KR200414486Y1 - Heating structure using heat pipe - Google Patents

Abstract

The present invention is connected to each other at equal intervals along the outer circumferential surface and having a coupling hole 121 at both ends along the inner circumferential surface of the heat dissipation tube 100 having the heat dissipation fins 110 provided integrally. Heat dissipation tube 100 is formed; The flange 210 which can be fastened to the coupling hole 121 of the connection support pipe 120 by the coupling hole 211 is drilled to one outer circumferential surface, and the heater wire is embedded therein, and the support is turned into the center. A heater tube 200 whose other end is opened and closed by a cap 220 having insertion holes 221 protruding in both the ring tongue body 222; A spring 230 which is supported by the support ring body 222 of the one flange 210 and the other cap 220 of the heater tube 200; A plurality of fixing holes 311 penetrating a plurality of equally spaced intervals along the lower base 310 are drilled, coupled to and fixed above the base 310, and toward the upper surface of the cover body 300 for covering the heat dissipation tube 100. The fixing holes 301 are drilled at equal intervals in the same position as the fixing holes 311 of the base 310, respectively, so that the heat dissipation tube 100 is fixed by the fixing holes 311 and 301, respectively, and the flange Characterized in that the configuration to be elastically supported by the spring 230, 210 and the support ring tongue 222, respectively,

Improvement of the heat dissipation pipe structure of hot water circulation of Utility Model Registration No. 404542 and Heating Device for Hot Water Circulation of Utility Model Registration No. 297159 disclosed by the present applicant, thereby heating the room even with a small heat source using an electric heater or hot water. The present invention relates to a heating structure for maximizing thermal efficiency.

Heat pipe, heat fin, heater pipe, flange, cap, spring, cover body

Description

A heating structure under cover of the radiant heat pipe}

1 is an exploded perspective view illustrating a state in which a heat dissipation tube and a heater tube are applied to the present invention;

Figure 2 is a view showing a state coupled to the cover body and the like to achieve a heating device using the present invention,

3 is a cross-sectional view showing a coupling state between the upper surface of the cover body and one end of the heater tube inserted into the heat dissipation tube applied in the present invention,

4 is a cross-sectional view showing a coupling state between the base formed on the lower side of the cover body and the other end of the heater tube inserted into the heat dissipation tube;

5 is a perspective view illustrating an example of a fastening means between a heat dissipation tube and a heat dissipation tube in a case where a fluid such as hot water is heated by heating a fluid such as hot water in the state in which the heater tube is excluded;

6 is a view showing another embodiment of the heating means inserted into the heat dissipation tube.

※ Brief description of the main symbols in the drawings

100; Heat pipe 110; Heat dissipation fin

120; Connecting support 121; Joiner

200; Heater tube 201; Terminals

210; Flange 211; Joiner

220; Cap 221; parenthesis

222; Support ring tongue 230; spring

300; Cover body 301; Fastener

310; Expected 311; Fastener

400; Connector 410; Flange

411; Connector 500; Fireproof

510; Through hole 520; thermic rays

600; Cover 610; Fastener

The present invention relates to a heating structure that can be used relatively easily in a business such as a sauna, a general home or an office, and the like, and in particular, the utility model registration No. 404542 disclosed by the present applicant for the heat dissipation pipe structure and utility model registration agent 297159 improves the heating device for circulation, such as hot water circulation, and a heating structure for maximizing the heating thermal efficiency of the room with a small heat source using an electric heater or hot water.

In the case of heating devices that are usually used for indoor heating or businesses, most of the heating devices that are formed of a fixed type other than portable heating devices that use gas and electric heat as heat sources are installed and constructed using expensive facility costs and equipment. Although there are many cases, there is a problem that a satisfactory thermal efficiency is not obtained, and problems due to an excessive increase in facility cost and maintenance cost, etc., are pointed out.

Therefore, the present invention has been made to solve the above problems, the purpose is to provide a heating device having a relatively low cost and excellent thermal efficiency when implementing a heating facility in a business facility, such as a sauna, or a general home, office building.

In addition, the present invention has another purpose to improve the maintenance cost and workability.

