KR101553024B1 - A hot water radiator with humidification function - Google Patents

Abstract

According to a heat radiating device with a humidification function, a hot water pipe is winded on a circumference of an external vessel at a predetermined distance to lower the center of gravity while lowering the height of a product. A circumference of an internal vessel faces a circumference of the hot water pipe with the external vessel between the internal vessel and the hot water pipe, wherein a plurality of penetration holes are formed in the external vessel to enable surfaces of the internal vessel and the hot water pipe to heat each other by circulating heat radiated from the internal vessel and the hot water pipe. The internal vessel is separated to frequently clean the inside of the heat radiating device. Therefore, an accident such as falling of a product is prevented, synergy effects are increased, mutual heat loss is minimized, the rate of using electric energy is lowered, a blockage of the hot water pipe is eliminated due to contaminants of the internal vessel, and moisture from which contaminants are eliminated is supplied indoors, thereby providing fresh environments.

Description

{A HOT WATER RADIATOR WITH HUMIDIFICATION FUNCTION}

The present invention relates to a radiator having a humidifying function. More particularly, the present invention relates to a radiator having a humidifying function. More particularly, the present invention relates to a radiator having a humidifying function, To a radiator having a humidifying function.

Generally, a radiator used to raise the room temperature in a home or an office is a radiator that can radiate heat only up to 100 ° C by heating water by injecting water.

This is because the actual heat radiation temperature is not in the range of 50 ° C to 60 ° C, which is insufficient in terms of heat efficiency.

In addition, since the heater and the structure necessary for circulation are required, the volume and weight are greatly increased and the installation is not easy.

In order to overcome such a problem, a heat radiator using an electric heater has been proposed in which a non-combustible liquid (refrigerant) having a high boiling point is injected into a heat pipe. However, since it is impossible to perform a humidification operation using an incombustible liquid, In case of a drop in the skin, a person having dry skin or an atopic disease may cause the symptoms to deteriorate, and a humidifying device must be installed separately.

However, in the case of a general humidifying device, ultrasonic wave is used to weaken the bacteria. In order to compensate for this, a sterilizing agent has been mainly used, but this may cause a fatal result to the human body.

Hitherto, a radiator having the humidifying function of Patent Registration No. 10-1446643 (registered on April 25, 2014) has been proposed by the present applicant. As shown in FIG. 1, a radiator having the humidification function of the publication includes a support body 10 having a plurality of through holes 10a formed at regular intervals around the support body 10, A heat source generating means 20 and an upper opening end of the supporting body 10 so as to be brought into close contact with the upper surface of the heat source generating means 20 to receive a heat source generated from the heat source generating means 20, A hot water pipe 40 wound around the support body 10 in a coil shape for warmly exchanging the indoor air by heat, And a hot water circulating means 50 for connecting hot water pipes 40 to one side of the container 30 to connect the inlet and outlet lines of the hot water pipe 40 to forcibly circulate the hot water in the heating container 30 to the hot water pipe 40 have.

However, in the conventional radiator having the humidifying function, a humidifying function is provided on the hot water pipe 40 supported inside the supporting body 10 functioning as a safety net, and a heating container for circulating hot water through the hot water pipe 40 Since the height of the product is increased and the center of gravity of the product is not stable due to the fact that it is not stable, there is a risk of a safety accident. In addition, heat discharged to the outside of the heating container 30, There is a problem that the heat loss is large as the heat is not exchanged with each other.

Conventionally, the heating vessel 30 for heating the supplied water is directly connected to the hot water circulation means 50 including the pump 51, the valves 52 and 53, the connecting hoses 54 and 55, Since the heating vessel 30 is separated from the heating vessel 30 and can not be internally cleaned from time to time, water remains are formed on the inner surface of the heating vessel 30 as well as contamination sources such as precipitates are generated. There is a problem that the cause of clogging of the pipe 40 is provided or the air is polluted by being discharged to the room together with humidification.

