JPH0118332B2 - - Google Patents

Abstract

PURPOSE:To perform favorable heating always, by a method wherein radiating panel is provided and the heating according to a floor area is performed by making use of exhaust heat of a stove. CONSTITUTION:A heat exchanger material 9 is mounted on an exhaust pipe 36 of a stove body 7 for connection with the pipe 36. Hot water obtained through heat exchange of water with the heat exchanger material 9 is circulated through action of a circulating pump 15, and floor heating is performed by passing the hot water flowing from the heat exchanger material 9 through a through hole of the hot water of a radiating panel 4 having an area corresponding to a floor area. With this construction, both heating and the floor heating through a heat source 6 based on the stove can be performed at a time and a temperature difference at ups and downs of the inside of a room is dissolved by keeping the temperature to be generated from the radiating panel, for example, at around 30 deg.C by preventing heat, which is based on only the stove, from radiating, through which comfortable heat can be obtained without having troubles such as chilling to the bone and glow of a face.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a heating device, that is, a heat exchanger for secondary heating such as floor heating is provided in the heat source device of a conventional stove, and the heat exchanger for secondary heating such as floor heating is used together with heating. The present applicant previously filed an application for a heating device that can perform heating.

However, this stove had drawbacks such as the bulk of the stove as a whole and poor stability.

This invention focuses on this point and solves the above drawbacks,
The purpose is to provide a heating device that has an extremely simple configuration and can always provide good heating.
In order to achieve this purpose, the main structure is as follows.
To explain it in the drawing, there are many hot water holes 1, 1 inside.
... and a heat dissipation panel 4 with a hot water inlet pipe 2 and a hot water outlet pipe 3, and an exhaust pipe 36 is provided on the stove body 7, which is equipped with a heat source 6 using oil, gas, etc. as fuel. A heat exchanger 9 and a chimney 55 are connected to the exhaust pipe 36 of the stove body 7. 25 and a heat medium liquid tank 33 provided with a supply port 32
Further, a spiral heat exchange pipe 11 is installed inside the long heat exhaust cylinder 10, and the upper end open pipe portion 38 of the heat exchange pipe 11 is opened and installed in the installation opening 37 located at the upper part of the heat medium liquid tank 33. At the same time, the lower end open tube part 42 is located below the annular bottom plate 35 and is connected and fixed to the inflow pipe 13 attached to the long heat exhaust cylinder 10, and the outflow pipe 12 is provided below the outer cylinder 25, and further heat exchange is performed. A third flexible pipe 27 and a fourth connected with the flexible pipe 28,
Furthermore, a second outlet pipe 30 and a second inlet pipe 31 are exposed from the pump unit 26 and are connected to each other with the circulation pump 15 interposed in the middle, and the hot water inlet pipe 2 and the hot water outlet pipe 3 are connected to each other. The second outlet pipe 30 and the second
This is a heating device in which the inlet pipe 31 is connected to the first flexible pipe 16 and the second flexible pipe 17, and 21 is a transparent wall plate, and the exhaust from the heat source 6 such as a pot type is connected to the exhaust pipe 36. It is formed in such a way that it is done through.

Reference numeral 24 denotes a kerosene stove operating section that can adjust the firepower.

The heat exchange pipe 11 has a heat transfer liquid 1 flowing therein.
4 is heated to a high temperature by exchanging heat with hot air generated by exhaust heat, and has a spiral portion 29.

The heat dissipation panel 4 is made up of several flexible panels or metal panels each having a plurality of hot water holes 1,
A rug 41 is placed on the top, and the flexible panel can be rolled up and stored when not in use, and has elasticity throughout, making floor heating more effective.

Furthermore, the illustrated flexible panel 8 is provided with a large number of ventilation holes 18, 18, . In addition, the flexible panel 8 is connected to a connecting pipe 20 as appropriate depending on the area of the floor surface 19.
and a bent pipe 22 and a discharge pipe piece 23.
is attached to a flexible panel 8, and a hot water inlet pipe 2 and a hot water outlet pipe 3 are attached and formed.

The pump unit 26 also has a hot water temperature adjustment knob 34.
The heat transfer liquid 14 circulated by the circulation pump can be circulated without returning to the heat exchanger 9 by adjusting its opening and closing.

