KR200369168Y1 - Conducting under vacuum and heating type radiator which have complex function - Google Patents

Abstract

The present invention relates to a vacuum conductive heated radiator having a combined function of additionally providing a drying function such as a towel to the heating radiator installed in the toilet and washbasin, the heating water supply pipe 90 is the inner tube through which the heating water flows (90a) And an exterior 90b enclosing the inner tube in a vacuum space, and the evaporation side end portion 71 of the vacuum conduction heating pipe structure 70 is hermetically coupled to the exterior 90b of the heating water distribution tube. In the outer circumferential surface of the vacuum conduction heating pipe structure 70 is formed with a heat radiation fin 72, the vacuum conduction heating pipe structure 70 extends to a predetermined height in the upward direction, the cradle 181 to a constant height in the extended portion Is provided with a drying unit 180; An electric heating means 100 coupled to the exterior 90b of the heating water supply pipe 90 and a control means 210 connected to the electric heating means 100 are configured to include a toilet or a washroom. The present invention provides a vacuum conduction heating radiator having a complex function that achieves an effect of rapidly drying a towel or an inner garment with heating, for the convenience of the user, and for improving energy efficiency.

Description

CONDUCTING UNDER VACUUM AND HEATING TYPE RADIATOR WHICH HAVE COMPLEX FUNCTION}

The present invention relates to a vacuum conductive heated radiator having a complex function that can additionally provide a drying function such as a towel to the heating radiator installed in the toilet and washbasin.

In general, towels used to wash your face after washing or showering should be used once and not washed immediately. Therefore, if the towel is frequently used, the towel should be dried quickly to reduce the discomfort of the next use, and to prevent the propagation of bacteria, so that hygienic use is possible. However, in most cases, there is a problem that the towel rack is fixedly mounted on the wall of the home bathroom and causes the discomfort caused by the wet towel and propagates various germs because it has been dried by a natural drying method without a separate drying method.

In order to solve the above problems, in the related art, a device for quickly drying a towel or underwear by installing a pipe structure or the like that blows hot wind or emits heat using a heat transfer device has been proposed. Devices with a heating function have also been presented. However, most of these devices used a heat transfer device, and since they consisted of only several pipes, there was a problem in that sufficient heat dissipation area was insufficient to expect sufficient heating effect. It is required to install a radiator capable of emitting light, and since most radiators are installed in most toilets by heating the boiler with heating water or steam at the time of construction, an electric dryer or a heater according to the prior art is additionally added. There was a problem that the installation is inefficient.

In addition, there is a case in which a drying function is added by combining a towel rack with an existing radiator, but it is inconvenient to use because the upper body should be used by hanging a towel on a towel rack or using a towel. Hanging close to the bottom of the back, such as in the shower, hand washing, cleaning the toilet, so that the water can reach the towel, there was also a problem that the hygiene is not good.

In addition, when extending the pipe of the boiler's heating water higher than the general radiator, the output of the circulation pump of the heating water should be significantly increased, and in order to add a drying function such as a towel, it is inefficient to use a high output circulation pump. Due to this problem, the method of extending the heating pipe itself to the upper side has not been proposed, and when installing the radiator by constructing the radiator higher than the normal height, the existing heating water supply pipe is additionally extended or the wall is extended. The heating water supply pipe should be opened and there is a problem of being inefficient than the case where the radiator is installed at a low position even when heat convection is considered.

The present invention has been devised to solve the above problems, it is possible to easily hang or use a towel by installing a cradle at the average chest height of the general user, towels or underwear can be in direct contact with the heat radiating tube The purpose of the present invention is to provide a vacuum-conducting heated radiator having a complex function that can improve the drying efficiency and at the same time provide a sufficient heating effect of the toilet or washroom.

In addition, it provides a method of using a conventional heating water supply method and an electric heating means, but a method of improving the energy efficiency than the conventional, respectively, and further combined heating and electric heating means can be selectively used as needed It is an object of the present invention to provide a vacuum conductive heated radiator having a function.

