KR200220744Y1 - Apparatus for burning charcoal combined use a hot water boiler - Google Patents

Abstract

The present invention relates to a hot water boiler combined charcoal ignition device, the air inlet (20a) and the ventilation hole (20b) is provided with a charcoal fluorine furnace 20, respectively, and the blowing pipe disposed toward the air inlet (20a) of the charcoal fluorine furnace (20) Blower 22, which is supplied to diffuse the air through the supply and vary the rotational speed by varying the rotational speed and the blowing intensity is formed to surround the charcoal-fired furnace 20, the cooling water is filled and the charcoal-fired furnace 20 The heat storage tank 30 which absorbs and transfers heat transferred through the sidewalls of the heat storage coolant, is formed to surround the heat storage tank 30, and the coolant is filled and communicated through the through hole 34a of the separation wall 34. Hot water tank 32 for storing the heated water moved from the heat storage tank 30, the cooling water supply means for selectively supplying the cooling water to the hot water tank 32, exit from the exhaust duct 26 connected to the vent (20b) Contaminating pollutants It is installed to communicate with the settling tank 40, and the heat storage tank 30 to discharge the internal hot water discharged to the external ondol pipe 52 and the external hot water circulated in the external ondol pipe into the heat storage tank (30). Including the heating pipe 50 composed of the inlet pipe 54, it is possible to quickly supply a charcoal whenever necessary, it is to be used to convert the hot water produced to the heating water.

Description

Combined charcoal ignition device for hot water boiler {Apparatus for burning charcoal combined use a hot water boiler}

The present invention relates to a charcoal ignition apparatus that can burn charcoal indoors, and in particular, a charcoal ignition furnace is built to blow charcoal by blowing air through a blower, and the hot water obtained by cooling the furnace can be circulated to the boiler pipe. It relates to a hot water boiler combined charcoal ignition device.

Charcoal fires are mainly used in grilled restaurants, and it is common to burn charcoal in an oven by using a stove, etc., and to grill meat in the lower part of the indoor grill. This charcoal should be available immediately when needed, so that you don't have to wait in a grilled restaurant.

As before, if you use a furnace to burn charcoal, you will have a long time to wait at the table by supplying a small amount of charcoal. In particular, during the winter season or summer season, it is inconvenient to smoke charcoal outdoors, while the path of moving the charcoal has a problem that a safety accident occurs during the movement.

On the other hand, there is a risk of fire when burning charcoal, and the soot and ash was released into the air had a problem of polluting the air. On the other hand, when burning charcoal is not the situation to use energy efficiently by discharging the energy source into the atmosphere.

Therefore, the present invention solves the problems caused by the existing charcoal as described above, can conveniently supply the charcoal whenever necessary, and can be removed by sedimenting ash and soot generated when the charcoal smoke, It is an object of the present invention to provide a hot water boiler combined charcoal ignition apparatus that can be heated using hot water obtained by cooling the furnace.

In order to achieve the above object, the present invention, the air inlet and the ventilation openings are provided with a charcoal fluoridation furnace to be placed on the bottom of the charcoal fluorine furnace, and the refractory duct is formed on the bottom, respectively Blower that diffuses and supplies air through the air and varies the rotation speed, and is formed to surround the charcoal furnace, and fills the coolant, absorbs the heat transferred through the sidewall of the charcoal furnace, and accumulates the coolant. A heat storage tank, a hot water tank formed to surround the heat storage tank, filled with coolant and communicating through a through-hole of the separation wall to store the heated water moved from the heat storage tank, and supplying coolant to selectively supply the coolant to the hot water tank. Means for depositing contaminants from the exhaust ducts connected to said vents. Includes a precursor and, heating pipe configured is installed to be communicated with the heat storage tank with inlet pipe for introducing an external hot water circulating in the discharge pipe and external under-floor heating pipe for discharging the hot water inside the external floor heating pipe to the heat storage tank.

