cleaned at any time. Therefore, an accident in which the product falls down can be prevented in advance, a mutual heat loss is minimized, a synergy effect is increased due to a conductive heat, the use rate of electric energy can be lowered, the clogging of the hot water pipe, caused by the contaminants of the inner container, also can be eliminated, and simultaneously, pure humidifying mist (steam) from which the contaminants are removed is discharged into a room so as to provide a pleasant environment.

Description

Radiator with humidification

The present invention relates to a radiator having a humidification function, and more particularly, to store water in a separate hot water tank and heat it to a high temperature by induction heating to spout a humidifying mist (steam) and circulate through a hot water pipe to dissipate heat. It relates to a radiator having a humidification function to achieve this.

In general, as a radiator used to increase the indoor temperature of a home or office, a radiator is used that can dissipate heat up to 100 ° C. or less by heating water by injecting water.

This is because the actual heat dissipation temperature is only 50 ℃ ~ 60 ℃ is insufficient in terms of thermal efficiency and there was a problem that must be installed in a number of indoors to improve this.

In addition, there is a problem that the volume and weight is very increased and the installation is not easy by requiring a heater and configuration necessary for circulation.

To solve this problem, a radiator using an electric heater is proposed by injecting a non-flammable liquid (refrigerant) having a high boiling point into a heat pipe. However, since a humidification operation using a non-combustible liquid is impossible, a rapid relative humidity due to temperature rise In the case of deterioration may be a cause of deterioration in people with dry skin or atopic disease, there was a problem that a separate humidifier must be installed.

However, in general, the humidifier is vulnerable to bacterial growth by using an ultrasonic method, and has been mainly used as a fungicide to compensate for this, but may cause a fatal effect on the human body.

Therefore, the radiator having the humidification function of Patent Registration Publication No. 10-1446643 (registered on September 25, 2014) has been proposed by the present applicant. Radiator having a humidification function of the publication as shown in Figure 1 is a support body 10 is formed with a plurality of through holes (10a) at regular intervals around, and is supported on the inner upper portion of the support body (10) Water stored in the inside of the heat source generating means 20, the heat source generated from the heat source generating means 20 in close contact with the upper surface of the heat source generating means 20 while being supported by the upper opening end of the support body 10 And a heating vessel 30 for ejecting water vapor to the outside at the same time as the heating, a hot water pipe 40 installed to be wound in a coil shape on the inner lower portion of the support body 10 to heat-exchange the indoor air, and the heating One side of the container 30 is connected to the inlet and outlet lines of the hot water pipe 40 is composed of a hot water circulation means 50 for forcibly circulating the hot water in the heating vessel 30 to the hot water pipe (40) have.

However, the conventional radiator having a humidification function configured as described above, the heating vessel for circulating the hot water to the humidification function and the hot water pipe 40 on the hot water pipe 40 supported inside the support body 10 that functions as a safety net ( 30) is mounted because of the height of the product is increased and the center of gravity is not stable because of falling down there is a risk of safety accidents, the heat released to the outside of the heating vessel 30 and the hot water pipe 40 There is a problem that the heat loss is large as the heat is not exchanged with each other.

In addition, conventionally, the heating vessel 30 for heating the supplied water is directly connected to the hot water circulation means 50 composed of the pump 51, the

valves

52, 53, the

connection hoses

54, 55, and the like. Due to the structure, since only the heating container 30 is separated separately and the internal cleaning is not frequently performed, water residue is generated on the inner surface of the heating container 30 as well as acting as a pollution source such as generating a sediment. There is also a problem that provides a cause of the blockage of the pipe 40 or is discharged into the room with a humidifying air to contaminate air.

An object of the present invention is proposed to solve this problem in consideration of the existing problems, it is possible to prevent the safety accident falling by lowering the center of gravity while lowering the height of the product, the heat and hot water pipes released to the outside of the inner container It is to provide a heat sink having a humidification function that can minimize the mutual heat loss by increasing the heat emitted from the surface of each other close to each other, as well as synergistic effect by the conduction heat.

Another object of the present invention is to separate only the inner container to clean the inside at any time, so that the inside of the inner container is always kept clean, thereby essentially eliminating the cause of contamination, while at the same time eliminating the clogging phenomenon of the hot water pipe at the same time the pure humidifying radiator It is to provide a radiator with a humidification function that can be discharged into the room to provide a comfortable environment.