It is an object of the present invention to solve the above problems in view of the problems of the prior art, and it is an object of the present invention to prevent a safety accident that is caused by lowering the center of gravity while lowering the product height, And a heat radiator having a humidifying function capable of minimizing mutual heat loss as well as enhancing a synergy effect by conduction heat.

Another object of the present invention is to separate the inner container from the inner container and clean the inner container from time to time, thereby keeping the inner container clean at all times to fundamentally eliminate the cause of the contamination, thereby preventing clogging of the hot water pipe, And a radiator having a humidifying function capable of discharging into a room and providing a pleasant environment.

According to an aspect of the present invention, there is provided a radiator having a humidifying function, the radiator including a power supply control unit installed at a center of an upper surface of a pedestal, a plurality of through- A hot water pipe provided so as to be wound in a coil shape so as to face the inner wall of the supporting network at a predetermined distance; a water pipe arranged to face the inner circumference of the hot water pipe at a predetermined distance, An induction heating unit installed at a center of a bottom surface of the inner circumference of the outer container and controlled by the power control unit; and an induction heating unit which is detachably inserted into the induction heating unit And the heat is transferred from the heating part to the induction heating part to heat the water stored therein to a high temperature A container lid hinged by one end of the upper opening of the outer container and the hinge structure to open and close the upper opening of the inner container and to have a jet port formed at one side thereof for jetting water vapor to the outside; Water circulation means for circulating the hot water by connecting the hot water pipe and the inner container via the pipe,
The hot water circulation means includes a pump fixed to one side of the upper surface of the container lid and operated by power supply of the power source control unit, a pump connected to one end of the pump at the lower surface of the container lid, A flexible first connection hose connected to one side of the pump; a connector fixed to one side of the upper surface of the container lid; and a hot water circulating connected to the connector at the lower surface of the container lid, A second connection hose connected to one side of the connector, and an inflow valve connecting the inlet side of the hot water pipe to the first connection hose installed at one side of the upper end of the support network, And an outlet valve which is provided at one side of the upper end of the supporting net and connects the outlet of the hot water pipe with the second connecting hose. It shall be.

In another embodiment, the outer container of the present invention has a tubular shape with an upper portion opened. A plurality of through holes through which heat is emitted are formed at a predetermined interval in a left and right direction and a vertical direction. A folding surface extending horizontally outwardly is formed so as to be kept at a constant distance without touching the supporting network and the pedestal, and a hooking jaw is provided at a boundary portion between the folding surface and the side edge, Is formed.

In another embodiment, the induction heating unit of the present invention includes a heating side plate tapered in a ring shape so as to be narrowed in diameter from the top to the bottom so as to be closely attached to the outer circumferential surface of the inner container, And a heating bottom plate installed at the center of the inner bottom of the outer container and closely contacting the center of the outer bottom of the inner container.

In another embodiment, the inner container of the present invention is a tapered structure having an upper portion opened to narrow the outer diameter from the upper portion to the lower portion so as to separate and clean the outer container while storing water, And an engaging surface extending horizontally outwardly is formed so as to be seated and seated.

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Since the radiator having the humidifying function of the present invention has a structure in which the hot water pipe surrounds the periphery of the outer container at a certain distance, the height of the product can be lowered and the center of gravity can be lowered to prevent a safety accident There is an effect.

In addition, since the inner container and the hot water pipe are positioned such that the peripheral sides of the inner container and the hot water pipe are opposed to each other with the outer container therebetween, the heat emitted from the inner container and the hot water pipe is made close to each other through the plurality of through holes The surface of the inner vessel and the hot water pipe are heated with each other to minimize the mutual heat loss, and the synergy effect can be enhanced by the heat of conduction and the electric energy utilization rate can be lowered.

Further, since the inner container is separated from the inner container and can be cleaned from time to time, it is possible to keep the inner container clean at all times to fundamentally eliminate the cause of the contamination, to prevent clogging of the hot water pipe It is possible to provide a pleasant environment by discharging the pure humidification mist (water vapor) from which the pollution source has been removed into the room.

