KR20110111650A

KR20110111650A - A boiler system used a gas range waste-heat

Info

Publication number: KR20110111650A
Application number: KR1020100030827A
Authority: KR
Inventors: 백기선; 천병근
Original assignee: 백기선; 천병근
Priority date: 2010-04-05
Filing date: 2010-04-05
Publication date: 2011-10-12

Abstract

The present invention relates to a boiler system using a gas stove waste heat for the business, the flame and heat of the burner discharged through the flame discharge hole to be discharged in contact with the inner wall of the blister of the gas range blister and the heating water of the gas range blister by the flame of the burner The heating is to allow the heating to be evenly heated.
That is, in the boiler system using the gas stove waste heat for the business, the inner wall of the blister on the flame discharge hole side of the gas stove blister is gradually narrowed upward.
Therefore, the present invention is formed by gradually narrowing the inner wall of the flame discharge hole side of the gas stove blister toward the upper side, the flame and combustion heat discharged toward the flame discharge hole from the burner is discharged to the upper side while hitting the inner wall of the blister of the gas stove blister The heated water of the gas stove blister is efficiently heated at a high temperature.

Description

A boiler system used a gas range waste-heat

The present invention relates to a boiler system using gas stove waste heat, and more specifically, the inner wall of the blister of the gas exhaust blister is gradually narrowed toward the upper side so that the flame of the burner is discharged through the flame exhaust hole. The heat is discharged in contact with the inner wall of the blister of the gas stove blister, and by the flame of the burner to heat the heating water of the gas stove blister evenly to the high temperature.

In general, commercial gas stoves have been used continuously for a long time.

In particular, gas stoves are continuously used in a business that requires processing of broth, such as Seolleongtang, and in the process of using the gas range, all the heat of combustion generated from the burner is not applied to the cooking vessel and is dispersed and lost in all directions.

As described above, a boiler system using waste heat of a commercial gas range that is capable of recovering waste heat generated in a continuously used gas range and heating and hot water heating has been developed and used.

The boiler using the conventional gas stove waste heat for the commercial establishment forms a gas range blister on the body of the gas range, and the heat of combustion of the burner acts on the gas range blister so that the heated water of the gas range blister is heated and then uses the heated water. It is configured to heat the heating water or hot water.

However, the boiler using the conventional gas stove waste heat as described above is formed to gradually widen the inner wall of the blister side of the flame discharge hole of the gas range blister so that the flame and combustion heat generated from the burner directly hit the blister inner wall. There was a problem that the heated water is not smoothly heated by the flame and the combustion heat is not made to flow smoothly and the heated water is not heated to a sufficient temperature.

Thus, the present invention is to solve the problem that the boiler using the conventional gas stove waste heat as described above is not heated smoothly and the heated water is not heated to a sufficient temperature.

That is, in the boiler system using the gas stove waste heat for the business, the inner wall of the blister side of the flame discharge hole of the gas stove blister is gradually narrowed upward.

Therefore, the present invention is formed by gradually narrowing the inner wall of the flame discharge hole side of the gas stove blister toward the upper side, the flame and combustion heat discharged toward the flame discharge hole from the burner is discharged to the upper side while hitting the inner wall of the blister of the gas stove blister The heated water of the gas stove blister is efficiently heated at a high temperature.

1 is a perspective view showing an embodiment according to the present invention.
2 is a plan view showing an embodiment according to the present invention.
Figure 3 is a side cross-sectional view showing an embodiment according to the present invention.
Figure 4 is an overall layout showing an application example of the present invention.
Figure 5 is an exemplary side view showing an embodiment of the steam mixing unit in another embodiment of the present invention.

Hereinafter, described in detail by the accompanying drawings as follows.

The present invention is that the flame and combustion heat generated in the burner of the commercial gas stove directly acts on the inner wall of the gas stove blister to ensure that the heating water is heated efficiently and at a high temperature.

That is, in the present invention, the gas range 110 having the gas range blister 10 in which the heating water is stored is formed around the flame discharge hole 111 formed at the upper portion of the burner 120 as illustrated in FIGS. 1 to 3. And a heating water tank 210 configured to receive heating water supplied from the gas range blister 10 so as to heat the heating water, and configured to heat the hot water using the heat exchanger by receiving the heating water. In the boiler system using the gas stove waste heat of the commercial hot water tank 220, generated in the burner 120 in the blister inner wall 11 of the flame discharge hole 111 side of the gas range blister 10 is generated by the flame discharge hole ( The flame discharged into the flame 111 and the combustion heat is formed to gradually narrow toward the upper side of the blister inner wall 11 side of the flame discharge hole (111) to discharge.

