KR900004704Y1 - Storage-type heater combined hot-water heater - Google Patents

Abstract

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Description

Hot water regenerative rapid heater using liquid heat medium

1 is a longitudinal sectional side view of the present invention.

Figure 2 is an enlarged perspective view of the excerpt of the disassembled heating tank of the present invention.

* Explanation of symbols for main parts of the drawings

1: heating tank 1 ': liquid level indicator division

2,9: 1.2th heating heater 2 ', 9': 1st and 2nd overheat cutoff fuse

4,8: 1.2th temperature rise prevention sensor 4 ': Temperature sensing control sensor

5: air valve 6: heat storage tank

11: insulation 12,12 ': circulation pipe

13: direct pipe 13: heating winding

14: water pipe 14 ': recovery pipe

14 ": heating winding part 15: circulation pump

18: outer case 18 ': mounting table

19: caster

The present invention incorporates a heating tank filled with a liquid thermal medium having excellent thermal conductivity belonging to a mineral oil and a heating heater that generates high heat in a shrinkage tank, so that the liquid thermal medium is conducted at a high temperature so that it is wound into a coil in the heat storage tank. The present invention relates to a hot water regenerative rapid heater using a liquid heat medium, characterized in that the water in the direct pipe and the water in the heating and collecting pipe are simultaneously conducted at a high temperature so that the continuous heating and hot water in the room can be easily used.

In the conventional various heaters, most of them use heating fuel to obtain heating function. In the case of briquettes using briquettes, the use of briquettes has to be replaced at regular times. In addition, property damages such as briquette boilers and various structures are easily oxidized by toxic gas generated in the process of toxic gas.In particular, valuable lives are harmed by toxic gas generated during combustion of briquettes during the winter season. The number of cases suffered a lot of losses every year, and in the treatment of burnt coal briquettes as industrial waste, there were many inconveniences and difficulties due to the limited size of industrial waste processing plant.

In addition, as a large amount of briquettes are supplied compared to a limited amount of coal, the government has a difficulty in importing a certain amount of coal from foreign countries to supplement it, and is in the situation of subsidizing a huge specific subsidy for briquettes.

Recently, LNG (city gas) has been expanded from some zones as a means of overcoming the difficulties in using coal briquettes. However, due to the enormous amount of crop work and investments, the facility implementation situation is extremely insufficient. In the floor, oil boilers and gas boilers are used, but such boilers cannot be purchased in the general public due to their high price and lack of practicality due to the high consumption of expensive gas and oil consumed during heating. Was.

The present invention has been devised to solve the problems in view of the above-described conventional problems, so that the efficient heating effect can be obtained even at a low fuel consumption. This will be described in detail with reference to the accompanying drawings.

First and second heating heaters 2 and 9 and first and second overheat cutoff fuses 2 'in one side of the heating tank 1 and the heat storage tank 6 filled with a liquid thermal medium having excellent thermal conductivity ( First and second temperature overheating prevention sensors installed in the holding plate 3 and 10 having 9 ') installed therebetween with a backing 3' and inserted into the heating tank 1 and the heat storage tank 6, respectively. 4) (8) and the temperature sensing control sensor 4 'are installed in a state in which the driving part substrate 20 and the adjusting part substrate 21 are extended with the conductors, and the lid 5 with the boxing (1 ") interposed therebetween. On one side of the attached heating tank 1, a liquid level indicator division 1 'is installed, and an air valve 5' is installed on the lid 5, and the upper portion of the heating tank 1 is directly below. Between the heat storage tanks 6 of the long and short and the circulation pipes 12, 12 'installed to penetrate each other, the outer case 18 in which the heat storage tank 6 is built and the outside in which the heat storage tank 6 is built. Cake (18) and the heat storage tank (6) above Was filled with a heat insulating material 11 to prevent heat loss in the heat storage tank 6, and after attaching the lid 7 on the heat storage tank 6 filled with the liquid heat medium, a plurality of clip 7 'for attaching. And a return pipe which is installed in the heat storage tank 6 by mounting a portion of the straight pipe 13 and wound up in a coil shape into a heat storage tank 6, and flows back into a heating panel (not shown in the drawing). (14) The drainage valve 16 penetrates into the bottom surface of the heat storage tank 6 so that the hot water in the 14 'is forced to be circulated and is easily drained when cleaning and replacing the liquid heat medium filled into the heat storage tank 6. Is made to be made by installing a plurality of casters 19 that can be used during the movement of the outer case 18 on the bottom.