1 is a basic configuration and operation of the vacuum conduction heating pipe structure related to the present invention

2 is a perspective view showing a configuration according to an embodiment of the present invention

Figure 3 is a perspective view showing the appearance according to an embodiment of the present invention

Figure 4 is a sectional view excerpts of the present invention

Figure 5 is a cross-sectional view excerpts according to another embodiment of the present invention

Figure 6 is a sectional view excerpts according to another embodiment of the present invention

7 is a partially separated perspective view of the holder according to an embodiment of the present invention

<Description of the symbols for the main parts of the drawings>

10: vacuum conductive heating pipe structure body 30: working fluid

40: evaporator 50: heat insulation 60: condensation

70: vacuum conductive heating pipe structure

71: end portion of the vacuum conduction heating pipe structure at the evaporation side

72: heat radiation fin

74: horizontal vacuum conductive heating pipe structure

80: heat dissipation unit 90: heating water distribution pipe

90a: inner tube 90b: appearance

100: electric heating means 130: inlet

140: outlet 180: drying unit

181: holder 200: case

210: control means 300: WICK

Vacuum conductive heating radiator having a composite function according to an embodiment of the present invention for achieving the above object, the heating water distribution pipe 90 is the inner tube 90a and the inner tube through which the heating water flows to surround the vacuum space The outer surface 90b of the heating water supply pipe, the evaporation side end portion 71 of the vacuum conductive heating pipe structure 70 is hermetically coupled to the outer surface 90b of the heating water distribution pipe, and the outer peripheral surface of the vacuum conductive heating pipe structure 70. In the heat dissipation fin 72 is formed, the vacuum conductive heating pipe structure extends to a predetermined height in the upward direction, and includes a drying unit 180 is provided with a cradle 181 is formed at a constant height in the extended portion. It is characterized by the above-mentioned.

In addition, the vacuum conductive heating radiator having a composite function according to another embodiment of the present invention is formed of a plurality of vacuum conductive heating pipe structure 70 formed with a heat dissipation fin 72 on the outer peripheral surface, the vacuum conductive heating pipe structure ( A drying unit 180 extending upwards to a predetermined height in a upward direction and provided with a holder 181 at a predetermined height in the extended portion; Electrical heating means 100 coupled to the horizontal vacuum conductive heating pipe structure 74 in which the evaporation side end portion 71 of the vacuum conductive heating pipe structure is hermetically coupled and control means 210 connected to the electrical heating means. It is configured to include an electric heat generating unit consisting of).

In addition, the vacuum conduction heating radiator having a composite function according to another embodiment of the present invention, the heating water distribution tube 90 is the inner tube 90a through which the heating water flows and the inner tube is surrounded by a vacuum space surrounding the appearance (90b) It is configured, the evaporation portion end portion 71 of the vacuum conductive heating pipe structure 70 is hermetically coupled to the exterior 90b of the heating water supply pipe, and the heat dissipation fins 72 on the outer circumferential surface of the vacuum conductive heating pipe structure 70. In this formed, the vacuum conduction heating pipe structure 70 is extended to a predetermined height in the upward direction, the drying unit 180 is provided with a cradle 181 is formed at a constant height in the extended portion; It characterized in that it comprises an electric heating unit including an electric heating means 100 coupled to the exterior 90b of the heating water supply tube 90 and a control means 210 connected to the electric heating means 100. do.

In addition, a porous structure or groove (GROOVE) between the inner tube (90a) and the outer tube (90b) of the heating water supply pipe 90 or the inside of the horizontal vacuum conduction heating pipe structure 74 for even distribution of the working fluid. It is preferable to install the wick 300.

The effect of the present invention configured as described above will be described in more detail.