1 is a longitudinal sectional view showing a conventional radiator having a humidifying function,
2 is a perspective view illustrating a radiator having a humidifying function according to the present invention,
3 to 5 are views showing a radiator having a humidifying function according to the present invention,
3 is a vertical sectional view showing a state in which the lid is closed in the inner container,
4 is a longitudinal sectional view showing a state in which the lid is opened from the 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;

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings 2 to 5.

A radiator having a humidifying function according to the present invention includes a pedestal 100, a power control unit 110 installed at the center of the upper surface of the pedestal 100, A hot water pipe 130 wound in a coil shape so as to face the inner wall of the supporting net 120 at a predetermined distance, and a plurality of through holes 122 formed in the tubular supporting net 120, Metal outer container 140 formed to face the inner circumference of the hot water pipe 130 at a predetermined distance and having a plurality of through holes 142 formed around the outer pipe 140, The induction heating unit 150 is installed in the outer container 140 and is controlled by the power control unit 110. The induction heating unit 150 is detachably inserted into the outer container 140, Receiving the heat source, And a hinge structure 170 hinged by 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, And the hot water pipe 130 and the inner container 160 are connected to each other via the supporting network 120 and the container lid 180 so that the hot water pipe 130 and the inner container 160 are connected to each other, And a hot water circulating means 190 for circulating hot water.

That is, the supporting network 120 has a tubular shape having upper and lower portions of a material having a low thermal conductivity, and has a plurality of through holes 122 through which heat is emitted at regular intervals in left and right and up and down directions, And a bent surface 124 extending horizontally to the inside of the upper portion is formed.

The hot water pipe 130 is in the form of a coil spring wound in a noncontact manner between the supporting net 120 and the outer container 140. The inflow and outflow ports of the hot water pipe 130 are horizontally And the inflow and outflow sides of the hot water circulating means 190 are connected to each other.

The outer container 140 has a tubular shape with an upper portion opened. The outer container 140 is formed with a plurality of through holes 142 through which heat is emitted at regular intervals in left and right and up and down directions, The folded surface 144 is fixed to the curved surface 124 of the curved surface 120 so that the curved surface 144 is horizontally extended outwardly so as to maintain a constant distance without contacting the supporting network 120 and the pedestal 100, And a latching protrusion 146 is formed at a boundary portion where the inner circumference of the inner container 160 is in contact with the upper surface of the inner container 160.

The induction heating unit 150 is installed along a central inner circumferential surface of the outer container 140 and has a tapered ring-shaped heating side surface 153 that tapers downward from the top to the bottom so as to closely contact the outer circumferential surface of the inner container 160. And a heating bottom plate 154 installed at the center of the inner bottom of the outer container 140 and closely contacting the center of the outer bottom of the inner container 160.

The inner container 160 is tapered so that the outer diameter of the inner container 160 gradually decreases from the upper portion to the lower portion of the outer container 140 while being separated from the outer container 140 while storing water. And an engaging surface 162 extending horizontally outward is formed to be seated on the upper engaging jaw 146.

The hinge structure 170 includes a hinge connecting the rear end of the upper bent surface 144 of the outer container 140 and one side of the upper surface of the container lid 180.

The container lid 180 is installed to open and close the upper opening, and has a jet port 182 formed on one side of the upper surface thereof so as to jet water vapor to the outside when boiling water by high temperature.

The hot water circulation means 190 includes a pump 191 fixed to one side of the upper surface of the container lid 180 and operated by power supply of the power source control unit 110, A suction pipe 192 having one end connected to the pump 191 and the other end positioned to the bottom of the inner container 160 to suck hot water and a flexible first connection hose 192 connected to one side of the pump 191 A connector 194 fixed to one side of the upper surface of the container lid 180 and a connector 194 connected to the lower surface of the container lid 180 to circulate hot water to the inner container 160 A flexible second connection hose 196 connected to one side of the connector 194 and the first connection hose 193 provided at one side of the upper end of the supporting network 120, An inlet valve 197 connecting the inlet side of the hot water pipe 130, And an outlet valve 198 for connecting the second connection hose 196 to the outlet side of the hot water pipe 130.

