KR20090028375A

KR20090028375A - Water tube indide thesmokefire tube typea briquet boiler

Info

Publication number: KR20090028375A
Application number: KR1020070093944A
Authority: KR
Inventors: 서절자
Original assignee: 서절자
Priority date: 2007-09-13
Filing date: 2007-09-13
Publication date: 2009-03-18

Abstract

A vertical type briquette boiler including a water pipe and a fire pipe is provided to improve the combustion efficiency by delivering the heat, the temperature of which is raised again by the heat emitted from the heater, to the water pipe and the water chamber. A vertical type briquette boiler including a water pipe and a fire pipe comprises a heat cycle structure covering a steam chamber and a water chamber, a steam blocking plate(5) which turns away the instantly evaporated steam to be mixed with the steam far from an outlet, a combustion heater, a heat shield plate which makes the heat of the fire pipe rise inside the first water pipe, and a smoke stock(10) which let the waste heat exhaust to the bottom.

Description

WATER TUBE INDIDE THESMOKEFIRE TUBE TYPEA BRIQUET BOILER}

Figure A is designed by the top-down top steam chamber and the lower chamber to be applied to the water pipe to process several pipes to be welded, and the first and second water pipes can be installed and rotated so that the heat can rotate between the pipes. The turned down heat is reheated in Fig. 22 by the heat generated in Fig. 13 installed in the lower part to increase the combustion rate, and then rises upward through No. 1 connection in Fig. 9 to No. 2 in Fig. 9-1. Through the linkage, it exits into the stack of 14 even if it enters the passage of the lower view 3.

Fig. B is a type A and B type of the invention boiler designed as described above, which is composed of a vertical type and a horizontal type, and the heat generated by the operation of the automatic burner is first passed through the water pipe of Fig. 8-1 in the first combustion chamber. Through the second water pipe of Fig. 8, it is re-burned by the heating heat that is exothermic to the bottom of Fig. 13, and it is converted into pollution-free heat. It is an invention boiler composed of the principle of heating the water chamber by heating up and down the heat circulating combustion chamber as shown in Figure (2.3), which conducts heat and wraps outside the water chamber. It is a horizontal perfusion boiler designed on the same principle to promote selective use according to the place and purpose of use.

Figure A-1 shows the cross section fitting the canal and the length of the canal is mounted longer than the canal.

In this proposal, the structure of the conventional perfusion boiler adopts a water pipe in the upper and lower water chambers, and heats and lowers the water pipe wall of FIG. 4 while passing through the firebox of FIG. Passed between the water pipes, the water pipes and the water pipes are heated and upward through the heat passage of Fig. 6 between Figs. 4 and 5, and exit through the stack of Fig. 10 through Figs. 7-1. As the structure and heat always fall to the side of the stack, the water pipe of the stack is heated to evaporate the steam. Therefore, the amount of steam or hot water generated by the operation of one burner is small, so the restart time is high and the humidity is generated. On the other hand, the invention boiler of the present invention is an invention boiler of the invention with fuel saving and environmentally friendly elements, which are economically advantageous elements that completely solve the conventional shortcomings as follows.

The elements of the boiler of the present invention are explained by passing an association through the inside of the water pipe, and the first generated heat is heated to 360 ° outside the water pipe, and the heat passed through the pipe inside the water pipe is lowered to the bottom center. It is a boiler composed of considerable fuel saving type, which leads to the increase of the thermal efficiency due to the increase in the combustion rate due to the combustion of the stack located in the lower part of the firebox.

The present invention can be seen that the boiler is different from the conventional perfusion boiler. The conventional perfusion boiler adopts only water pipes so that the heat conducts and heats the water pipe walls, so there is no reburning device.Therefore, the thermal efficiency decreases due to poor combustion conditions. It is possible to rapidly evaporate by heating one part of noodles, but the instantaneous production is low, so that the operation is frequently performed and the inconvenience of use is caused by the generation of wet steam instead of high temperature steam. The following is a summary of the differences between the invention boilers with a unique configuration that completely complements them.

1) Water pipe 1 and water pipe 2 receive heat at the same time in the studio.

2) The water pipe is heated and the heated heat is heated by secondary combustion, and the water of the water pipe is heated to 360 ° through the pipe installed in the water pipe and exits to the stack located at the center of the lower part of the boiler.

3) As the structure designed as above, it is the structure of the invention boiler that utilizes heat completely in the high oil price era because the method of transmitting heat to the water pipe and the water chamber in the boiler is 1st, 2nd, 3rd and 4th.

4) As in oil stoves, the combustor installed in the boiler is an electric heater coil attached to a ceramic plate and installed as shown in the drawing.The automatic burner is operated at the same time. As a result, it is composed of environmentally friendly elements with high efficiency for the times.

