KR19980058620U - Heat pipe radiator for heating - Google Patents

Abstract

The object of the present invention is to stably install the aluminum fins by providing a blower and a lighting unit at the upper end of the aluminum fin, which is press-fitted with a heat pipe using the electric heater formed vertically, and a base unit having a control unit at the lower end. The present invention relates to a heat pipe radiator for heating that can be fixed and beautiful in appearance.

The constitution of the present invention is to install a blower 38 for forcibly convection heat radiated to the upper end of the heat pipe (30-1), and to install the lighting unit 10, the lighting member 14 is interpolated thereon, At the lower end, the upper part is narrow and the lower part is provided with a wide base part 40, but the control part 50 is installed in the base part 40.

Description

Heat pipe radiator for heating

The present invention relates to a heat pipe radiator for heating using a heat source as an electric heater and a heater pipe as a heat exchanger, and in particular, an air blower and a lighting unit are provided at an upper end of an aluminum fin in which an electric heater and a heat pipe are vertically formed. It relates to a heat pipe radiator for heating by installing a base portion having a control unit at the lower end.

In general, heat pipes use a principle of injecting a working fluid into a pipe and vacuuming the working fluid even at a low temperature. The heat pipe has an advantage of transferring heat even at a very low temperature difference. The heat transfer coefficient should be small to increase the heat transfer area.However, heat pipes can be easily attached to the pipes to increase heat transfer area, which makes them smaller and lighter. .

Conventional electric radiators are provided with a heat medium inside the heat radiator only when the temperature of the heat medium rises above the ambient temperature to radiate heat, and if the temperature rises to a certain temperature, a long time has elapsed due to the specific heat and weight of the heat medium. There was a problem that only heat dissipation.

In addition, the heat pipe-type electric radiator of Utility Model Application No. 96-25991, which was previously filed by the applicant, is equipped with a drying rack which is folded horizontally at the upper end of the aluminum fin which uses a heat source as an electric heater and heat pipe as a heat exchanger. In addition, the lamp is installed, and the lower part is provided with a bracket that diverges in various directions.The heat pipe type electric radiator has a vacuum inside to heat the working fluid to evaporate and heat dissipate quickly. Excellent, but there was a problem that the bracket and the lamp supporting the aluminum shock is unstablely coupled.

In addition, heat dissipated is circulated by natural convection, so that hot heat is maintained within a certain radius around the aluminum fin, but heat is deteriorated outside the radius. There was also a problem that the appearance was reduced due to exposure to water.

The present invention has been made in consideration of the above circumstances, and a first object thereof is to provide a blower and an illumination unit at an upper end of an aluminum fin including an electric heater and a heat pipe formed vertically, and a control unit at a lower end. It is to provide a heat pipe type radiator for heating to install the base portion to make the aluminum fin more stably fixed and at the same time beautiful appearance.

It is a second object of the present invention to provide a heat pipe type radiator for heating in which convective heat is radiated by a blowing fan so that warmth is evenly distributed throughout the room.

The present invention provides a blower for forcibly convection heat dissipated in the upper end of the heat generating unit to achieve the above object, and installs a lighting unit in which the lighting member is interpolated, the upper portion is narrow in the lower portion, the lower base is wide It is achieved by providing a heat pipe type radiator for heating, which is installed but provided with a control unit in the base portion.

1 is a perspective view of the present invention,

2 is a front view of the present invention,

3 is a cross-sectional view taken along the line A-A of FIG.

4 is a cross-sectional view taken along the line B-B of FIG.

5 is a partial cross-sectional view of another embodiment according to the present invention,

6 is an exemplary front view of the upper end of FIG. 5;

7 is a plan view of FIG. 6.

* Description of the symbols for the main parts of the drawings *

10 Lighting 12 Cover

14 ... lighting member 16, 26, 502 ... plate

18, 28 ... Bracket 20 ... Blower

22 Motor 24 Axis

24-1 ... fan 30 ... heating unit

30-1 ... heat pipe 30-2 ... electric heater

30-3 ... Aluminum 휜 30-4 ... Wire through groove

30-5 ... Blocking 32 ... First Standing Header

34 ... 2nd standing header 36 ... 3rd standing header

38.Blowing groove 40.Base part

42 Lower plate 42-1 Wheel

44.Support bolt 46 ... Nut

50,501 ... control unit

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

1 to 3 shows a heat pipe radiator for heating according to the present invention, the heating heat pipe radiator is a lighting unit 10, blower 20, heat generating unit 30, base portion 40, It consists of the control part 50.