The present invention for achieving the above object,

Along the outer circumferential surface and having a coupling hole 121 at both ends along the inner circumferential surface of the heat dissipation pipe 100 having the heat dissipation fins 110 provided integrally with each other, the connection support pipe 120 is provided with equal intervals The heat dissipation tube 100,

The flange 210 which can be fastened to the coupling hole 121 of the connection support pipe 120 by the coupling hole 211 is drilled to one outer circumferential surface, and the heater wire is embedded therein, and the support is turned into the center. A heater tube 200 whose other end is opened and closed by a cap 220 having insertion holes 221 protruding in both the ring tongue body 222, and

A spring 230 which is supported by the support ring body 222 of the one flange 210 and the other cap 220 of the heater tube 200, respectively;

A plurality of fixing holes 311 penetrating a plurality of equally spaced intervals along the lower base 310 are drilled, coupled to and fixed above the base 310, and toward the upper surface of the cover body 300 for covering the heat dissipation tube 100. The fixing holes 301 are drilled at equal intervals in the same position as the fixing holes 311 of the base 310, respectively, so that the heat dissipation tube 100 is fixed by the fixing holes 311 and 301, respectively, and the flange It is characterized by the configuration to be elastically supported by the spring (230) 210 and the support ring tongue 222, respectively.

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

The present invention, as shown in the accompanying drawings, to maximize the heating effect of the room by the excellent heat exchange effect using a heat dissipation tube 100 is provided with a plurality of heat dissipation fins 110 along the outer circumferential surface evenly spaced by the present inventors In order to provide a structure, the cover body 300 constituting the case of the heating body, and the heat dissipation tube 100 is fixed to a plurality of equal intervals inside the cover body 300.

In the case of the cover body 300 means a means capable of spreading the heat generated from the heat dissipation tube 100 in the present invention into the indoor atmosphere, one side end of the heat dissipation tube 100 toward the bottom as shown in the figure The base 310 is fixed to the base and the cover body 300 which is placed in the upper side and fixed to the base 310 to fix the other end of the heat dissipation tube 100, the base 310 and the cover body Each of the fixing holes 301 and 311 are punctured at the same position as 300.

The fixing holes 301 and 311 are fixed at equal intervals, and the upper and lower end sides of the heat dissipating tube 100 may be fixed and supported by fixing holes 301 and 311 respectively divided into upper and lower intervals.

As described above, the heat dissipation tube 100 spaced apart and fixedly supported inside the cover body 300 has a heater tube 200 embedded therein, as shown in FIG. In order to control the fluidity, the heat dissipation tube 100 to be spaced at equal intervals to the inner circumferential surface side to be formed integrally formed in the longitudinal direction connecting support tube 120, the heat dissipation tube 100 to the outer circumferential distance in the longitudinal direction A plurality of heat dissipation fins 110 are provided to heat the heat generated by the heater tube 200 to the outside through the heat dissipation fins 110, thereby enabling heating.

As shown in the drawing, the connecting support tube 120 is formed to be divided into three circumferential surfaces, and the heater tube 200 is inserted into and supported to be in contact with the respective connecting support tube 120 side. Thereby, the phenomenon in which the heater tube 200 fluctuates in the heat radiation tube 100 can be prevented.

In addition, both ends of the connection support pipe 120 form coupling holes 121 which are processed by female screws, respectively.

Such a coupling hole 121 was to be coupled to the flange 210 of the heater tube 200 to be described later.

On the other hand, the heater tube 200 to be inserted into the heat dissipation tube 100 as described above is provided with a hot wire coil inside the heater tube 200 is a round cylindrical shape as shown in the drawing for supplying power to one end side The terminal 201 is formed to protrude and forms a flange 210 that is integrally turned to the outer circumferential surface of the heater tube 200 and preferably to the outer circumferential surface of the terminal 201 side.

The flange 210 has a coupling hole 211 which is spaced at equal intervals and is punctured, the coupling hole 121 formed inside the connection support tube 120 of the coupling hole 211 and the above-described heat dissipation tube 100. Perforated on the position coinciding with the configuration to be configured.

In addition, the other end corresponding to the flange 210 formed on the outer circumferential surface of the heater tube 200 is finished using the cap 220 as shown in FIG.