The cooling water supply means includes a water supply pipe for supplying cooling water to the hot water tank, a solenoid valve installed at the water supply pipe to selectively block cooling water supply, a water level level sensor for detecting the water level of the hot water tank, and the water level leveler. It is composed of a control panel for selectively supplying the coolant by operating the solenoid valve in response to the detection signal.

The heating pipe is connected in parallel with the three-way switching valve controlled by the control panel, it is configured to selectively change the water supply direction to the ondol pipe.

1 is a longitudinal sectional view showing a charcoal ignition apparatus according to the present invention,

Figure 2 is a state interconnection of the heating pipe and the boiler pipe of the charcoal ignition apparatus according to the present invention.

Explanation of symbols on the main parts of the drawings

10: body 12: partition plate

14 cover 16 input cover

18: caster wheel 20: charcoal fire

22: blower 24: blower

26: exhaust duct 28: ash tray

30: heat storage tank 32: hot water tank

34: dividing wall 36: water supply pipe

37: solenoid valve 38: water level

39: control panel 40: sedimentation tank

50: heating pipe 52: discharge pipe

53: circulation pump 54: inlet pipe

56: 3-way selector valve

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

1 is a longitudinal cross-sectional view showing a charcoal ignition device according to the present invention, Figure 2 is a heating pipe and boiler pipe interconnection state diagram of the charcoal ignition device according to the present invention.

Charcoal ignition device according to the present invention, as shown in Figure 1, the main body 10, the charcoal fluorine furnace 20, built in the body 10, the blower for supplying air to the bottom of the charcoal fluorine furnace 20 (22), the heat storage tank 30 is formed to surround the charcoal fluorine furnace 20 and absorbs the heat transferred through the brazier heat as the coolant, and accumulates the heat storage tank 30, and is formed to surround the heat storage tank 30 Cooling water is filled and communicated through the through-hole (34a) of the separation wall 34, the hot water tank 32 for storing the heated water moved from the heat storage tank 30, the cooling water is selectively supplied to the hot water tank (32) Cooling water supply means, the settling tank 40 for depositing the pollutants from the exhaust duct 26, and the heating pipe 50 consisting of the discharge pipe 52 and the inlet pipe 54 communicated with the heat storage tank (30) It is included.

The main body 10 forms a rectangular parallelepiped, and is divided into upper and lower parts based on a partition plate 12 formed in a horizontal direction therein. And, the upper portion of the main body 10 is covered with a lid 14, the heat insulating packing 14a is coupled to the lid 14 is to be press-bonded to the main body 10. On the other hand, one side wall of the main body 10 is formed with an inlet cover 16 to put the charcoal in the charcoal fire furnace 20, a plurality of caster wheels 18 are attached to the bottom of the main body 10 is convenient It is to be able to move.

The charcoal fluorine furnace 20 is disposed above the partition plate 12, the air inlet (20a) is formed in a predetermined size on the partition plate 12 and the ventilation hole (20b) is provided at the top. Here, the exhaust duct 26 is provided in the ventilation opening 20b. In addition, the charcoal fluoridation furnace 20 has an oven 20c inclined at a predetermined angle along the circumference of the air inlet 20a.

The blower 22 is connected to the blower tube 24, which extends through the side wall of the main body 10 to the air inlet 20a of the charcoal fluoridation furnace 20. Here, the blower 22 is configured to vary the rotational speed in accordance with the electrical signal of the control panel 39 to change the blowing amount and blowing intensity.

The blower 22 is fixed to be supported by a support case 22a provided on one side wall of the main body 10. At least one side of the support case 22a must be opened in order to allow air to continuously flow into the blower 22. The tip of the blower tube 24 is covered with a hemispherical or conical spinning cap 24a. Here, the radiation cap 24a is provided with a plurality of through-holes perpendicular to the surface to supply the air passing through the blower tube 24 to the lower portion of the furnace.

On the other hand, the bottom of the blower tube 24 of the blower 22 is provided with a ash tray 28 to receive the ash flowing down to the air inlet 20a of the charcoal fluorine furnace (20). Here, the ash tray 28 has an opening and closing structure at one lower portion of the main body 10 to empty the filled ash.

