KR200320695Y1 - Waste material incinerator - Google Patents

Abstract

As a waste material incinerator, there is a drying barrel rotating in the incinerator. In the drying bin, there is a dry material to be dried, which is moved from the rear to the front by a screw. The building is then dried on the move.

That is, a furnace for drying an object to be dried by using heat energy generated in an incinerator. Conventionally, the incinerator of the method to escape the drying method using the heat energy of oil or electricity in order to dry the dry matter.

Description

Waste material incinerator {omitted}

Currently used incinerators simply serve to incinerate flammable wastes, and are used to dry feedstock for livestock feed using oil or electric thermal energy.

Waste heat from the incinerator is used to dry the dry matter to be dried.

1 is a side view

Figure 2 is a side cross-sectional view Figure 3 is a front view Figure 4 is a side view

Explanation of symbols for main parts of the drawings

Incinerator 1-1 combustion chamber

1-2 Flammable Incinerator Input 1-3 Base

1-4 Pedestal Falling Holes 1-5 Incinerator Collection Points

2. Dust collector (pollution prevention facility) 2-1 passage

3. Chimney 3-1 passage

4. Drying container 4-1

4-2 Dry Building Outlet 4-3 Air Inlet

4-4 screw blade

5. Chimney 5-1 passage

6. Front

Back 8. Pedestal 8-1 Base Roller 9. Motor 9-1 Small Gear 9-2 Standby

In order to achieve the above object, there is an incinerator, a dust collector and a chimney, and the incinerator, the dust collector and the chimney are connected to each other by a passage.

In front of the incinerator, there is a combustible inlet. Air is also introduced into the incineration inlet and the incinerated smoke exits the chimney.

In the incinerator, there is a pedestal at the bottom of the combustion chamber, and the pedestal has a hole for the incineration ash to fall downward, and the incineration ash flows downward and the incineration ash gathering hole at the bottom is at the bottom.

In this way the incineration is incinerated.

And there is a cylindrical drying barrel which is fixed to the incinerator in the incinerator and rotates horizontally in front of the upper part of the combustion chamber. There is a building inlet at the rear of the drying bin and a building outlet at the front. In addition, the inner wall of the drying tank is equipped with a screw blade on the drying wall, the drying tank is rotated to move the building from the rear to the front.

There is an air inlet through which air enters from the front of the drying tank, and behind it is connected to the chimney and passage.

In this way, the dry matter is continuously added, and the dry matter moves forward and is discharged toward the outlet by a screw blade of a rotating drying barrel.

Therefore, the dry material in the drying tank is moved and discharged by drying the wet dry material by dry heat in the incinerator combustion chamber. The pedestal fixed to the incinerator is fixed to the incinerator. The outer wall of the drying tank is seated on the rollers and rotates, and there is a motor that rotates the drying tank, and there is a small gear in front of the motor and an air gear is installed on the outer wall of the drying tank. Thus, the small gear and the air gear are connected, and the drying tank rotates according to the rotation direction of the motor.

There is an energy saving effect by using the waste heat of the combustible waste material incinerator, without separately inputting thermal energy to dry the dry matter.

Claims (3)

As a waste material incinerator, there is a drying container which is fixed to the incinerator and rotates therein. The waste material incinerator according to claim 1, wherein the combustion chamber is higher in the rear than the front in order to improve the flow of the smoke. The waste material incinerator according to claim 1, wherein the height of the drying container is higher than the front in order to improve the air flow in the drying container and improve the flow of the drying product.