5) As the stack is located at the bottom center, the heat cycle of the boiler is circulated to 360 °, and the heat of the boiler is collected at the center. The steam is blown out.

Hereinafter, the configuration and operation of the present invention will be described with reference to the accompanying drawings.

A is a simplified cross-sectional view of a top-down perfusion boiler with an assortment mounted inside a water pipe as the present invention shows.

Figure B is a boiler of the same principle designed to meet the needs of the user according to the use by making the perfusion boiler of Figure A in the present invention lying sideways.

Fig. C-1 is a vertical perfusion boiler diagram arranged only with a conventional water pipe.

Fig. C-2 is a cross-sectional view of processing the heat transfer by shortening the end of the pipe to shorten the pipe end in order to escape the heat between the water pipes of the conventional perfusion boiler by shortening the wings and extending the water connection.

Fig. C3 is a sectional view showing the arrangement positions of the primary water pipe and the secondary water pipe in the comparison diagram.

※ Explanation of protection used for important part.

A-19 Auto Burner B-19 Auto Burner

A-1 No.1 Room B-1 No.1 Room

A-22 Reburn Heater B-22 Reburn Heater

A-13 Reburn Heater (Electric Heater) B-13 Reburn Heater (Electric Heater)

A-17 Safety side B-27 Safety side

A-16 Steam discharge pipe B-25 Steam discharge pipe

A-18 Combustion chamber separation flange B-18 Combustion chamber separation flange

A-2 Route 1 B-2 Route 1

A-3 Connected passage 2 B-3 Connected passage 2

A-4 Upper part of steam chamber Lower part of drum chamber B-4 Left and right chamber drums

A-5 Steam baffle plate B-23 Steam and separation boiler

A-6 Steam Jet Room B-24 Steam Jet Room (Steamed)

A-7 Sweeping Flange B-7 Sweeping Flange

A-8-1 No.1 Water Pipe B-8-1 No.1 Water Pipe

A-8 No. 2 Water Pipe B-8 No. 2 Water Pipe

A-9 association 1 B-9 association 1

A-9-1 association 2 association B-9-1 association 2

A-10 Combustion Chamber Between Water Pipes B-10 Combustion Chamber Between Water Pipes

A-15 water pipe insulation membrane B-15 water pipe insulation membrane

A-12 Separation Wall 1 and 2 B-12 Separation Wall 1 and 2

A-14 stack B-14 stack

A-11 water inlet B-11 water inlet

A-21 Sweeping Flange B-21 Sweeping Flange

A-20 Burner Removal Flange B-20 Burner Removal Flange

Comparative Diagram C-1

-1 automatic burner -2

-4 No. 1 water pipe -3 Water and sewage room

-5 number 2 -6 number 2

-7 Pathway to the number two room at # 1 -7-1

-10 stack -11 steam clay outlet

-12 safety valve -8 water inlet

-9 shell outlet

Comparative Chart C-2

-4 2nd water pipe up and down reduction part -5 2nd water pipe up and down axis arrangement part

Figures A and B are the structure of the principle that all the pipes are mounted in the pipe and the combustion chamber passing through the water chamber and the steam chamber is enclosed so as not only to heat the water chamber but also to change the steam in the steam chamber to a high temperature dry steam It has a main structure, and the reburn apparatus is also configured in the same way.

As described above, the invention boiler is a high-efficiency boiler supply to the production industry, which suffers from high oil prices. It is the invention boiler which can be proud of three sets of stone.

Claims

Figure A

A vertical perfusion boiler as shown in Fig. A with an associated pipe in the center of the water pipe in the design boiler and a heat circulation passage covering the steam chamber and the water chamber as shown in Fig. A (2-3) and the moment as shown in Fig. A (5). In order to increase the lifetime and efficiency of the steam blocker of Fig. A (5) and the combustion heater and boiler installed in the lower part, which are designed to discharge explosive evaporated steam to the side instead of immediately ejecting them to be discharged in combination with the steam far away from the spout. As shown in Fig. A (14) in the lower center, the heat shield plate and the rupture of Fig. A (12) can be concentrated to the bottom so that the heat of association can rise upward into the cleaning port of Fig. A (7) and the first water pipe. Configured boiler

B

Inventive Boiler Boiler is constructed on the same principle as Fig. A. As a horizontal perfusion boiler, the body of the boiler is laid on its side, as shown in Fig. B, and the boiler of Fig. B is attached to the stock room outside as shown in Fig. B (23-24). As shown in Figure B, the circulation of heat is circulated from side to side to make the flow of heat smooth.