The construction and operation principle of the vacuum conduction heating pipe structure used for heat conduction and heat dissipation in the present invention, as described in detail in the Utility Model Registration Nos. 281026 and 343594, etc. by the inventors, both ends are made of a closed metal pipe And a pipe structure body 10 in which the internal space is evacuated, and a working fluid 30 accommodated at an appropriate ratio in the internal space of the pipe structure body. When heat is applied to the part 40, the heat is transferred to the working fluid 30 therein through the pipe structure body by heat conduction. The working fluid 30 in the equilibrium state receives heat and evaporates at the liquid-gas interface to increase the density and pressure in the evaporation unit 40, thereby causing a pressure gradient, whereby the steam is removed from the thermal insulation unit 50. It is moved to the condensation unit side 60 through. Outside the condensation unit 60, for example, a cooling source (HEAT SINK) such as indoor air exists, the temperature of the steam moved in the evaporator 40 is higher than the liquid and wall temperature in the condensation unit 60 The vapor condenses into a liquid state after releasing heat. The condensed liquid is evaporated by the capillary action of the wick if the wick is installed on the inner circumferential surface of the pipe structure body 70, and along the inner circumferential surface of the pipe structure body 10 if there is no wick. Returning to the liquid, the returned liquid is repeated again to achieve a continuous phase change circulation of the working fluid and thereby high efficiency heat transfer.

If the heating water is circulated in the inner tube (90a) of the heating water distribution pipe (90) during the operation of the boiler by the same principle, the heat energy is supplied to the working fluid (30) existing between the inner tube (90a) and the exterior (90b) When the working fluid 30 begins to evaporate and a gradient of pressure is formed by the evaporation of the working fluid, the evaporated working fluid 30 transfers heat quickly while moving upward, thereby dissipating the heat dissipating part 80 and the drying part. The 180 is heated.

Accordingly, the heated heat dissipation unit 80 may radiate heat to heat the bathroom or washroom, and when the wet towel or underwear is hanged on the holder, the convective heat that is released from the heat dissipation unit 80 and the vacuum conduction are heated. Towels and underwear are quickly dried by the contact heat acting directly on the portion in contact with the pipe structure (70).

The heating and drying function may be realized by not only a method of supplying heating water but also a method of heating the working fluid 30 through the electric heating means 100.

According to the embodiment of the present invention, instead of the heating water distribution pipe 90 formed of the inner tube (90a) and the outer tube (90b) is coupled to the vacuum conduction heated pipe structure 70 in the horizontal direction and the electric heat generated in the pipe structure (70) Heating and drying functions can be achieved by heating the vacuum conductive heated pipe structure 70 formed in the vertical direction through a method of directly connecting the means 100.

In addition, according to another embodiment of the present invention may be presented a method of having the electric heating means 100 on the exterior 90b of the heating water distribution pipe 90, according to this method, the boiler is to be operated for heating In this case, the heating and drying function can be achieved through the heating water, and the heating water is not supplied when the boiler is not operated. Therefore, the electric heating means 100 installed in the exterior 90b of the heating water distribution pipe 90 only when necessary. ) Can be connected to a power source.

However, in the case of the radiator which can selectively use the heating water and the electric heating means 100, the temperature of the residual heating water rises if the heating water is heated to a high temperature by the electric heating means while the heating water remains in the inner tube of the heating water distribution pipe. As the pressure of the inner tube of the heating water supply pipe may be increased, it may be dangerous. Before the electric heating means 100 is operated, the heating water remaining in the heating water pipe 100a may be removed and the inflow of the heating water may be blocked. It is desirable to have a separate valve device that can be made.

When the electric heating means 100 is provided as described above, the control means 210 is preferably configured to control temperature, power supply time, and the like.

According to an embodiment of the present invention can be coupled to the cradle 181 of various forms so that the towel can be in contact with the vacuum conductive heating pipe structure 70 constituting the drying unit 180.

For example, a straight tube may be fixed in a horizontal direction at the chest height of an average person, and two or more pipes may be installed at intervals of about half the height of a towel, if necessary.