In the figure, reference numeral 17 is a fixture, and 18 'is a mounting table.

In the operation of the rapid heating apparatus of the present invention, first, when the liquid heat medium belonging to the mineral (inert) oil having excellent thermal conductivity is charged in the heating tank 1 and the heat storage tank 6, and then an external power source is introduced, the driving unit substrate ( 20) and the liquid heat medium in the heating tank 1 and the heat storage tank 6 at a high temperature while the first and second heating heaters 2 and 9 prevent high heat by the signal output controlled by the control unit substrate 21. The water in the direct pipe 13 having the heating windings 13 ′ and 14 ″ into the heat storage tank 6 can be conducted and drained into the hot water so that the hot water can be used. It is conducted to the hot water by the water or the liquid heat medium in the transmission and recovery pipes 14 and 14 'delivered to the panel and circulated into the above-mentioned heating panel by the operation of the circulation pump 15 to continuously maintain the indoor heating. .

The first and second temperature increase prevention sensors 4 and 8 according to a predetermined temperature arbitrarily adjusted by using the driving part substrate 20 and the adjusting part substrate 21 during the heating are used to automatically control the temperature rise above a certain temperature. In addition, it is possible to continuously maintain the set temperature by the temperature sensing control sensor 4 'installed on the heating tank 1, and by the inoperation of the primary and secondary heating heats 2 and 9, etc. In case of overheating at high temperature, the power supply can be cut off by the first and second overheat cutoff fuses (2 ', 9'), and the high temperature liquid heat medium heated in the heating tank (1) is a circulation tube (12). After being circulated to the lower portion of the heat storage tank (6) through the upper end of the heating winding 13 'of the straight pipe 13, that is, circulated back into the heating tank 1 through the circulation pipe 12' Repeating the action to conduct the liquid heat medium in the heat storage tank (6) at a high temperature and into the heat storage tank (6) Since the liquid heating medium has a more rapid heating effect by the loaded secondary heating heater 9, the hot water and the heating effect through the heating windings 13 'and 14 "can be expected at the same time. 6) Since the heat content of the liquid heat medium in the heat dissipation material 11 is not emitted to the outside, it is possible to retain the maximum heat amount for the unit area for a long time, and in particular, the liquid phase in the heat storage tank 6 by using midnight power. If the heating medium is used after being heated to a high temperature, it can bring about significant fuel economy benefits, resulting in economic heating effect.

The regenerative rapid heating device of the present invention is configured to achieve rapid heating and hot water use by heating of a heating heater, so that it can be conveniently installed and used in homes and offices. Since there is no waste generation, it is possible to prevent environmental pollution, and it can be convenient for users because it is automatically controlled and operated by operation of driving board and control board such as heating temperature and heating time. The non-directional rotary caster is attached on the bottom part of the outer case of the fuselage to facilitate the movement and transportation of the installation site.

Claims (1)

First and second heating heaters 2 and 9 and first and second overheat cutoff fuses 2 'and 9' on one side of the heating tank 1 and the heat storage tank 6 filled with a normal liquid heat medium. 1st and 2nd temperature overheating prevention sensors (4) (8) and temperature sensing sensors (4) installed in the holding plate (3) and (10) each installed therein and inserted into the heating tank (1) and the heat storage tank (6). To the drive unit substrate 20 and the control unit substrate 21 with conductive wires, and on one side of the heating tank 1 with the lid 5 on which the air valve 5 'is mounted, the liquid level indicator scale 1 ') Was installed, and a plurality of long and short circulation pipes 12 and 12' were installed between the heating tank 1 and the heat storage tank 6 so as to penetrate each other, and the heat insulating material 11 was formed on the outer circumferential surface of the heat storage tank 6. And a heating winding (13 ') formed by winding a portion of the straight pipe (13) in a coil shape into the heat storage tank (6), and a known return and return pipe (14) having a circulation pump (15) installed thereon. Heat winding 14 "on 14 'into the heat storage tank 6 And a lid (7) is heated rapidly combine recuperative heater with a liquid heating medium hayeoseo fastening a plurality of dog wearing clip 7 'excavation on the heat storage tank (6).