Radiator having a humidification function according to an embodiment of the present invention for solving the above technical problem, the power control unit is installed in the center of the upper surface of the pedestal, the upper portion is opened to be seated fixed to the upper edge of the pedestal and a plurality of through A cylindrical support network having a hole formed therein, a hot water pipe wound around the inner wall of the support network at a predetermined distance, and a hot water pipe installed at a predetermined distance from the inner circumference of the hot water pipe, A non-metal outer container having a through hole, an induction heating part installed at the center of the inner circumferential surface and the lower surface of the outer container and controlled by the power control unit; Closely receives heat source from induction heating unit and heats water stored inside to high temperature A container lid which is hinged by a metal inner container and one side of the upper opening of the outer container and a hinge structure to blow water vapor to the outside while opening and closing the upper opening of the inner container, and the support net and the container lid As a hot water circulation means for circulating the hot water by connecting the hot water pipe and the inner container through the,

The hot water circulation means is fixed to one side of the upper surface of the container lid and the pump operated by the power supply of the power control unit, one end is connected to the pump from the lower surface of the container lid and the other end to the bottom of the inner container A suction pipe positioned to suck hot water, a flexible first connection hose connected to one side of the pump, a connector fixed to one side of an upper surface of the container lid, and hot water circulated from the lower surface of the container lid to the connector Inlet valve for connecting the inlet side of the discharge pipe for resupplying to the inner container, the flexible second connection hose connected to one side of the connector, and the first connection hose installed on one side of the upper end of the support network and the hot water pipe. And an outlet valve installed on one side of the upper end of the support network to connect the outlet side of the second connection hose and the hot water pipe. It shall be.

In another embodiment, the outer container of the present invention has a cylindrical shape having an upper opening, and has a plurality of through holes through which heat is discharged at regular intervals in left and right directions and in a vertical direction in a circumferential area thereof, It is seated and fixed to the bent surface to form a bent surface extending horizontally outward to maintain a constant distance without touching the support mesh and the pedestal, the locking jaw so that the upper end of the inner container is caught on the boundary portion in contact with the bent surface and the side circumference Characterized in that formed.

In another embodiment, the induction heating unit of the present invention is installed along the central inner peripheral surface of the outer container, the tapered ring-shaped heating side plate to narrow the inner diameter from the top to the bottom so as to be in close contact with the outer peripheral surface of the inner container, It is installed in the center of the inner bottom of the outer container is characterized in that consisting of a heating bottom plate in close contact with the center of the outer bottom of the inner container.

In another embodiment, the inner container of the present invention has a tapered structure in which an outer diameter thereof becomes narrower from the upper part to the lower part so that the upper part is opened and is separated and cleaned from the outer container while storing water. It is characterized in that the engaging surface is formed to extend horizontally to the outside to be seated on.

Since the radiator having the humidification function of the present invention has a structure in which the hot water pipe wraps the outer circumference of the outer container at a predetermined distance, the center of gravity of the product can be lowered while lowering the height of the product, thereby preventing a safety accident from falling down. It has an effect.

In addition, since the inner container and the hot water pipe is positioned so that the circumferential side faces each other with the outer container interposed therebetween, the heat discharged from the inner container and the hot water pipe is close to each other through a plurality of through-holes on the outer container side. By alternating heating the surfaces of the inner container and the hot water pipes together, they minimize the mutual heat loss and increase synergy effect by conduction heat and lower the electrical energy use rate.

In addition, the present invention is because the inner container is separated separately and can be cleaned from time to time, the inside of the inner container is always kept clean, thereby fundamentally eliminating the cause of contamination, and at the same time eliminate the clogging phenomenon of the hot water pipe by the pollutant It is effective to provide a pleasant environment by discharging the pure humidifying water (vapor) from which the pollutant is removed.

1 is a longitudinal sectional view showing a radiator having a humidification function according to the related art;

2 is a perspective view showing a radiator having a humidifying function according to the present invention;

3 to 5 are views showing a radiator having a humidification function according to the present invention,

3 is a longitudinal sectional view showing a state where a lid is closed on an inner container;

4 is a longitudinal sectional view showing a state in which a lid is opened from an inner container;

5 is a longitudinal sectional view showing a state in which the lid is opened and the inner container is separated from the outer container.