 At this time, one end of the inlet and outlet ports 197 and 198 is connected to the inlet and outlet hoses of the hot products such as hot water beds and hot water mats, ).

The following describes the operation and effects of the radiator having the humidifying function of the present invention constructed as described above.

In order to operate the radiator having the humidifying function according to the present invention, the container lid 180 is first opened and water (tap water) is stored in the inner container 160 at a predetermined water level, The water stored in the inner container 160 is heated to a high temperature by the induction heating principle by the contact between the heating unit 150 and the inner container 160 by receiving power from the power source control unit 110 according to this operation It boils.

That is, when a current flows in the induction coil of the induction heating side plate 152 and the heating bottom plate 154 on the inner circumferential surface and the bottom of the outer container 140, a magnetic field is formed around the induction coil 150, Heat is generated due to the resistance of the inner container 160, which is a heat source, by generating an eddy current by reacting with the inner container 160, thereby boiling the water stored in the inner container 160.

At this time, the water vapor is blown into the room through the air outlet 182 formed at one side of the container lid 180 by the internal pressure generated when the water in the internal container 160 boils to a high temperature, thereby adjusting the humidity of the room.

When the pump 191 is operated in response to the ON operation of the power control unit 110, water boiled at a high temperature in the inner vessel 160 through the outflow pipe 192 connected to the pump 191 is supplied to the pump The hot water pipe 130 is heated by flowing along a hot water pipe 130 made of copper wound in the form of a coil spring through the first connection hose 191, the first connection hose 193 and the inflow valve 197, The hot water that has cooled by passing through the outlet 130 is circulated through the outlet valve 198, the second connection hose 196, the connector 194, the inlet pipe 195, I repeat.

At this time, when the internal temperature of the internal container 160 is heated by the heating unit 150, the body is heated while being heated, and is discharged through the plurality of through holes 142 formed around the external container 140 And the discharged heat is discharged to the room through the plurality of through holes 122 formed in the supporting network 120 while heating the surface of the hot water pipe 130.

The hot water pipe 130 is heated by the hot water flowing along the inside of the hot water pipe 130 and is heated in all directions and the heat is discharged through the plurality of through holes 122 formed around the supporting pipe 120 The room temperature is warmed by contacting with the room air and performing heat exchange.

Since the inner container 160 and the hot water pipe 130 are positioned so that the peripheral sides of the inner container 160 and the hot water pipe 130 are opposed to each other with the outer container 140 interposed between the inner container 160 and the hot water pipe 130, Through the plurality of through holes 142 on the side of the inner pipe 160 to heat the surfaces of the inner container 160 and the hot water pipe 130 to minimize mutual heat loss, And reduce the use of electric energy.

In addition, since the hot water pipe 130 is installed around the outer container 140, the center of gravity of the product can be lowered, thereby preventing a safety accident that the product is collapsed.

In addition, since the inner container 160 can be separated and cleaned from time to time, it is possible to keep the inside of the inner container 160 clean at all times to fundamentally eliminate the cause of the contamination, And at the same time pure humidification water (water vapor) from which the pollution source has been removed is discharged to the room, thereby providing a pleasant environment.

That is, in order to separate the inner container 160, the container lid 180 is first lifted and lifted up to rotate the hinge structure 170, which fixes one side of the container lid 180 and one side of the outer container 140, The container lid 180 is opened as shown in Fig. 4, and the inner container 160 is separated from the container lid 180 as shown in Fig.

When the inner container 160 is inserted into the outer container 140 after the cleaning is completed, the peripheral side and the bottom side of the inner container 160 are separated from the heating side plate 152 of the induction heating portion 150, And the upper engaging surface 162 of the inner container 160 is seated on the upper engaging jaw 146 of the outer container 140 to maintain a stable assembled state.

