KR20010008346A - Heating System For Heatpipe - Google Patents

Abstract

PURPOSE: A heat pipe heating system of a double controller structure is provided to save energy and to control an excessive load of a heater through quick heat energy supply to a fast heat transferable pipe by using the heater and regeneration CONSTITUTION: Input power heats a heater(2) inside a heating box(1) through a temperature controller(10) attaching to a temperature sensor(12). Heat is transferred to a heat pipe(2) inserted in a heat pipe insertion hole through a heat conductor(8) on the heater. A solid filler such as powder inside the heating box prevents the heat from getting cold fast. In case that an end of the heat pipe not contacting a heat source is under the heat source, a temperature sensor(6) for a thermostat automatically blocks power of the heater upon reaching a certain temperature to prevent an excessive load of the heater. Accordingly, a danger of a fire is avoided.

Description

Heat Pipe Heating System with Dual Controller Structure {Heating System For Heatpipe}

The present invention is to heat the heat pipe with good thermal conductivity quickly to the high temperature of more than 100 ℃ in the electric heater to heat the heat pipe quickly, it is possible to reduce the heat storage due to the heat conductor and the solid filler and energy saving of the heating system through it, The heat pipe can be easily disassembled and assembled, and the heating system has a double controller structure that automatically cuts off the power at a constant temperature even if the heat pipe is misplaced and the heater is overloaded.

The heating system using a conventional heat pipe is heated by using water or by inserting an electric rod into a heater, but a separate device is required to heat and circulate the water, and it is difficult to maintain the device due to rust due to oxidation caused by water. There are many points, and if the end of the heat pipe that is not inserted is lower than the electric rod, there is a risk of overload due to the overload. It was difficult to adjust the inclination of the connection part according to the length of the heat pipe.

The present invention, in order to supplement the disadvantages of the existing device, by using an electric heater that generates a high temperature of more than 100 ℃ without a separate device to facilitate the assembly of the heat pipe and the heating device to simplify maintenance, a large amount of heat pipe It can be heated by a certain capacity power supply even if it is connected to it.It can be easily installed by adjusting the angle of the heat conductor regardless of the length of the heat pipe.If the end of the heat pipe that is not connected to the heater is high, it will be overloaded. The sensor prevents overload by the sensor even if the power is continuously supplied to the heater, and transfers heat to the heat conductor and solid filler heated by the heater even if the power is not turned on, so that the heat pipe keeps heating. Power consumption by reducing power consumption, and saving energy and simplicity of construction. To be locked.

1 is an exploded perspective view of the present invention

2 is a perspective view of the present invention

3 is a cross-sectional view of the present invention

* Explanation of symbols for main parts of the drawings

1: heating box 2: heater

3: Bottom pipe insertion port 4a, 4b: Heater connection part

5: Summer start 6: Temperature start temperature sensor

7a, 7b: wire 8: heat conductor

9: input power 10: temperature controller

11 heat pipe 12 temperature sensor

13: heater insertion hole 14: stand

15: solid filler

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

As shown in FIG. 1, the heater 2 is inserted into the heating box 1 on the pedestal 14, the heater insertion hole 13 is placed, the heat conductor 8 is placed on the heater 2, and the heat pipe 11 is heated. After inserting into the pipe insertion opening (3), the thermostat temperature sensor (6) is placed on the heater (2) as shown in the cross-sectional view of FIG. 3, and the solid filler (15) is filled.

When the input power supply 9 enters the temperature controller 10, the output power is sent to the heater connection parts 4a and 4b by the temperature sensor 12. When the power is continuously supplied to the heater 2 and heated above a predetermined temperature, Since the summer start 5 cuts off the power by the summer start temperature sensor 6, the construction can be performed safely.

The effect of the above invention is as follows.

Existing boilers, such as heating systems require a lot of accessories, electrical heating panels, such as the ease of construction, but there is a disadvantage that is harmful to the human body by the emission of electromagnetic waves. In the case of the present invention, by using a semi-permanent heater and heat pipe with good heat conductivity as a heating system that can be easily installed, it does not require any accessories such as a water circulation device, and compensates for the fact that the boiler is shortened in life due to rust in water. In addition, the heat pipe itself does not emit harmful electromagnetic waves, it heats with little power, and the heat stored in the heat conductors is transferred to the heat pipe, which saves energy and cleans the heat source. It can be easily built, which makes high productivity and competitiveness by reducing energy cost.

Claims (1)

1. When the input power source 9 heats the heater 2 in the heating box 1 via the temperature controller 10 with the temperature sensor 12, the heat conductor 8 is placed on the heater 2. Heat is transferred to the heat pipe 2 inserted into the heat pipe insertion hole 3, and the solid filler 15 such as powder in the heating box 1 does not quickly cool the heat, and the heat pipe 11 does not come into contact with the heat source. If the end of the heat source is lower than the heat source to prevent overload of the heater (2) when a certain temperature is reached by the thermal start temperature sensor (6) to automatically cut off the power of the heater (2) to prevent the risk of fire Heatpipe heating system with dual controller structure.