Meanwhile, as illustrated in FIGS. 1 and 3, the center of the flame discharge hole 111 may be wound in a pigtail shape to form a central heating part 20 connected at both ends to the blister inner wall 11. will be.

In addition, as shown in FIG. 3, the upper part of the gas range blister 10 is formed by forming a steam discharge pipe 12 bent upward to protrude upward to discharge steam generated by high temperature heating of the heated water. You can do it.

On the other hand, as shown in Figure 5 it can be carried out by forming a steam mixing unit 30 to supply the high temperature steam generated in the steam discharge pipe 12 to the heating water circulation pipe 230.

In addition, the blister inner wall 11 is a flame and combustion heat generated so that the flame and combustion heat generated by the burner 120 hits the blister inner wall 11 and is flowed upward without being circulated to flow centrally in the center of the cooking vessel. It is preferable to form a polyhedral surface, preferably by forming an octagonal surface.

Reference numeral 310 is a replenishment tank for replenishing the heating water to the heating water tank, 320 is a water supply pipe for supplying tap water to the replenishment tank and hot water tank, 330 is to decompose the heating water supplied from the heating water tank It is a heating distributor.

Hereinafter, the use process of the present invention will be described.

In the boiler system using the gas stove waste heat as described above, the burner 120 in the blister inner wall 11 side of the flame discharge hole 111 side of the gas range blister 10 is generated to the flame discharge hole 111 When the discharged flame and combustion heat hit and are discharged by applying the present invention in which the blister inner wall 11 of the flame discharge hole 111 is gradually narrowed upward, the flame discharge hole is generated by the burner 120. Flame and combustion heat discharged to 111 hits the inner wall of the blister formed gradually narrower toward the upper portion and is discharged so that the flame and combustion heat act directly on the inner wall and the heating water is smoothly heated to a high temperature.

In addition, the heating water of the gas cooker blister is heated to a higher temperature by the central heating part 20 provided in the center portion of the flame discharge hole 111.

Meanwhile, the hot steam discharged through the steam discharge pipe 12 provided in the gas range blister 10 is mixed with the heating water circulation pipe 230 to heat the hot water 220 and the heating water tank 210 at high temperature. By supplying water, the utilization rate of waste heat can be increased.

Therefore, the present invention is formed by gradually narrowing the inner wall of the flame outlet hole side of the gas stove blister toward the top, the flame and combustion heat discharged toward the flame outlet hole from the burner is discharged to the upper side while hitting the inner wall of the blister of the gas stove blister The heated water of the gas stove blister is efficiently heated at a high temperature.

10: gas stove blister
11: blister inner wall 12: steam discharge pipe
20: central heating unit
30: steam mixing unit
110 gas range 111 flame discharge hole
120: burner
210: heating water tank 220: hot water tank
230: heating water circulation pipe
310: replenishment water tank 320: water supply pipe
330: heating distributor

Claims

The gas range 110, which forms a gas range blister 10 in which heated water is stored around the flame discharge hole 111 formed at an upper portion of the burner 120, and the heated water heated in the gas range blister 10 is formed. In the boiler system using a gas stove waste heat consisting of a heating water tank 210 configured to be heated to receive heating water and a hot water tank 220 configured to heat hot water through a heat exchanger by receiving the heating water. In;
The blister inner wall 11 is generated by the burner 120 in the blister inner wall 11 of the flame exhaust hole 111 side of the gas range blister 10 to be discharged by hitting the flame and combustion heat discharged into the flame discharge hole 111. Boiler system using waste heat for gas stove for shops, characterized in that formed gradually narrower toward the top).

The method of claim 1;
The center of the flame discharge hole 111 is wound in the shape of a pig tail to form a central heating unit 20 connected to both ends of the blister inner wall 11,
On one side of the gas range blister 10, the upper portion of the gas cooker 10 protrudes upward to discharge steam generated by the high temperature heating of the heated water and forms a downwardly bent steam discharge pipe 12,
The blister inner wall 11 is multi-faceted so that the flame and the combustion heat generated by the burner 120 are upwardly flown without being circulated as they collide with the blister inner wall 11 so that the flame and the combustion heat are flown on the central part of the cooking vessel. Boiler system using waste heat gas stove for shops, characterized in that formed by.

The method of claim 2;
Boiler system using a gas stove waste heat, characterized in that the steam mixing section 30 to supply the high temperature steam generated in the steam discharge pipe 12 to the heating water circulation pipe 230.