Description of the main symbols in the drawings

100: pedestal 110: power control unit

120: support network 122: through hole

124: bending surface 130: hot water pipe

140: outer container 142: through hole

144: bending surface 146: locking jaw

150: induction heating unit 152: heating side plate

154: heating bottom plate 160: inner container

162: locking surface 170: hinge structure

180: container lid 182: spout

190: hot water circulation means 191: pump

192: outlet pipe 193: first connection hose

194: Connector 195: Inlet pipe

196: second connection hose 197: inlet valve

198: outlet valve 199a: inlet connector

199b: Spill Connector

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

Radiator having a humidification function of the present invention, the base 100, the power control unit 110 is installed in the center of the upper surface of the pedestal 100, and the upper portion is opened so as to be seated fixed to the upper edge of the pedestal 100 A cylindrical support net 120 having a plurality of through holes 122 formed therein, a hot water pipe 130 installed to be wound in a coil shape to face the inner wall of the support net 120 at a predetermined distance, and the The non-metal outer container 140 installed to face the inner circumference of the hot water pipe 130 at a predetermined distance and having a plurality of through-holes 142 formed thereon, and the center and bottom center of the inner circumferential surface of the outer container 140. Installed in and controlled by the power control unit 110 and the induction heating unit 150 is inserted detachably from the inside of the outer container 140, in close contact with the induction heating unit 150 from the induction heating unit 150 It receives the heat source It is hinged by a metal inner container 160 for heating the water to a high temperature, and one side of the upper opening of the outer container 140 and the hinge structure 170 to open and close the upper opening of the inner container 160 to open the water vapor. The hot water pipe 130 and the inner container 160 by connecting the container lid 180, the spout 182 is formed on one side and the support mesh 120 and the container lid 180 so as to discharge the water to the hot water It consists of hot water circulation means 190 for circulating the.

That is, the support net body 120 is a cylindrical shape in which upper and lower portions of a material having low thermal conductivity are opened, and a plurality of through-holes 122 are formed in which the heat is discharged at regular intervals in the left and right directions in the peripheral area thereof. A bent surface 124 extending horizontally inside the upper portion is formed.

The hot water pipe 130 has a coil spring shape wound so as to be in non-contact between the support mesh 120 and the outer container 140, and its inlet and outlet are horizontally penetrated through the upper side rear side of the support mesh 120. It is bent and the inflow and outflow sides of the hot water circulation means 190 are respectively connected.

The outer container 140 is a cylindrical shape with an upper opening, and a plurality of through-holes 142 are formed in the circumferential area at regular intervals in the left and right directions and heat is discharged, and the support net is formed thereon. It is seated and fixed to the bent surface 124 of 120 is formed to be bent surface 144 extending horizontally to maintain a constant distance without touching the support mesh 120 and the pedestal 100, the bent surface 144 And a latching jaw 146 is formed at the boundary portion between the side and the side circumference so that the upper end of the inner container 160 is caught.

The induction heating unit 150 is installed along the central inner circumferential surface of the outer container 140, and the tapered ring-shaped heating side is narrowed from the upper side to the lower side so as to closely contact the outer circumferential surface of the inner container 160. The plate 152 and the heating bottom plate 154 installed in the center of the inner bottom of the outer container 140 is in close contact with the center of the outer bottom of the inner container 160.

The inner container 160 has a tapered structure in which an outer diameter thereof becomes narrower from an upper part to a lower part so as to be separated and cleaned from the outer container 140 while opening the upper part to store water, and the upper part of the outer container 140 on the upper part thereof. A catching surface 162 extending horizontally outward to be caught by the upper catching jaw 146 is formed.

The hinge structure 170 is composed of a hinge connecting the rear end of the upper bent surface 144 of the outer container 140 and the upper edge of the container lid 180.

The container lid 180 is installed to open and close the upper opening while the outlet 182 is formed on one side of the upper surface to eject the steam to the outside when the water is boiled by the high temperature.