The heat storage tank 30 is formed to surround the charcoal fluorine furnace 20 is filled with the cooling water, it is to absorb the heat transferred through the side wall of the charcoal fluorine furnace 20 as the cooling water to accumulate. At this time, the cooling water is converted into hot water due to the heat transferred from the furnace. Here, the water temperature of the heat storage tank 30 can be checked through the temperature sensor 30a.

The hot water tank 32 is formed to surround the heat storage tank 30 is filled with cooling water, and communicates through the through-hole 34a of the separation wall 34 to store the heated hot water from the heat storage tank 30 It is supposed to be. Here, the through hole 34a of the dividing wall 34 serves to allow the water of the heat storage tank 30 and the hot water tank 32 to circulate while being mixed according to the convection action. In addition, the hot water tank 32 is configured to receive the cooling water from the outside through the cooling water supply means, and discharge the hot water to the outside through the drain valve 32a.

The cooling water supply means includes a water supply pipe (36) for supplying cooling water to the hot water tank (32), a solenoid valve (37) installed at the water supply pipe (36) to selectively block cooling water supply, and the hot water tank (32). It is composed of a water level level 38 for detecting the level of water, and a control panel 39 for selectively supplying the coolant by operating the solenoid valve 37 in response to the detection signal of the water level.

The water supply pipe 36 penetrates the main body 10 to fill the hot water tank 32 with cooling water. Here, the water supply pipe 36 is provided with a solenoid valve 37 for selectively blocking the cooling water. The water level level 38 is installed inside the hot water tank 32 to detect the water level to be filled into the tank. The control panel 39 is installed on one side wall of the main body 10 to receive a signal sensed by the water level level 38 to operate the solenoid valve 37 to operate from the water supply pipe 36. Cooling water is selectively supplied to the hot water tank 32.

The settling tank 40 is provided on one side wall of the main body 10 and the front end portion of the exhaust duct 26 connected to the ventilation hole 20b enters. And, the settling tank 40 is filled with water at a predetermined height in a state in which the filter 40a is disposed at the bottom, and the drain pipe 40b is installed to take out the water filtered through the filter 40a to the outside. On the other hand, the air discharge port 40c is formed on one side of the settling tank 40. Therefore, the pollutants entering through the exhaust duct 26 are purified through the water and the filter of the settling tank 40, while the purified gas is discharged to one side.

The heating pipe 50 is provided in communication with the heat storage tank 30 is composed of a discharge pipe 52 for discharging the internal hot water, and an inlet pipe 54 for introducing external hot water into the heat storage tank (30). . Here, the heating pipe 50, when used in connection with the external pipe, as shown in Figure 2, the hot water of the heat storage tank 30 is discharged through the discharge pipe 52 and enters the ondol pipe, the hot water circulating the ondol pipe Is returned to the heat storage tank 30 through the inlet pipe 54.

The discharge pipe 52 is provided with a circulation pump 53 so that the hot water of the heat storage tank 30 smoothly circulates into the ondol pipe. In addition, the discharge pipe 52 is provided with a stop valve 52a and a drain pipe 52b at the front and rear of the circulation pump 53, and the drain pipe 52b is used to remove hot water inside the discharge pipe 52. Or used to repair the circulation pump (53).

The inlet pipe 54 is provided with a temperature sensor 54a to detect the temperature of hot water circulating and returning the ondol pipe. Here, the temperature sensor 54a is controlled by the control panel 39 according to the sensed temperature, and serves to drive or stop the circulation pump 53. That is, when the temperature sensor 54a detects the temperature below the set temperature, the control panel 39 operates the circulation pump 53, while when the temperature sensor 54a detects the temperature higher than the set temperature, the control panel 39 detects the circulation pump 53. Will stop the operation. Of course, when the hot water of the heat storage tank 30 is lower than the hot water of the ondol pipe, the circulation pump 53 is not operated.

