KR200242679Y1 - Hot-water circulating radiating pipe use heat source oil - Google Patents

Abstract

The present invention heats the hot water heated by the boiler heater to the set temperature and then circulates along the hot water pipe, releasing the heat source and maintaining a constant temperature inside the facility such as a vinyl house, a flower complex, and mushroom cultivation by the discharge heat. The heat dissipating element for heat medium oil circulation to obtain the maximum effect with heat efficiency. In particular, the heat dissipation preheating time is shortened and the heat dissipation heat conduction efficiency is improved in the heat dissipation body in which the heat dissipation fin including the heat dissipation expansion unit and the hot water channel are integrated. The present invention relates to a heat dissipating heat dissipating element that can be used for a long time by increasing the set temperature in a short time, and can reduce boiler fuel consumption and improve heating effect.

Description

Hot-water circulating radiating pipe use heat source oil

The present invention is a hot water that is heated by the boiler heater heated to the set temperature to the hot water is circulated along the hot water canal pipe is released as a heat source and discharged by a constant temperature inside the facility, such as vinyl house, flower garden, mushroom cultivation facilities The heat dissipating element for heat medium oil circulation to obtain the maximum effect with minimum thermal efficiency, in particular, the heat dissipation preheating time is shortened and the heat dissipation heat conduction in the heat dissipation body is formed integrally with the heat dissipation fin and the hot water channel. It is related to a heat radiation oil circulation radiator which can be used for a long time by improving the discharge efficiency and increasing the set temperature within a short time, and reducing boiler fuel consumption and improving heating effect.

In general, heating equipment for indoor heating, such as a vinyl house, can circulate hot water that has risen from a heating device to a set temperature inside the radiator to shorten the preheating time and extend the heat conduction release time to improve fuel consumption and heating efficiency. The technology is described in the domestic application filed Utility Model Registration No. 2000-0029681, 'Thermal radiator assembly for hot water circulation using heat medium oil'. The construction and contents of this design are briefly described with reference to the accompanying drawings. .

Hot water guide tube 10 and a semi-circular shape formed with a heat dissipation enlarged portion 11 that is corrugated to agitate grooves and unevenness at a predetermined interval, arrangement, etc. together with an outer side or an inner / outer side to circulate hot water through the inner hollow part. The same length is extended radially at the outer circumferential surface of the tubular accommodation groove 23 having a predetermined length, and a plurality of heat dissipation fins 21 having a '' 'shape is formed at a final end thereof, and both ends thereof are in a horizontal state, respectively. A pair of radiators 20 extending to each other, the coupling protrusion 22 is bent at a right angle at a predetermined end upwardly so that the entire outer surface of the hot water guide tube 10 is covered to each other so that the conductive heat is transmitted. It is characterized by the structure.

Briefly describing the above configuration, the hot water guide tube 10 is accommodated and placed in the tube accommodating groove 23 of one of the heat sinks 20 of the pair of heat sinks 20, and the other heat sinks 20 correspond to each other. And the coupling protrusions 22 of the combined heat dissipators 20 using the fasteners 30 while the entire outer circumferential surface of the hot water guide tube 10 is surrounded by a pair of heat dissipators 20 covered thereon. By assembling and wrapping the hot water guide tube 10, a pair of heat sinks 20 are firmly assembled, and this assembly operation is repeated to be installed inside the facility.

As described above, the hot water guide tube and the fastener, the pair of heat sinks, etc., are each produced by extrusion molding. As such, defects are generated in the process of manufacturing a large amount of products, manufacturing cost is high, and unnecessary human waste is caused in the process of assembling the compression molded products.

In addition, because the corrugated heat dissipation enlargement portion is formed to improve the heat dissipation area of the heat sink, the heat dissipation area for the hot water guide tube is increased. However, the heat dissipation area of the heat dissipation fin with a large area where the heat source is dissipated by hot water is not expanded, which shortens the preheating time due to superconductivity, extends the heat dissipation release time, and raises the temperature to the set temperature in a short time, thus providing sufficient effects for long time heating. There was a drawback not to expect.

The present invention has been devised to solve the problems of the prior art, the purpose of which is the heat dissipation fin is provided with a heat dissipation enlargement portion in the form of a tooth is maximized the heat dissipation area is shortened the preheating time according to the superconducting by the heat dissipation and heat conduction release time Providing a heat radiator for hot water circulation using heat medium oil which can minimize fuel consumption by extending the temperature up to the set temperature in a short time to enable long time heating.