In addition, the heat exchanger 9 is equipped with a water level gauge 42 and a hot water temperature gauge 44.
, an annular top plate 45 is provided, and a drip-proof ring fitting 46 with a U-shaped cross section that engages with the exhaust pipe 36 is provided below the heat exhaust pipe 10 .
Attachment opening 37 to which upper end opening tube section 38 of No. 1 is attached
A concave ring portion 47 is provided at the peripheral edge to prevent deformation of the mounting opening 37, and the heat exchange pipe 11 is firmly mounted to prevent liquid from leaking from this portion over a long period of time.

In addition, airtight argon welding 49 is applied to the lower end open pipe portion 42.
is fixed to the mounting tube 50 provided with the first through hole 58, and the threaded tube portion 51 of the mounting tube 50 is fixed to the mounting tube 50 having the first through hole 58.
6 and screwed and fixed with a lock nut 57.

Further, the inflow pipe 13 is screwed onto the mounting tube 50.

In addition, airtight argon welding was also performed to attach the upper end open pipe portion 38, and the second mounting hole 61 was attached to the mounting fixing tube 60 with the second through hole 59 by airtight argon welding 49, and the outflow pipe 12 was also attached. and attach the tank drain valve 53 to the outflow pipe 12.
This is the one with the .

Further, 48 is an operation switch for the circulation pump 15, and 52
5 is a tank air vent hole, 53 is a tank drain valve, and 54 is a pump vent pipe.

The present invention has the above-mentioned configuration, and is provided with a heat dissipation panel 4 having a large number of hot water holes 1, 1... inside, and a hot water inlet pipe 2 and a hot water outlet pipe 3. A heat radiation panel 4 of a size corresponding to the surface is installed, and a heat exchange body 9 is installed in the hot water holes 1, 1...
By allowing hot water to flow through the floor heating system, comfortable heating can be achieved. By the way, the heat exchanger 9 has an annular bottom plate 35 on the outer periphery of a long exhaust heat cylinder 10 that is placed and connected to the exhaust pipe 36 of the stove body 7.
At the same time, an outer cylinder 25 is installed to form a heat medium liquid tank 33 with a replenishment port 32, and a long heat exhaust cylinder 1 is installed.
A spiral heat exchange pipe 11 is installed inside the heat exchanger pipe 11, and the upper end opening tube part 38 of the heat exchange pipe 11 is connected to the heat medium liquid tank 3.
3, the inflow pipe 13 is opened and installed in the installation opening 37 located at the upper part of the pipe 3, and the lower end open pipe part 42 is located below the annular bottom plate 35, and is installed in the exhaust heat elongated cylinder 10.
The outflow pipe 12 is connected and fixed to the outer cylinder 25, and the outflow pipe 12
A third pipe is provided between the first inlet pipe 39 and the first outlet pipe 40 exposed from the pump unit 26 provided with the outflow pipe 12, the inflow pipe 13, and the circulation pump 15 provided in the heat exchanger 9. The flexible pipe 27 and the fourth flexible pipe 28 are connected to each other, and the pump unit 26
more exposed, the second outlet pipe 30 and the second inlet pipe 3
1 are connected to each other with a circulation pump 15 interposed in the middle, and the hot water inlet pipe 2 and hot water outlet pipe 3, the second outlet pipe 30 and the second inlet pipe 31 are connected to the first flexible pipe 16. , if connected by the second flexible pipe 17, the hot water heat exchanged by the heat exchanger 9 will be circulated by the operation of the circulation pump 15 and will be connected to the heat source 6 by the stove.
It is possible to perform both heating from the stove and heating from the floor heating at the same time, preventing heat from escaping from conventional stoves alone, and by maintaining the temperature generated from the heat panel 4 at around 30°C, the upper and lower parts of the room can be heated at the same time. This eliminates the temperature difference between the two, allowing you to get comfortable warmth from the sun's rays without the hindrances caused by cold bottoms and hot flashes that are insufficient with just a stove. 6. The heat source that radiates a large amount and the conductive heat that rises from the floor and is transmitted through the skin stimulates the hot spots that sense the temperature of the human body, even when the surrounding temperature is as low as 16 to 17 degrees Celsius.
It is suitable as an energy-saving, comfortable heating system that provides a high sense of heating and skillfully utilizes human physiological characteristics.

Furthermore, since the exhaust heat of the stove is used, fuel costs are free, and since it can be attached to a conventional chimney, it is convenient and extremely economical to use a conventional product.