As shown in Figure 2, the heating pipe 50 is to be used in parallel connection with the ondol pipe of the existing boiler (B) via a three-way switching valve (56). Here, the three-way switching valve 56 receives the signal of the control panel 39 to change the direction of water. That is, when the temperature sensor 30a of the heat storage tank 30 is above the set temperature, the water supply direction of the three-way switching valve 56 is switched so that hot water of high temperature from the heat storage tank 30 is discharged through the discharge pipe 52. While flowing into the ondol pipe, when the temperature sensor (30a) is lower than the set temperature, the three-way switching valve 46 is switched to the existing boiler (B) side is the hot water of the boiler is introduced into the ondol pipe.

According to the embodiment configuration of the present invention has the following features.

First, by igniting a large amount of charcoal placed on the oven 20c of the charcoal fire furnace 20 and operating the blower 22, the air is supplied to the air inlet (20a) to make a large amount of charcoal in a short time . Of course, by reducing or stopping the blower volume of the blower 22, since a small amount of air can be supplied to preserve the remaining embers of the charcoal for a long time, if the blower 22 is restarted, the charcoal can be burned without additional ignition work. Therefore, when charcoal is needed, it is possible to supply a lot of charcoal in a short time.

Second, the temperature of the charcoal fluorine furnace 20 is dropped through the cooling water of the heat storage tank 30 and the hot water tank 32, and at the same time, the heat transferred from the charcoal fluorine furnace 20 heats the cooling water to make hot water. Therefore, the hot water produced can be utilized for heating or dish washing while preventing the charcoal fluoride furnace from being heated.

Third, the gas and contaminants generated from the charcoal fluorine furnace 20 are moved to the settling tank 40 through the exhaust duct 26 and filtered through the water and the filter 40a, thereby purging the purified air to the outside. Therefore, the charcoal ignition device can be used indoors.

According to the hot water boiler combined charcoal ignition device according to the present invention as described above, the charcoal can be safely and easily smoked in a room within a short time, and by purifying the soot, charcoal ash, soot generated when burning the charcoal to reduce the risk of fire. Eliminating environmental pollution can be prevented. In addition, the hot water made through the charcoal fire can be used to wash dishes, as well as by converting the heating water to be used to reduce the heating fuel costs.

Claims (3)

An air inlet 20a and a ventilation hole 20b, respectively, and a charcoal fluoridation furnace 20 in which a refractory pit 20c is formed at the bottom to place a large amount of charcoal; A blower 22 configured to diffuse and supply air through a blower tube 24 disposed toward the air inlet 20a of the charcoal fluorine furnace 20, and to change the blowing amount and the blowing strength by varying the rotational speed; A heat storage tank 30 formed to surround the charcoal fire furnace 20 to fill the cooling water, and absorb and store heat transferred through the sidewall of the charcoal fire furnace 20 as the cooling water, and accumulate the heat; The hot water tank 32 formed to surround the heat storage tank 30 is filled with cooling water, communicates through the through hole 34a of the separation wall 34, and stores the heated water moved from the heat storage tank 30. Cooling water supply means for selectively supplying the cooling water to the hot water tank (32); A settling tank 40 for depositing contaminants from the exhaust duct 26 connected to the vent hole 20b; And A heating pipe 50 installed in communication with the heat storage tank 30 and including a discharge pipe 52 for discharging internal hot water and an inlet pipe 54 for introducing external hot water into the heat storage tank 30; Hot water boiler combined charcoal ignition comprising a. The method of claim 1, The cooling water supply means includes a water supply pipe (36) for supplying cooling water to the hot water tank (32), a solenoid valve (37) installed in the water supply pipe (36) to selectively block cooling water supply, and the hot water tank (32). A level panel 38 for detecting a level of water) and a control panel 39 for selectively supplying cooling water by operating the solenoid valve 37 in response to the detection signal of the level level 38. Hot water boiler combined charcoal ignition apparatus. The method according to claim 1 or 2, The heating pipe 50 is connected in parallel with the three-way switching valve 56 controlled by the control panel 39, the hot water boiler combined charcoal, characterized in that to selectively change the water supply direction to the ondol pipes Ignition.