KR200263381Y1 - A power saving heater using electric heating hot-water pipe - Google Patents

Abstract

The present invention relates to a power-saving heating device using an electric heating hot water pipe improved to obtain a sufficient indoor heating effect even with a small amount of power consumption by utilizing the heat energy stored in the hot water pipe heated by electricity.

According to the present invention, a plurality of hot plates having excellent thermal conductivity are inserted and installed at a predetermined interval on the outer circumference of the hot water pipe to be heated by passing cold air of the room introduced through the blower between the hot water pipe and the hot plate and discharged into hot air. By making full use of the heat energy stored in the hot water, it is possible to obtain the effect of indoor heating even with a small amount of power consumption, and by indirectly exposing the heat source, the electric heated hot water improved to prevent the risk of an accident such as a fire during use. A power saving heating device using a tube is provided.

Description

A power saving heater using electric heating hot-water pipe}

The present invention relates to a power-saving heating device using an electric heating hot water pipe improved to obtain a sufficient indoor heating effect even with a small amount of power consumption by utilizing the heat energy stored in the hot water pipe heated by electricity.

In general, electric heaters use a lot of quartz tube heaters or halogen heaters, which are generated by electric resistance, and most of them are configured to obtain a heating effect using only radiant heat generated by local heating. In fact, the heating effect was extremely low, especially since the heat source is directly exposed to the outside, there is a problem that can cause a large accident such as a fire if the management is neglected due to various risks of use. .

The main purpose of the present invention is to insert a plurality of hot plates having excellent thermal conductivity on the outer periphery of the hot water pipe to be heated by electricity to pass the cold air of the room introduced through the blower between the hot water pipe and the hot plate to be discharged to the hot air By utilizing the heat energy stored in the hot water to the maximum, it is possible to obtain the effect of indoor heating even with a small amount of power consumption, and the heat source is indirectly exposed so that the electric heated hot water pipe is improved to prevent the risk of fire and other accidents when using it. The purpose is to provide a power-saving heating device using.

1 is an overall structural diagram of the present invention

2 is a side cross-sectional view of the present invention

<Description of the reference numerals for the main parts of the drawings>

100: radiator 1: hot water pipe 1 ', 1': front and rear entrance

2: hot plate 3: inner passage 4: body frame

5: hot water discharge pipe 6: hot water supply pipe 7: circulation pump

8: heater rod 9: fluid heating tube 10: fan motor

10 ': fan 11: electrical draw box 12: make-up water supply

13: control box 14: control switch 15: room temperature sensor

16: fluid temperature sensor

Hereinafter, described in detail with reference to the accompanying drawings showing an embodiment according to the present invention.

1 is an overall structural diagram of the present invention, Figure 2 is a side cross-sectional view of the present invention, a heat radiator is inserted into a plurality of hot plates 2 having excellent thermal conductivity on the outer periphery of the hot water pipe (1) connected in a zigzag at regular intervals 100 is fixedly installed on the upper part of the main body frame 4 having the inner passage 3 inclined downward from the top, and the hot water inlet 1 'and 1' of the hot water pipe 1 are discharged from the hot water pipe 5. And the hot water supply pipe 6 are connected to the outside of the main frame 4, respectively, so that the fluid is circulated by the operation of the circulating pump 7 so that the heater rod 8 may be slowly heated by the heater heat. The fan 10 'is connected to the heating tube 9 so that cold air in the room is sucked into the inner passage 3 and diffused and discharged back into the room through the radiator 100 at the inner lower portion of the main frame 4. Fixed fan motor 10 is fixedly installed, and heater rod 8 and the outer side of main frame 4 The circulation pump 8 and the fan motor 10 have a structure in which an electric draw box 11 is connected to a power source to supply electricity to form a unit.

In addition, the outer side of the main frame 4, the supplemental water supply device for automatically supplying the fluid so that a certain amount of fluid is always maintained in the pipe when the entire pipe (1) (5) (6) (9) lacks fluid ( 12 is installed to be connected to the fluid heating tube (9).

In addition, a separate control box 13 is electrically connected to the electric drawing box 11 to selectively perform various automatic control functions such as a temperature setting function, a timer function, and an automatic temperature control function through the control switch 14. It is supposed to be.

The present invention has been made so as to effectively utilize the heat energy stored in the hot water pipe (1) to heat the room even with a small amount of power consumption.

First, the heating device of the present invention is placed horizontally in an indoor space such as a home or an office, and a temperature setting function, a timer function, and a temperature are controlled by a control switch 14 of a control box 13 electrically connected to an electrical inlet box 11. When the heating device of the present invention is operated after selecting each function such as an automatic adjustment function, the heater rod 8 of the fluid heating tube 9 is first heated, and the circulation pump 7 is operated at the same time, so that the fluid While circulating, the temperature of the fluid circulating through the entire pipe is gradually increased by receiving the heat energy of the heater rod 8.