Such a cap 220 has a predetermined diameter in the center and forms an insertion hole 221 protruding integrally in both directions about the support ring body 222 being rounded off, and one end side thereof has one end of the heater tube 200. (That is, the end portion corresponding to the flange 210) and the insertion hole 221 of the other end side is to be inserted and fixed to the fixing hole 301 side of the upper surface of the cover body 300 described above.

In addition, the heater tube 200 as shown in Figures 3 to 4 to perform a buffering role when fixing the heat dissipation tube 100 is inserted into the cover body 300 and the base 310, the heater tube 200 is inserted. Spring 230 for elastically holding the flange 210 and the upper surface of the base 310 of the) and the insertion hole 221 and the cover 300 of the cap 220 is fixed to the other side of the heater tube 200 Each spring 230 for elastically holding the space between each other is carbonized so as to offset impact force that may be generated during installation or from the outside.

By using the above configuration, in order to utilize as a heating device for businesses such as offices, homes, sauna facilities, etc., one end is to be finished by the cap 220 inside the heat dissipation tube 100 and the other end of the terminal 201 After inserting the heater tube 200 protruding, the connection support tube 120 is formed at regular intervals to the flange 210 and the heat dissipation tube 100 which is turned to the outer peripheral surface of the other end side of the heater tube 200. ) And then fixed using a fastening means made of a separate bolt or the like between the coupling hole 211 of the flange 210 and the coupling hole 121 of the connection support tube 120.

When the heater tube 200 is inserted into and fixed in the heat dissipating tube 100 as described above, the heater tube 200 is in contact with the connection support tube 120 formed on the inner circumferential surface of the heat dissipating tube 100 toward the outer circumferential surface of the heater tube 200. ) Is perfectly controlled to the phenomenon of the fluctuation in the heat dissipation tube 100 and is maintained and fixed in the same state, so that the impact between the heat dissipation tube 100 and the heater tube 200 is prevented by an impact from the outside, of course. As a result, the service life can be remarkably extended by maintaining a stable fixed state.

On the other hand, a plurality of the heat dissipation tube 100 which is inserted and fixed in the heat dissipation tube 100 into the heat dissipation tube 100 in this way is fixed between the cover body 300 and the base 310, respectively.

That is, the fixing holes 301 and 311 which are spaced apart at equal intervals in the same position on the cover body 300 and the base 310 are respectively drilled, and are inserted into the heat dissipation tube 100 toward the fixing holes 301 and 311 side. One end of the heater tube 200 is inserted, and is inserted and maintained in the cover body 300 using the insertion hole 221 protruding to the other side of the heater tube 200, that is, the cap 220. Do it.

In the present invention, as shown in the drawing, the heater tube 200 provided with the terminal 201 is inserted into the base 310 and the fixing hole 311, and the cap 220 of the other end of the heater tube 200 is finished. The insertion hole 221 is fixed to be inserted into the fixing hole 301 side of the cover body 300, the flange 210 and the spring (230) between the surface 210 is turned on the outer peripheral surface of the heater tube 200 is And the spring 230 on the outer peripheral surface side of the insertion hole 221 protruding to one side of the cap 220 on the other end, and the support ring tongue 222 and the upper surface of the upper cover body 300 of the cap 220. By making contact, the holding force by the spring 230 is provided throughout the heat dissipation tube 100.

This holding force can protect the heat dissipation tube 100 from the impact force applied from the outside, as well as an easy operation when fixing the heat dissipation tube 100 into the cover body 300 or performing a separation operation. To provide the last name.

By using the present invention having such a configuration, when installed and used in a business room such as a sauna, a general home, an office, or the like, the inside of the heat dissipation tube 100 is heated by the power provided to the terminal 201 and the atmosphere and The heat exchange is to increase the room temperature, the heat exchange efficiency is increased by the increase in the heat exchange area by the heat radiation fin 110 embossed of the heat dissipation tube 100, and the high efficiency heating effect is expected with a relatively low power. .