The hot water circulation means 190 is fixed to one side of the upper surface of the container lid 180 is operated by the power supply of the power control unit 110 and the pump 191, the lower surface of the container lid 180 One end is connected to the pump 191 and the other end is located to the bottom of the inner container 160, the suction pipe 192 for sucking hot water, and a flexible first connection hose connected to one side of the pump 191 ( 193, the connector 194 fixed to one side of the upper surface of the container lid 180, and the hot water circulated from the lower surface of the container lid 180 to the connector 194 to the inner container 160. A discharge pipe 195 to be supplied, a flexible second connection hose 196 connected to one side of the connector 194, and the first connection hose 193 installed at one end of the support mesh 120. Inlet valve 197 for connecting the inlet side of the hot water pipe 130, and is installed on one side of the upper end of the support mesh 120 The second connection hose 196 and the outlet valve 198 for connecting the outlet side of the hot water pipe 130 is configured.

At this time, one end of the inlet and

outlet ports

197 and 198 is inlet and

outlet contactors

199a and 199b so as to be connected to the inlet and outlet side hoses of a heated product such as a hot bed or a hot mat, not shown. ) Is installed.

Next, the operation and effects on the radiator having the humidifying function of the present invention configured as described above will be described.

In order to operate the radiator having a humidification function of the present invention, first, the container lid 180 is opened, and the water (tap water) is stored in the inner container 160 at a predetermined level, and is turned on through the power control unit 110. In operation, the water stored in the inner container 160 is heated to a high temperature by the induction operation principle by contacting the induction heating unit 150 and the inner container 160 by receiving power through the power control unit 110 according to this operation. It will boil.

That is, when an electric current flows in the induction coils of the heating side plate 152 and the heating side plate 152 of the induction heating unit 150 provided on the inner circumferential surface and the bottom of the outer container 140, a magnetic field is formed around the magnetic container. As the eddy current is generated by reacting the inner container 160, heat is generated due to the resistance of the inner container 160, which is a heating element, to boil water stored in the inner container 160.

At this time, by the internal pressure generated when the water in the inner container 160 is boiled at a high temperature, the water vapor is ejected into the room through the jet port 182 formed on one side of the container lid 180 to adjust the indoor humidity.

And when the pump 191 is operated in accordance with the ON operation of the power control unit 110, the water boiled to a high temperature in the inner container 160 through the outlet pipe 192 connected to the pump 191 is pump ( 191, the first connection hose 193 and the inlet valve 197 flows along the same hot water pipe 130 wound in a coil spring shape to heat the hot water pipe 130 is heated, this hot water pipe The hot water cooled while passing through 130 is circulated to return to the inner container 160 through the outlet valve 198, the second connection hose 196, the connector 194, and the inlet pipe 195. Will repeat.

At this time, the inner container 160 is discharged to the outside through a plurality of through-holes 142 formed around the outer container 140 while the body is heated hot when the internal temperature is raised by the induction heating unit 150. The heat is discharged into the room through a plurality of through holes 122 formed in the support mesh 120 while heating the surface of the hot water pipe 130.

The hot water pipe 130 is heated by hot water flowing along the inside of the hot water to emit heat in all directions, the discharged heat through a plurality of through holes 122 formed around the support mesh 120 Heat exchange occurs in contact with the air in the room, thereby heating the room temperature warmly.

At this time, since the inner container 160 and the hot water pipe 130 are positioned to face each other with the outer container 140 interposed therebetween, the heat discharged from the inner container 160 and the hot water pipe 130 is the outer container. By heating the surfaces of the inner container 160 and the hot water pipe 130 to each other while being in close contact with each other through a plurality of through holes 142 on the side of 140, mutual heat loss is minimized as well as synergy effect by conduction heat. It can increase and lower the use rate of electric energy.

In addition, since the hot water pipe 130 is installed on the periphery to surround the outer container 140, the center of gravity of the product can be lowered, thereby preventing the safety accident from falling down.

In addition, since the inner container 160 is separated and can be cleaned internally at any time, the inside of the inner container 160 can be kept clean at all times, thereby essentially eliminating the cause of contamination, and clogging of the hot water pipe 130 by the contaminating source. At the same time, it can provide a pleasant environment by discharging the pure humidifying steam (water vapor) from which the pollutant is removed.

That is, in order to separate the inner container 160, first, by holding the container lid 180 and lifting it upwards, the hinge structure 170 fixing one side of the container lid 180 and one side of the outer container 140 is rotated. The container lid 180 is opened as shown in FIG. 4, and the inner container 160 is separated as shown in FIG. 5.