When the temperature of the fluid circulating through the entire pipeline increases to reach a certain temperature, the fan motor 10 fixed to the lower part of the main frame 4 is driven by a signal of the fluid temperature sensor 14 that detects the fluid temperature. The hot water pipe 1 and the hot water of the radiator 100 in which the cold air in the room is sucked into the inner passage 3 of the main body frame 4 by the rotation of the fan 10 'and is inclinedly fixed to the upper part of the main body frame 4. It passes through the hot plates 2 inserted into the pipe 1 and is converted into hot air and discharged into the room.

At this time, since the heater rod 8 is powered or cut off by itself, the temperature of the fluid is always continuously maintained within a predetermined range below the boiling point.

As described above, when the indoor cold air is repeatedly converted to hot air through the radiator 100 and the indoor temperature reaches a predetermined temperature, the heater rod 8 is signaled by the signal of the indoor temperature sensor 15. ) And the power of the circulation pump 7 and the fan motor 10 are simultaneously cut off after a certain time.

Since the temperature of the fluid is maintained for a certain time even when the heater rod 8 is first switched off, the indoor temperature is partially increased without additional power consumption by the continuous driving of the circulation pump 7 and the fan motor 10 for a predetermined time. do.

As described above, when the electric power of the heater rod 8, the circulation pump 7 and the fan motor 10 is cut off and the room temperature decreases after a predetermined time, the heater rod (1) is first signaled by the signal of the indoor temperature sensor 15. 8) and the circulation pump (7) power is applied, the heater rod 8 of the fluid heating tube (9) is heated and at the same time the circulation pump (7) is operated so that the fluid circulates through the entire pipe of the heater rod (8) The fan motor fixed to the lower part of the main frame 4 by the signal of the fluid temperature sensor 15 to detect the fluid temperature when the temperature of the fluid circulating through the entire pipe is gradually raised by receiving the heat energy ( 10) is driven and the fan 10 'is rotated as the cold air of the room passes through the radiator 100 is converted to hot air can be repeatedly carried out to maintain the room heating continuously.

Here, when the fluid circulating the entire pipeline is repeatedly dried by heat, and the amount of fluid is reduced, the amount of fluid immediately reduced by the operation of the supplemental water supply device 12 is automatically transferred to the fluid heating tube 9. Since it is replenished, it is possible to safely perform the function without abnormal operation of the fluid temperature sensor 14 according to the fluid amount decrease.

In this way, the present invention is installed by inserting a plurality of hot plates having excellent thermal conductivity on the outer periphery of the hot water pipe to be heated by passing the cold air of the room introduced through the blower between the hot water pipe and the hot plate to be discharged to the hot air By utilizing the heat energy stored in the maximally, it is possible to get enough room heating effect even with a small amount of power consumption, and it has a large energy saving effect. There are many effects.

Claims (3)

Fixing the radiator 100 by inserting and fixing a plurality of hot plates 2 at regular intervals on the outer circumference of the hot water pipe 1 connected in a zigzag manner from the top to the top of the main body frame 4 having the inner passage 3 inclined downward from the top. And a hot water discharge pipe 5 and a hot water supply pipe 6 are drawn out to the outside of the main body frame 4 at front and rear inlets 1 'and 1' of the hot water pipe 1, respectively. The fluid is circulated by the operation of the 7) is connected to the fluid heating tube (9) in which the heater rod (8) is built so that it is gradually heated by the heat of the heater, the cold air of the room inside the inner lower portion of the main frame (4) The fan motor 10 having the fan 10 'installed therein is fixed and installed so as to be sucked into the passage 3 and diffused out through the radiator 100 back into the room, and a heater rod 8 is disposed outside the main body frame 4. ) And the electric draw box (11) for supplying electricity to the circulation pump (8) and the fan motor (10) Energy-saving heating device using an electric heating hot water pipes. The fluid heating pipe (9) according to claim 1, further comprising a replenishment water supply device (12) for automatically supplying a fluid so that a constant amount of fluid is always maintained in the pipe when there is a lack of fluid outside the main body frame (4). Energy-saving heating device using an electric heated hot water pipe, characterized in that the installation is connected. The electric drawing box 11 is electrically connected to a separate control box 13 to select various automatic control functions such as a temperature setting function, a timer function, an automatic temperature control function through a control switch 14. Energy-saving heating device using an electric heating hot water pipe, characterized in that it can be carried out as.