Meanwhile, as described above, the heating apparatus may be implemented using only the heat dissipation tube 100 without using the heater tube 200. For example, in order to flow hot water supplied from a boiler not shown, heat dissipation may be performed. It is essential that the pipe 100 and the heat dissipation tube 100 must be connected. For the connection with the heat dissipation tube 100, the flanges 410 having the connection holes 411 are respectively provided at both ends. Can be connected using the connector 400 is.

Both ends of the flange 410 of the connection pipe 400 is a bolt or the like not shown in a separate position in contact with the connection support pipe 120 is provided integrally in the longitudinal direction along the inner surface of the heat dissipation pipe 100 It can be connected by fixed fastening using the fastening means.

Although not shown in the drawings, when connecting the heat dissipation pipe 100 and the connection pipe 400, a sealing member should be provided to prevent the outflow of fluid that flows inside the heat dissipation pipe 100 and to secure airtightness and watertightness. .

Meanwhile, as shown in FIG. 6, a heating means may be directly embedded in the heat dissipation tube 100, for example, a round cylindrical shape in which a plurality of through holes 510 are drilled in the longitudinal direction into the heat dissipation tube 100. A multi-stage fireproof material 500 called a magnesia is inserted, and the heating wire 520 is inserted through the through hole 510 to protrude a terminal of the heating wire 520 to one end of the heat dissipation tube 100.

In addition, to connect the cover 600 for sealing the both ends of the heat dissipation tube 100, the connection support formed in the heat dissipation tube 100 inside the fastening hole 610 penetrating the cover 600 Perforated to be the same as the position of the pipe 120, and positioned to match the coupling hole 121 formed in the connection support pipe 120 and then using a fastening means such as a bolt (not shown) inside the heat dissipation pipe 100 The fireproof material 500 accommodated in the container can be firmly fixed, and the inside airtightness can be secured to prevent the fireproof material 500 from being damaged even from an external impact. 500) The heat generated through the heating wire provided through the inside is directly transferred to the heat dissipation tube 100 and heat exchange with the air through the heat dissipation fin 110 to increase heat exchange efficiency.

Therefore, according to the present invention, a relatively simple device is adopted in a business heating device such as a sauna or a general home and office, so that high efficiency heating effect can be expected by using relatively low power, and installation and maintenance work according to a simple configuration This is a very useful design that can be expected to significantly reduce the maintenance cost is easy.

Claims (2)

Along the outer circumferential surface and having a coupling hole 121 at both ends along the inner circumferential surface of the heat dissipation pipe 100 having the heat dissipation fins 110 provided integrally with each other, the connection support pipe 120 is provided with equal intervals The heat dissipation tube 100, The flange 210 which can be fastened to the coupling hole 121 of the connection support pipe 120 by the coupling hole 211 is drilled to one outer circumferential surface, and the heater wire is embedded therein, and the support is turned into the center. A heater tube 200 whose other end is opened and closed by a cap 220 having insertion holes 221 protruding in both the ring tongue body 222, and A spring 230 which is supported by the support ring body 222 of the one flange 210 and the other cap 220 of the heater tube 200, respectively; A plurality of fixing holes 311 penetrating a plurality of equally spaced intervals along the lower base 310 are drilled, coupled to and fixed above the base 310, and toward the upper surface of the cover body 300 for covering the heat dissipation tube 100. The fixing holes 301 are drilled at equal intervals in the same position as the fixing holes 311 of the base 310, respectively, so that the heat dissipation tube 100 is fixed by the fixing holes 311 and 301, respectively, and the flange Heating structure using a heat dissipation tube characterized in that the elastic support 210 and the support ring tongue 222 by the spring 230, respectively. Along the outer circumferential surface and having a coupling hole 121 at both ends along the inner circumferential surface of the heat dissipation pipe 100 having the heat dissipation fins 110 provided integrally with each other, the connection support pipe 120 is provided with equal intervals The heat dissipation tube 100, The plurality of refractory materials 500 having a cylindrical member shape in which the heating wire 520 is accommodated through the through hole 510 penetrating therein are stacked in the heat dissipation tube 100, and the connection support tube 120 is disposed therein. A heating structure using a heat dissipation tube, characterized in that the configuration consisting of a cover 600 for contacting and sealing the both ends of the heat dissipation tube 100.

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