KR200305046Y1 - Cokes drier - Google Patents

Abstract

The present invention is formed on the side of the device for the input device (A) for introducing the coke, the combustion device (B) connected to the input device (A) for burning the injected coke, and the lower portion of the combustion device (B) It is formed between the ignition and re-recovery device (C) to ignite the coke and to recover the coke material, and is formed on the upper portion of the combustion device (B) and heated between the outer cylindrical cylinder (F) in which the inner circular cylinder (E) is built It relates to a coke hot air fan composed of a hot air transfer device (D) for transferring hot air.

Description

Cokes drier

The present invention relates to a coke hot air fan, which will be described in detail, is supplied by a conveyor for injecting a large amount of coke without heat generation and no smoke by a sensor, and recovers the bottom of the combustion chamber to the bottom by a rotating plate, and forms a burner at the bottom. It relates to a coke hot air fan to help the combustion of coke.

In general, the heat source of the hot air blower is air, which is heated mainly from electricity, diesel, coal, gas and wood, and is blown by the air blower. However, the cost is high, or the coal has to be injected at regular intervals or the air volume needs to be adjusted at any time. There have been many studies to solve this problem. For example,

The Republic of Korea Utility Model Registration No. 20-0281263 has an open top shape, an ignition chamber in which the hearth, ashtray and combustion blower are arranged in sequence, and the cylindrical bottom is open to communicate with the circuit portion A cover plate having a phase and a cover plate covering an upper portion of the ignition chamber is formed on a lower outer circumferential surface, and a combustion chamber and an inner circumferential surface formed with a first fuel supply port in which fuel is injected into an adjacent circumferential surface and placed in the furnace portion at an upper end and an outer circumferential surface of the combustion chamber. A coke hot air fan having a housing formed with a second fuel supply port communicating with the first fuel supply port is formed on the circumferential surface while the lower part is coupled to the cover plate while surrounding the combustion chamber at predetermined intervals.

Publication No. 20-241827 discloses a combustion chamber capable of storing briquettes in three rows, and a plurality of circulation tubes are installed between the combustion chambers, and another combustion chamber is densely arranged in the upper part of the combustion chamber in a low fuel cost. Agricultural briquette boiler is maximized thermal efficiency and heating efficiency,

Publication No. 20-210165 describes a hot air fan that automatically supplies coal, which senses the weight reduced by the combustion of coal and automatically supplies the coal to the combustion furnace.

Conventional techniques as described above have a problem that it is difficult to ignite only by the coke itself, and the apparatus for automatically supplying raw materials is complicated and frequently fails to use practically.

In order to solve the above problems, the present invention was installed in the lower part of the ignition burner to ignite the coke to facilitate the ignition of the coke, to collect the ash of the coke to the bottom by the rotating plate installed in the lower combustion chamber, one side of the upper combustion chamber It is a technical object of the present invention to provide a coke hot air fan whose structure is improved to smoothly inject heated air by installing a blower.

1 is a detailed view of the coke hot air fan of the present invention

Figure 2 is a detailed view of the inner cylindrical cylinder of the coke hot air fan of the present invention

Figure 3 is a detailed view of the outer cylindrical cylinder of the coke hot air of the present invention

Figure 4 is another example of the coke hot air fan of the present invention

<Description of the Drawings>

Hopper (1), motor (2, 10), screw (3), combustion chamber (4), flame guide plate (5), rotary plate (6), rotary plate shaft (7), gear (8), motor shaft (9) , Recirculation opening (11), burner and burner blower (12), blower (13), hot air supply pipe (14), combustion chamber partition (15), combustion chamber partition hole (16), heating air induction pipe (17), weight sensor ( 18), motor shaft fixing unit 19, cooling water pipe 20, heating water pipe 21, valve 22, hot air induction coil pipe 30, A: injection device, B: combustion device, C: ignition and reunion Hand device, D: Hot air feeder, E: Internal round cylinder, F: External round cylinder

In order to achieve the above object, the present invention is formed on the side of the device is an input device (A) for injecting coke, a combustion device (B) connected to the input device (A) to burn the input coke, and the combustion An ignition and re-recovery device C formed at the bottom of the device B to ignite the coke and recover the coke material, and an external source formed at the top of the combustion device B to incorporate the internal cylindrical cylinder E. It relates to a coke hot air fan composed of a hot air transfer device (D) for transferring the hot air heated between the barrel (F).