The lighting unit 10 is formed with a cover 12 having a predetermined space therein, the plate 16 is installed on the cover 12 in a horizontal state, and protrudes upwards in the center of the plate 16 Bracket 18 is installed.

Grooves with female threads are integrally formed in the central portion of the bracket 18 so that the lighting members 14 having male threads are screwed and coupled, and the lighting members 14 are detachably coupled to each other.

The blower 20 is detachably coupled to the lower portion of the lighting unit 10 by tightening screws (not shown), and a blower motor 22 is vertically installed therein, and the blower motor 22 The blower fan 24-1 is built up by the shaft 24 of.

The blower motor 22 is installed on the plate 26 under the plate 16 installed horizontally on the cover 12 of the lighting unit 10, the bracket 28 is sandwiching the outer peripheral surface of the motor 22. To be fixed and supported.

The tip end portion of the shaft 24 on which the blower fan 24-1 is built is rotatably installed in the first standing header 32 which fixes and supports the upper portion of the heat generating unit 30.

The first standing header 32 is inserted into the front end portion of the shaft 24 of the blower motor 22 so as to be rotatable, and at the same time, the blower groove 38 is formed radially. The heat pipe (30-1) of the () is housed is formed is narrowed.

The heat generating unit 30 is composed of an electric heater 30-2 and a heat pipe 30-1 in which aluminum fins 30-3 are radially installed, and an upper end of the heat generating unit 30 is first standing. The header 32 is fixedly supported.

As shown in FIG. 4, the aluminum fin 30-3 blocks the one side with a blockage portion 30-5 so as to penetrate the inside thereof, thereby forming a wire passage groove 30-4, through the base portion 40. The power line connected to the 20 and the lighting unit 10 is to be exposed to the outside.

The heat pipe 30-1 has an aesthetic effect compared to the conventional type and at the same time has an advantage that can be advanced, and also the heat transfer area is expanded.

In addition, the electric heater (30-1) is built in the lower portion, the heater pipe (not shown) and nichrome wire (not shown) is inserted into a completely sealed.

In addition, the outer surface of the heat pipe 30-1 is grooved to increase the evaporation heat transfer effect, and is extruded and formed by extruding aluminum having good thermal conductivity and strong corrosion resistance.

A proper amount of distilled water, which is a working fluid, is injected into the heat pipe 30-1 to be vacuumed, and when heated by the electric heater 30-2, vaporizes to generate steam. Condensation from the condensation unit attached to the aluminum fin 30-3 releases heat, and the condensate returns to the electric heater 30-2 to continue operation.

The lower portion of the heat generating portion 30 is fixed in the disk-shaped third standing header 36 and at the same time the lower peripheral surface of the second standing header 34 is pinched by fixing the inside of the upper end center of the base portion 40 To be.

The base portion 40 has a narrow upper portion and a wider lower portion, and a groove in which the second standing header 36 is inserted and fixed is formed, and a lower plate 42 blocking the inside at the lower portion thereof. Are screwed together.

The lower plate 42 and the third standing header 36 are fixed by a support bolt 44 and a nut 46 installed vertically.

In addition, a plurality of wheels 42-1 are arranged on the bottom of the lower plate 42 so as to facilitate overall movement. When the wheels 42-1 are not built, the wheels 42-1 are more firmly positioned on the ground. A rubber base may be pressed against the inner circumference of the bottom.

The control unit 50 is coupled to the base unit 40, the temperature display unit and the switch to turn down the temperature, the switch for turning on and off the lights, the main switch and the switch for operating the motor 22 of the blower 20 Is installed.

Therefore, the heat generating unit 30 is fixedly supported by the first, second, and third standing headers 32, 34, and 36, and is fixedly supported by the base unit 40, and is operated by the control unit 50. When the main switch is turned on, the power is applied and at the same time, the temperature is displayed on the temperature display part by adjusting the heat dissipation temperature by the operation of the switch to adjust the temperature. ) Can be used by turning the power on.