When the inner container 160 is inserted into the outer container 140 after cleaning, the circumferential side and the bottom side of the inner container 160 are heated side plate 152 and the heated bottom plate of the induction heating unit 150. At the same time, the upper side locking surface 162 of the inner container 160 is seated on the upper side locking jaw 146 of the outer container 140 to maintain a stable assembly state.

At this time, the inner side of the inner container 160 and the heating side plate 152 of the induction heating unit 150 has a structure in which the diameter narrows from the upper side to the lower side so that the inner container 160 from the heating side plate 152. Not only can they be easily separated, but they can also be closely attached during assembly.

On the other hand, the present invention is not limited only to the above-described embodiment, but can be modified and modified within the scope not departing from the gist of the present invention, the technical idea to which such modifications and variations are also applied to the claims Must see

Claims

A power support 110 installed at the center of the upper surface of the pedestal 100, and a cylindrical support network having an upper portion opened to be seated and fixed to the upper edge of the pedestal 100 and having a plurality of through holes 122 around the pedestal ( 120, and the hot water pipe 130 is installed to be wound in a coil shape so as to face the inner wall of the support network 120 at a predetermined distance, and is installed to face the inner circumference of the hot water pipe 130 at a constant distance Non-metal outer container 140 having a plurality of through holes 142 formed therein, and an induction heating unit installed at the center of the inner circumferential surface of the outer container 140 and the lower surface thereof to be controlled by the power control unit 110 ( 150 and a metal inner container which is inserted into the outer container 140 so as to be detachable from the inside of the outer container 140 and is in close contact with the induction heating unit 150 to receive a heat source from the induction heating unit 150 to heat the water stored therein to a high temperature. 160 and up The container lid 180 which is hinged by one side of the upper opening of the outer container 140 and the hinge structure 170 and blows out the water vapor 182 on one side to open and close the upper opening of the inner container 160 to the outside. ), And the hot water circulation means 190 for circulating the hot water by connecting the hot water pipe 130 and the inner container 160 through the support mesh 120 and the container lid 180,

The hot water circulation means 190 is fixed to one side of the upper surface of the container lid 180 is operated by the power supply of the power control unit 110 and the pump 191, the lower surface of the container lid 180 One end is connected to the pump 191 and the other end is located to the bottom of the inner container 160, the suction pipe 192 for sucking hot water, and a flexible first connection hose connected to one side of the pump 191 ( 193, the connector 194 fixed to one side of the upper surface of the container lid 180, and the hot water circulated from the lower surface of the container lid 180 to the connector 194 to the inner container 160. A discharge pipe 195 to be supplied, a flexible second connection hose 196 connected to one side of the connector 194, and the first connection hose 193 installed at one end of the support mesh 120. Inlet valve 197 for connecting the inlet side of the hot water pipe 130, and is installed on one side of the upper end of the support mesh 120 A radiator having a humidification function, characterized in that consisting of an outlet valve (198) connecting the outlet side of the second connection hose (196) and hot water pipe (130).
The method according to claim 1,

The outer container 140 is a cylindrical shape with an upper opening, and a plurality of through-holes 142 are formed in the circumferential area at regular intervals in the left and right directions and heat is discharged, and the support net is formed thereon. It is seated and fixed to the bent surface 124 of 120 is formed to be bent surface 144 extending horizontally to maintain a constant distance without touching the support mesh 120 and the pedestal 100, the bent surface 144 Radiator having a humidification function, characterized in that the locking step 146 is formed so that the upper end of the inner container 160 is caught in the boundary portion in contact with the side circumference.
The method according to claim 1,

The induction heating unit 150 is installed along a central inner circumferential surface of the outer container 140 and is tapered in a ring-shaped heating such that the inner diameter thereof becomes narrower from the upper side to the lower side so as to closely contact the outer circumferential surface of the inner container 160. Radiator having a humidification function, characterized in that consisting of the side plate 152, the heating bottom plate 154 is installed in the center of the inner bottom of the outer container 140 in close contact with the center of the outer bottom of the inner container 160. .
The method according to claim 1,

The inner container 160 has a tapered structure in which an outer diameter thereof becomes narrower from an upper part to a lower part so as to be separated and cleaned from the outer container 140 while opening the upper part to store water, and the upper part of the outer container 140 on the upper part thereof. Radiator having a humidifying function, characterized in that the engaging surface 162 is formed to extend horizontally to the outside to be seated on the upper locking jaw (146).