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

Figure 1 is a detailed view of the coke hot air of the present invention Figure 2 is a detailed view of the inner cylindrical cylinder of the coke hot air of the present invention, Figure 3 is a detailed view of the outer cylindrical cylinder of the coke hot air of the present invention, Figure 4 is a view of the coke hot air of the present invention Another example is shown, and the hopper 1, the motors 2 and 10, the screw 3, the combustion chamber 4, the flame guide plate 5, the rotating plate 6, the rotating plate shaft 7, and the gear 8 ), Motor shaft (9), recirculation opening (11), burner and burner blower (12), blower (13), hot air supply pipe (14), combustion chamber partition (15), combustion chamber partition hole (16), heating air induction pipe 17, weight sensor 18, motor shaft fixing unit 19, cooling water pipe 20, heating water pipe 21, valve 22, hot air induction coil pipe 30, A: injection device, B: combustion It can be seen that the apparatus, C: ignition and recuperation apparatus, D: hot air conveying apparatus, E: inner cylindrical cylinder, F: outer cylindrical cylinder.

Looking at the structure, as shown in Figure 1, the input device (A) is formed on the side of the device for inputting the coke, the combustion device (B) connected to the input device (A) to burn the input coke, and An ignition and recollection device (C) formed at the lower portion of the combustion device (B) to ignite the coke and recover the coke ash, and an external circular cylinder (E) built in the upper portion of the combustion device (B). It relates to a coke hot air fan composed of a hot air transfer device (D) for transferring the heated hot air between the circular cylinder (F),

In more detail,

The input device A is operated by a coke input hopper 1 installed on one side of the combustion device B, and a weight sensor 18 formed in the combustion chamber 4 formed under the hopper 1. Motor 1 and a screw 3 driven by the operation of the motor 1,

The combustion device (B) has a cylindrical combustion chamber (4) for burning the coke introduced by the screw (2) of the input device (A), and the weight of the coke formed in the lower side of the combustion chamber (4) built-in A weight sensor 18 that detects and sends a signal to the motor 1;

The lower portion of the combustion chamber 4 is rotated to form a bottom portion formed with a plurality of through holes, the rotating plate 6 for discharging the coke material burned by the rotation to the lower through a plurality of through holes, and the upper portion of the combustion chamber 4 A combustion chamber partition hole 15 formed in the combustion chamber partition hole 15 formed on one of the middle sides of the combustion chamber barrier part 15 and heated air is discharged;

It is composed of a flame induction plate 5 which is formed in the lower portion of the combustion chamber partition 15 to induce the flame of coke to be burned,

The hot air transfer device (D) is formed on the upper portion of the combustion device (B), the outer cylindrical cylinder (F) formed on the combustion chamber partition 15 of the combustion device (B) and the outer cylindrical cylinder (F) of the An internal cylindrical cylinder (E) having a spirally heated air induction pipe (17) formed in the inside and having a spiral from the bottom to the upper edge thereof, and formed on one side of the lower portion of the external cylindrical (F) to blow the heated air upwards. It is composed of a blower 13, and a hot air supply pipe 14 formed on the upper side of the outer cylindrical (F) to blow the heated air,

The re-recovery device (C) is formed in the lower portion of the combustion device (B), the rotary plate shaft (7) provided in the lower center of the rotary plate (6) forming the bottom of the combustion chamber (4), and the rotary plate shaft (7) Bevel gear (8) formed at the end of the), and formed on one side of the bevel gear (8) and the other side is the motor shaft (9) connected to the motor (10), the middle one side of the motor shaft (9) A burner and burner blower 12 formed on the motor shaft fixing part 19 to fix the motor shaft 9 and on the lower side of the rotating plate 6 to ignite coke embedded in the upper part of the upper rotating plate 6. And, it is a coke hot air fan composed of a re-recovery port 11 formed in the lower portion of the rotating plate (6).

At this time, the inside of the inner cylinder (E) may be connected to the cooling water pipe 20 in the lower portion and the heating water pipe 21 is installed in the upper portion so that additionally heated hot water can be used.