Since the inner side of the inner container 160 and the heating side plate 152 of the induction heating member 150 have a smaller diameter from the upper portion to the lower portion of the inner container 160, Not only can it be easily separated, but also can be tightly adhered during assembly.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. You must see.

100: pedestal 110: power source control unit
120: Supporting body 122: Through hole
124: bent face 130: hot water pipe
140: outer container 142: through hole
144: bent surface 146:
150: induction heating part 152: heating side plate
154: heating floor plate 160: inner container
162: engaging surface 170: hinge structure
180: container lid 182: outlet
190: hot water circulating means 191: pump
192: outlet pipe 193: first connection hose
194: Connector 195: Inflow pipe
196: Second connection hose 197: Inflow valve
198: Outflow valve 199a: Inlet connector
199b: Spill connector

Claims (5)

A power supply control unit 110 installed at the center of the upper surface of the pedestal 100 and a cylindrical supporting net member 120 having an upper opening and a plurality of through holes 122 formed to be seated on the upper edge of the pedestal 100 A hot water pipe 130 wound around the inner surface of the supporting pipe 120 so as to face the inner wall of the supporting pipe 120 with a predetermined distance therebetween so as to face the inner wall of the supporting pipe 120, A plurality of through holes 142 formed in the outer peripheral surface of the outer container 140 and a plurality of through holes 142 formed in the inner peripheral surface of the outer container 140, And an induction heating unit 150 for heating the water stored therein to a high temperature by receiving a heat source from the induction heating unit 150, (160), a phase A container lid 180 having an air outlet 182 formed at one side thereof for blowing water vapor to the outside while opening and closing the upper opening of the inner container 160 is hinged by the hinge structure 170 on one side of the upper opening of the outer container 140, And a hot water circulating means 190 for circulating the hot water by connecting the hot water pipe 130 and the inner container 160 through the supporting network 120 and the container lid 180,
The hot water circulation means 190 includes a pump 191 fixed to one side of the upper surface of the container lid 180 and operated by power supply of the power source control unit 110, A suction pipe 192 having one end connected to the pump 191 and the other end positioned to the bottom of the inner container 160 to suck hot water and a flexible first connection hose 192 connected to one side of the pump 191 A connector 194 fixed to one side of the upper surface of the container lid 180 and a connector 194 connected to the lower surface of the container lid 180 to circulate hot water to the inner container 160 A flexible second connection hose 196 connected to one side of the connector 194 and the first connection hose 193 provided at one side of the upper end of the supporting network 120, An inlet valve 197 connecting the inlet side of the hot water pipe 130, And an outlet valve (198) for connecting the second connection hose (196) to the outlet side of the hot water pipe (130). The method according to claim 1,
The outer container 140 has a tubular shape with an upper portion opened. The outer container 140 is formed with a plurality of through holes 142 through which heat is emitted at regular intervals in left and right and up and down directions, The folded surface 144 is fixed to the curved surface 124 of the curved surface 120 so that the curved surface 144 extends horizontally outwardly so as to maintain a constant distance without contacting the supporting network 120 and the pedestal 100, And a latching protrusion (146) is formed at a boundary portion between the inner casing (160) and the inner casing (160) so that the upper end of the inner container (160) is caught. 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 heated to a tapered ring shape so as to be in close contact with the outer circumferential surface of the inner container 160, And a heating floor plate (154) installed at the center of the inner bottom of the outer container (140) and closely contacting the center of the outer bottom of the inner container (160) . The method according to claim 1,
The inner container 160 is tapered so that the outer diameter of the inner container 160 gradually decreases from the upper portion to the lower portion of the outer container 140 while being separated from the outer container 140 while storing water. Is formed with an engaging surface (162) extending horizontally outward so as to be seated and caught by the upper stopping jaw (146). delete

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