Furthermore, it is possible to perform safe and reliable hot water flow operations.

As described above, this invention has many industrial effects.

[Brief explanation of drawings]

Figure 1 is an overall perspective view, Figure 2 is a system diagram, Figure 3 is a front view of main parts, and Figure 4 is an A-A in Figure 3.
5 is an enlarged view of part A in Fig. 4, Fig. 6 is an enlarged view of part B in Fig. 4, and Fig. 7 is an enlarged view of part B in Fig. 4.
Fig. 8 is an enlarged cross-sectional view of section A-B in Fig. 4, Fig. 9 is an enlarged view of section A in Fig. 1, and Fig. 10 is an enlarged view of section A in Fig. 1. Enlarged view of part B,
FIG. 11 is an enlarged view of section C in FIG. 1. 1...Hot water hole, 2...Hot water inlet pipe, 3...
Hot water outlet pipe, 4... Heat radiation panel, 6... Heat source,
7...Stove body, 8...Flexible panel, 9...
Heat exchanger, 10... Exhaust heat long cylinder, 11... Heat exchange pipe, 12... Outflow pipe, 13... Inflow pipe, 14...
...Heating medium liquid, 15...Circulation pump, 16...1st
Flexible pipe, 17... Second flexible pipe, 18...
Ventilation hole, 19...Floor surface, 20...Transparent wall board, 21
... Combustion tube, 22 ... Bent pipe, 23 ... Discharge pipe piece,
24...Stove operation unit, 25...Outer cylinder, 26...
...Pump unit, 27...Third flexible pipe, 2
8...Fourth flexible pipe, 29...Spiral part, 30...
...Second outlet pipe, 31...Second inlet pipe, 32...
... Supply port, 33 ... Heat medium liquid tank, 34 ... Hot water temperature adjustment knob, 35 ... Annular bottom plate, 36 ... Exhaust pipe,
37...Mounting opening material, 38...Top end opening pipe part, 3
9...First inlet pipe, 40...First outlet pipe, 4
1... Rug, 42... Lower end open pipe section, 43... Water level gauge, 44... Hot water thermometer, 45... Annular top plate,
46...Drip-proof ring, 47...Peripheral concave ring portion, 48
...Operating switch, 49...Hermetic argon welding,
50...Mounting tube, 51...Threaded tube part, 52...Tank air vent hole, 53...Tank drain vent valve, 54...Pump air vent pipe, 55...Chimney, 5
6...First mounting hole, 57...Lock nut, 58
...first through hole, 59...second through hole.

Claims (1)

[Claims] 1 A stove body equipped with a heat radiation panel 4 having a large number of hot water holes 1, 1... inside, a hot water inlet pipe 2 and a hot water outlet pipe 3, and a heat source 6 using oil, gas, etc. as fuel. 7 is provided with an exhaust pipe 36, and a heat exchanger 9 and a chimney 55 are installed in the exhaust pipe 36.
are installed in series, and the heat exchange body 9 is constructed by attaching an annular bottom plate 35 to the outer periphery of the exhaust heat elongated cylinder 10 which is placed and connected to the exhaust pipe 36 of the stove body 7, and by providing an outer cylinder 25 and a replenishment port 32. A heat medium liquid tank 33 is formed, and a spiral heat exchange pipe 11 is installed inside the long heat exhaust cylinder 10, and the heat exchange pipe 11 is installed with the upper end open tube part 38 located at the upper part of the heat medium liquid tank 33. At the same time, the lower end open tube section 42 is connected and fixed to the inflow tube 13 which is located below the annular bottom plate 35 and attached to the exhaust heat elongated tube 10, and the outflow tube 12 is attached below the outer tube 25. and a first inlet pipe 39 exposed from the pump unit 26, which is provided with an outflow pipe 12, an inflow pipe 13, and a circulation pump 15 provided in the heat exchanger 9.
A third flexible pipe 27 and a fourth flexible pipe 28 are connected between the first outlet pipe 30 and the first outlet pipe 40, and further exposed from the pump unit 26, the second outlet pipe 30 and the second outlet pipe 40 are connected to each other.
The inlet pipes 31 are connected to each other with the circulation pump 15 interposed in the middle, and the hot water inlet pipe 2 and the hot water outlet pipe 3, and the second outlet pipe 30 and the second inlet pipe 31 are A heating device connected with a flexible pipe 16 and a second flexible pipe 17.