Referring to the operating state, after the injection of coke 25Kg into the hopper 1, the screw 3 is driven by the operation of the motor 1 so that the coke of the hopper 1 formed on the top of the screw 3 is the combustion chamber ( 4), when a predetermined amount is input, the motor 1 is stopped by an instruction of a detection signal of the weight sensor 18 formed in the combustion chamber 4, and at the same time, the burner and burner blower 12 formed in the lower portion of the combustion chamber 4 ) Is activated to ignite the coke in the combustion chamber 4 to ignite the burner is stopped, only the burner blower is activated, the fired coke flame is formed of a plurality of space-induced flame induction plate (5) formed on the upper portion of the combustion chamber (4) Induced by), the heated air is formed in the upper portion through the combustion chamber partition hole 16 formed in the center of the combustion chamber partition 15 formed in the upper portion of the combustion chamber 4 and the inner circular cylinder F. While moving between, to the lower side of the outer cylindrical (F) Was raised rapidly to the hot air generated by the blower 13 is moved along the spiral hot air induction pipe 17 of the inner circle prosper (F) is fed via a hot air supply pipe 14 formed to the upper,

When the ash of the combustion chamber 4 becomes light by about 10 kg by the instruction of the weight sensor 18, the motor shaft 9 and the rotation shaft 7 connected to the motor 10 rotate while the motor 10 is operated first. The rotating plate 6 forming the bottom of the combustion chamber 4 is rotated to discharge ash to the lower portion through the through hole formed in the rotating plate 6, and then sends a signal to the motor 1 to operate the same. Will work.

The present invention as described above is a device injecting a certain amount of coke in the inside of the device, ignited the input coke, while smoothly discharging the heated air by the blower, and discharges the generated ash to the bottom, by setting all the processes automatically It is an eco-friendly and economical device that maximizes fuel efficiency, makes it easy for anyone to operate, and automatically discharges reclaims.

Claims (3)

In the coke hot air fan, an input device (A) which is formed on the side of the device to inject coke, a combustion device (B) connected to the input device (A) to combust the injected coke, and the combustion device (B) Between the ignition and re-recovery device (C) formed in the lower portion to ignite the coke and recover the coke ash, and the outer cylindrical cylinder (F) formed in the upper portion of the combustion device (B) built-in Consists of a hot air feeder (D) for transferring the heated hot air, The input device A is operated by a coke input hopper 1 installed on one side of the combustion device B, and a weight sensor 18 formed in the combustion chamber 4 formed under the hopper 1. Motor 1 and a screw 3 driven by the operation of the motor 1, The re-recovery device (C) is formed in the lower portion of the combustion device (B), the rotary plate shaft (7) provided in the lower center of the rotary plate (6) forming the bottom of the combustion chamber (4), and the rotary plate shaft (7) Bevel gear (8) formed at the end of the), and one side of the bevel gear (8) and the other side is the motor shaft (9) connected to the motor (10), the middle one side of the motor shaft (9) A burner and burner blower 12 formed on the motor shaft fixing part 19 to fix the motor shaft 9 and on the lower side of the rotating plate 6 to ignite coke embedded in the upper part of the upper rotating plate 6. And, the coke hot air fan characterized in that it is composed of a re-recovering opening (11) formed in the lower portion of the rotating plate (6). The combustion apparatus (B) according to claim 1, wherein the combustion device (B) is formed in a cylindrical combustion chamber (4) for burning coke introduced by the screw (2) of the injection device (A), and is formed on one side of the lower portion of the combustion chamber (4). The weight sensor 18 for detecting the weight of the coke and sends a signal to the motor 1, the lower portion of the combustion chamber 4 is rotated to form a bottom portion formed with a plurality of holes, the coke material is burned by rotation Rotating plate 6 for discharging the lower portion through a plurality of through holes, the combustion chamber partition 15 formed on the upper portion of the combustion chamber 4, and the combustion chamber formed in the middle one side of the combustion chamber 15 is discharged A coke hot air blower comprising a combustion chamber partition hole (16) and a flame induction plate (5) formed under the combustion chamber partition (15) to induce a flame of coke to be combusted. The method according to claim 1, wherein the hot air transfer device (D) is formed on the upper portion of the combustion device (B), the outer cylindrical cylinder (F) formed on the combustion chamber partition 15 of the combustion device (B), and the external source The inner cylindrical cylinder (E), which is built in the inside of the cylindrical cylinder (F) and has a spirally heated air induction pipe (17) formed from the lower edge to the upper edge of the cylindrical cylinder (F), and is formed on one side of the lower portion of the outer cylindrical mold (F) and heated air Coke hot air blower, characterized in that consisting of a blower (13) for blowing the upper portion and a hot air supply pipe (14) for blowing the heated air formed on one side of the outer cylindrical (F).