The present invention for achieving the above object is a fastening portion is formed on both sides of the inner end of the circular hot water pipe, the surface of the plurality of heat radiation fins extending radially the same length with a set interval on the outer peripheral surface of the hot water pipe, the heat dissipation enlargement portion It is provided with a heat dissipation formed integrally, and a connection pipe which is coupled to both sides of the heat dissipation is formed in each of the outer circumferential surface is extended in both directions around the locking projection through the hole in the inner peripheral surface and protruding protruding on the central outer peripheral surface A radiator using heat medium oil is provided.

1 is a perspective view showing the present invention hot water circulation radiator

Figure 2 is an exploded perspective view showing a state in which the present invention hot water circulation radiator for fastening.

3 is a cross-sectional view showing a state in which the radiator for hot water circulation shown in FIG. 1 is coupled;

4A, 4B, and 4C are other embodiments illustrating the shape of the heat dissipation fins formed on the hot water circulation heat dissipator.

Figure 5 is a simplified view showing a state in which the radiator for hot water circulation using the heat medium oil of the present invention is installed.

Figure 6 is an exploded perspective view showing a heat radiating heat radiator using a conventional heat medium oil.

FIG. 7 is a cross-sectional view of the state in which FIG. 6 is coupled;

Explanation of symbols on the main parts of the drawings

100: heat sink 101: heat radiation fin 101a: heat dissipation expansion unit

102: hot water canal pipe 103: fastener 200: connector

201: through hole 202: left hand thread 203: right hand thread

A: Facility A1: Vertical support stand A2: Horizontal stand

A3: heat insulation film B: diffuser

The detailed description with reference to the accompanying drawings of the subject innovation as illustrated above is as follows.

1 is a perspective view showing the radiator for hot water circulation according to the present invention, Figure 2 is an exploded perspective view showing a state in which the radiator for hot water circulation is fastened, Figure 3 is a longitudinal cross-sectional view of the radiator for the warm water circulation shown in FIG. 4A, 4B, and 4C illustrate another embodiment of the shape of the heat dissipation fins formed in the heat dissipation body for hot water circulation.

As shown in Figures 1 to 3, the present invention is a heat dissipating body 100, which is integrally provided with a plurality of radial heat dissipation fins 101 on the outer circumferential surface of the circular through-water hot water pipe 102, and the heat dissipating body ( 100) and the connection pipe 200 for connecting the heat sink 100 is heated to the set temperature by the heat medium oil is heat conduction is released to the heat sink 100 so that the internal temperature of the facility can be quickly maintained at an appropriate temperature It is composed.

The heat dissipating member 100 has fastening portions 103 formed at both ends of the inner side of the circular hot water flow channel 102, and a plurality of heat dissipating fins 101 are formed on the outer circumferential surface of the hot water channel 102.

Each end of the heat dissipation fin 101 is provided with a heat dissipation enlarged portion 101a having a tooth-shaped both sides surface portions extending radially the same length at a predetermined interval along the outer surface of the hot water pipe 102. It is formed in a T 'shape.

The heat dissipation expanding unit 101a has a length of the heat dissipation fin 101 and is bent in a sawtooth and zigzag form to increase the heat dissipation area rather than the set area, so that the heat source of hot water heated by the heat medium oil is radiated to the heat dissipation unit 100. By transferring to the heat conduction emission time is extended to rise to the set temperature in a short time can be heated for a long time.

The connecting pipe 200 extends in both directions about the locking projection 204 through which the hole 201 penetrates the inner circumferential surface and the circular outer circumferential surface of the connecting pipe 200. The left side screw 202 and the right side screw 203 are the other side of the outer circumferential surface thereof. Is formed.

The fastening part 103 is formed in a screw type that is fastened in different directions, respectively, on both sides of the inside of the penetrating hot water channel 102.

As described below, the fastening portions 103 are formed at both ends of the inner side of the circular hot water pipe 102 and are provided with a plurality of heat dissipation fins 101 extending radially the same length at predetermined intervals on the outer circumferential surface of the hot water pipe 102. Both surfaces of the heat dissipation fin 101 are serrated, and the heat dissipation enlarged part 101a is formed on both sides of the heat dissipation body 100 formed integrally, so that left and right screws 202 and right screws 203 are formed on both sides of the connection pipe 200. A threaded fastening part 103 is formed to be coupled to one side screw 202 of one side of the connection pipe 200, and is coupled to the one side fastening part 103 of the heat sink 100, and the right hand thread 203 of the connection pipe 200. The hot water heated to the heat medium oil by being coupled to the other heat dissipating member 100 is passed through the hot water water pipe 102 to circulate through the through-hole 201 inside the connection pipe 200.

As such, by extruding the heat sink 100 in which the hot water pipe 102 and the heat dissipation fin 101 are integrally formed, the work process can be shortened and unnecessary human waste can be reduced.