Thus, the heat generating unit 30 can be installed more stably and at the same time by forcibly convection the heat of the proper control and heat dissipation to the blower fan 24-1 to maintain the even temperature distribution throughout the room.

In addition, the lighting unit 10 may illuminate a dark room and may be used as a sleeping light and an illuminating lamp to create an indoor atmosphere.

5 to 7 shows a heating heat pipe radiator of another embodiment according to the present invention, the heating heat pipe radiator is a blower for forcibly convection heat radiated to the upper end of the heat pipe (30-1) ( 20), the control unit 501 is installed on the upper portion, the lower portion is to be installed by the base portion 40, the upper portion is narrow and the lower portion, the control portion 501 is located at the top of the user convenience It can provide.

Therefore, the heat generating unit 30 is fixedly supported by the first, second, and third standing headers 32, 34, and 36, and is fixedly supported by the base unit 40, and is also located at the top of the control unit 501. It is operated by the convenient operation of). When the main switch is turned on, the power is applied and the temperature is displayed on the temperature display part when the heat dissipation temperature is adjusted by the operation of the switch that controls the temperature.

Thus, the heat generating unit 30 can be installed more stably and at the same time by forcibly convection the heat of the proper control and heat dissipation to the blower fan 24-1 to maintain the even temperature distribution throughout the room.

In other words, in the heat pipe 30-1 in which the electric heater 30-2 is used as a heat source and the aluminum fin 30-3 is radially installed, heat is radiated to an upper end of the heat pipe 30-1. Installing a blower 20 for forced convection, and installs the lighting unit 10 is inserted into the upper portion of the lighting member 14, the lower portion is provided with a narrow base and a wide base portion 40, but the base The control part 50 is provided in the part 40. The upper end part of the aluminum fin 30-3 is formed with a plurality of blowing grooves 38 and at the same time the tip end of the shaft 24 of the blowing fan 24-1. It is coupled to the first standing header 32 to support the lower portion is to be fixedly coupled to the second standing head 34 and the third standing header 36 is inserted into the upper end of the base portion 40, The third standing header 36 is fixed by the support bolt 44 perpendicular to the lower plate 42 of the base portion 40. It is to be supported.

In addition, a blower 20 for gauze convection of heat dissipated in the upper end of the heat pipe 30-1 is installed, and a control unit 501 is installed at an upper portion thereof. This is done by installing

Next, the effects will be described with reference to FIGS. 3 to 5.

The aluminum fin 30-3, which radially maintains a constant gap on the outer circumferential surface of the heat pipe 30-1, extrudes aluminum having strong thermal conductivity and corrosion resistance to make the interior vacuum, thereby expanding the heat transfer area and rapidly dissipating heat. At the same time, it is possible to condense the heat radiated by the operation of the blower 20 to uniform the temperature of the entire room, and to enhance the appearance by enhancing the appearance.

And, it is possible to comfortably connect the atmosphere of the whole room by the lighting, and to control the room temperature conveniently by the convenient operation of the controller 50.

In addition, it is possible to give the user a sense of confidence by allowing the user to move safely and conveniently.

Claims (5)

A heat pipe radially provided with aluminum fins as an electric heater as a heat source; Install a blower for forcibly convection heat radiated heat to the upper end of the heat pipe, the lighting unit is inserted into the upper portion of the heat pipe, the lower portion is provided with a narrow base and a wide base in the lower portion, Heat pipe type radiator for heating, characterized in that the installation at the same time a number of wheels on the bottom. The method of claim 1; The upper end of the aluminum shock is formed with a plurality of ventilation grooves and coupled to the first standing header supporting the shaft tip of the blower fan, and the lower end is inserted into the upper end of the base part and coupled to the second standing header and the third standing header. Heat pipe radiator for heating, characterized in that the fixed coupling. The method of claim 2; And the third standing header is fixedly supported by a support bolt perpendicular to the lower plate of the base part. The method of claim 1; Heat pipe type radiator for heating, characterized in that to form an integral blockage that connects the ends of the pair of aluminum fins of the aluminum fins with each other to form a wire passing groove therein. The method of claim 1; And a blower for forcing convection of heat radiated from the upper end of the heat pipe, and a control unit provided at an upper portion thereof, and a lower base and a wider base portion disposed at a lower end thereof.