In addition, it is also possible to bend the upper end of the vacuum conductive heating pipe structure 70 to form a protrusion to hang the towel.

The contents described in the drawings and the specification are exemplary descriptions of the present invention, which are merely used for the purpose of describing the present invention and are not intended to limit the scope of the present invention as defined in the claims or claims. Therefore, those skilled in the art will understand that various modifications and equivalent other embodiments are possible from this. Therefore, the true technical protection scope of the present invention should be defined by the technical spirit of the appended claims.

The vacuum conduction heating radiator having a composite function according to the present invention provides the heating effect of the toilet or washroom as heat emitted from the heat dissipating unit, while heating heat emitted from the heat dissipating unit and the contact heat of the vacuum conduction heating pipe structure of the drying unit. It can be used together, and the range of direct contact between towels, etc. to improve the drying efficiency, at the same time can dry a plurality of towels, etc. Also, to hang the towel at a height that can be easily used by the user The present invention provides a useful effect that can be used as a substitute for a conventional towel rack without the need for installing a separate towel rack, while promoting convenience in use.

In addition, the vacuum conductive heating radiator having a composite function according to the present invention provides a method of using the heating water supplied from the boiler and a method of using the electric heating means based on the heating method through a separate configuration, and more Furthermore, heating water and electric heating means are provided at the same time, and when the boiler is running, the towels are quickly dried by the heating water even when electric energy is not supplied, and when the boiler is not operated, the heating device is only used when necessary. It provides a useful effect of allowing the drying function to be used.

Claims (4)

The heating water supply pipe 90 is composed of an inner pipe 90a through which heating water flows and an exterior 90b enclosing the inner pipe in a vacuum space. The heating water pipe 90 has a vacuum conduction heating pipe structure 70. The end portion 71 of the evaporation part is coupled to be sealed, the heat dissipation fin 72 is formed on the outer circumferential surface of the vacuum conductive heating pipe structure 70, the vacuum conductive heating pipe structure extends to a predetermined height in the upward direction, Vacuum conduction heating radiator having a composite function, characterized in that it comprises a drying unit 180 is provided with a cradle 181 to a predetermined height in the extended portion. In the vacuum conductive heating pipe structure 70 formed of a plurality of heat dissipation fins 72 formed on the outer circumferential surface, the vacuum conductive heating pipe structure 70 extends to a predetermined height in the upward direction, at a constant height in the extended portion A drying unit 180 provided with a cradle 181; Electrical heating means 100 coupled to the horizontal vacuum conductive heating pipe structure 74 in which the evaporation side end portion 71 of the vacuum conductive heating pipe structure is hermetically coupled and control means 210 connected to the electrical heating means. Vacuum conduction heating radiator having a multi-function, characterized in that it comprises an electric heating unit consisting of. The heating water supply pipe 90 is composed of an inner pipe 90a through which the heating water flows and an exterior 90b surrounding the inner pipe with a vacuum space therebetween, and the exterior 90b of the heating water supply pipe has a vacuum conduction heating pipe structure 70. The end portion 71 of the evaporation part is coupled to be hermetically coupled to each other, and the heat dissipation fins 72 are formed on the outer circumferential surface of the vacuum conduction heating pipe structure 70, and the vacuum conduction heating pipe structure 70 has a predetermined height upward. It extends to, and the drying unit 180 is provided with a cradle 181 to a predetermined height in the extended portion; Vacuum conduction having a complex function, characterized in that it comprises an electric heating means 100 coupled to the exterior 90b of the heating water supply pipe 90 and a control means 210 connected to the electric heating means 100. Heated radiator. The wick according to any one of claims 1 to 3, wherein a wick is formed between the inner tube (90a) and the outer tube (90b) of the heating water distribution pipe (90) or inside the horizontal vacuum conduction heating pipe structure (74). WICK) (300) vacuum conduction heating radiator having a composite function, characterized in that to install.