The connection pipe 200 is provided with a connection pipe 200 so that the hot water heated by the boiler heater circulates the heat sink 100 and the heat sink 100, the connection pipe 200 is made of a material having excellent heat resistance It is preferable to use a product having, using the U-bolt, the fixed bolt to the projection protrusion 204 of the connecting pipe 200 connecting the radiator 100 and the radiator 100 or the bottom of the facility or It can be fixed to the side.

4 is a different embodiment of the present invention by bending the length of the heat radiation fin 101 is provided integrally to the heat sink 100 by bending the shape and wrinkles, wave shape, trapezoid, The heat dissipation expanding unit 101a may be formed in various shapes such as square and embossing.

5 is a heat radiator for the hot water circulation using the heat medium oil as shown, the heat medium oil is stored in the storage tank so that the indoors of various facilities (A) for cultivating crops and special crops, flowers, fruit trees, etc. are maintained at a constant set temperature. It is received, the heat medium oil is heated to a proper temperature by a heater, the hot water is heated indirectly to a set temperature by the heated heat medium oil and then the hot water aqueduct 102 installed in a set arrangement inside the facility (A) Continuously circulated according to this, the heat source superconducting to the hot water pipe 102 is conducted to the radiator 100 is composed of a heating device (B) configured to radiate heat so that the room is quickly heated.

The installation method of the radiator for hot water circulation using the heat medium oil of the present invention configured as described above is to assemble and install the facility, and the heat medium oil heated by the heater of the boiler heats the hot water, and the heated hot water circulates inside the facility to radiate heat. Heated to maintain optimal room temperature.

First, a plurality of vertical struts (A1) and horizontal crossbars (A2) are coupled to each other and has a skeleton of a certain shape of the facility (A), the outer surface of the facility (A) is covered to cover the heat radiation insulation heat insulation Cover with film A3 and seal it.

In addition, after installing the heating device (B) using the heat medium oil in a suitable position inside the facility (A), a plurality of heat radiation according to the carefully calculated length and arrangement so that the internal space of the facility (A) is efficiently heated After connecting the sieve 100 to the connecting pipe 200 in the longitudinal direction and connected to the one side fastening portion 103 of the radiator 100 to the hot water inlet and hot water outlet of the heating device (B), respectively The combined heat medium oil heated by the heater of the heating device (B) is heated to the set temperature after the hot water contained in the heating device (B) is guided along the hot water pipe (102) inside the radiator 100 while the hot water pipe ( 102) Assemble and install to circulate while conducting heat quickly.

In this way, when heating is required to maintain the set temperature inside the facility A according to the season such as night or rainy weather, when the heating device B is operated, the stored heat medium oil is heated by the heater and heated to the heated heat medium oil. The hot water heated up to the proper temperature is circulated along the hot water channel (102). At this time, the heat source is superconducted to the heat dissipator 100 and is rapidly conducted to the plurality of heat dissipation fins 101 in order to be discharged to the indoor space of the facility (A). Therefore, it is possible to uniformly heat all the places inside the facility (A) within a short time.

As described above, according to the present invention, the hot water stored in the heat medium oil heated by the heater of the boiler is raised to a set temperature to circulate along the connection pipe connecting the heat pipe inside the heat sink and the heat sink so that the heat source of the heated hot water is hot water. The heat dissipation fin is formed in the shape of a tooth and the heat dissipation fin is formed in the shape of a sawtooth at the same time so that the maximum heat dissipation area is wide in the minimum space, so that the preheating time is shortened in the heat sink and the heat conduction dissipation time is extended. By increasing the room temperature up to a long time can be heated and minimizes the fuel consumption of the boiler has the effect of reducing the heating maintenance costs and improving the heating performance.

In addition, in the prior art, each of the heat dissipating parts must be assembled by extrusion molding, and the present invention produces the heat dissipating body by integrally extruding and shortens the work process and reduces the defective rate of the product. In addition to losing, there is another effect that is easy to install in the facility.

Claims (2)

A fastening part 103 is formed at both ends of the inner side of the circular hot water channel 102 and a plurality of heat dissipation fins 101 and the heat dissipation fins 101 extending radially the same length with a predetermined interval on the outer circumferential surface of the hot water channel 102. The radiator 100 which is formed integrally with the surface portion is provided with a heat dissipation expansion portion 101a in a sawtooth shape, Holes penetrate the inner circumferential surface and extend in both directions with respect to the locking projection 204 roundly protruding on the central outer circumference, and male threads 202 and 203 are formed on each outer circumferential surface to connect the both ends of the heat sink 100 to each other. Heat radiator for hot water circulation using the heat medium oil, characterized in that provided. The method of claim 1; The heat dissipation expansion unit 101a of the heat dissipation fin 101 is formed in various shapes such as corrugations, waveforms, trapezoids, rectangles, and embossing, and is bent to expand the maximum heat dissipation area at a set area. Heat sink.