TH18506C3 - Smoke and Pollution Combustion Chamber - Google Patents

Abstract

A summary of the invention, which appears on the ReadFile:Smoke and Pollution Combustion page, consists of a lower combustion chamber with a lower inner cavity and a lower heat-resistant wall mounted for the combustion chamber. At the beginning of what needs to be burned, while the front of the lower combustion chamber is the inlet and outlet channels and the combustion control panel is mounted, and the bottom of the combustion chamber below is the ash from the combustion chamber. Burner for supporting the ash generated from the combustion in the combustion chamber below with the nozzle below and above the combustion chamber below is the smoke and pollution combustion chamber above with a cavity inside. The upper inner cavity is connected to the lower inner cavity and is equipped with heat-resistant walls of the upper chamber to accommodate the smoke and pollutants generated by the combustion of the lower combustion chamber as the air is transmitted. Passed in from the air blower into the upper inner cavity, and the flame is passed into the upper inner cavity to burn smoke and pollutants once more before the smoke. And the pollution is passed out to the outside through the soot discharge chamber above, and the lower inner space or the upper inner space will be treated. Air that is oxygenated or air containing oxygen as an ingredient enters from an air supply tank for receiving oxygenated air or air containing oxygen as an additional ingredient. Helps in internal combustion to be more complete and the inner surface of the soot discharge chamber has a protruding plate inside to allow the soot to flow outward from the chamber. Delivers soot faster

Claims (1)

Claims (all) which will not appear on the classifieds page: 1. The smoke and pollution combustion chamber consists of the lower combustion chamber (1) which is characterized as the lower combustion chamber, the lower inner cavity (2) for the primary combustion chamber, and the heat-resistant chamber wall. Bottom (3) with at least one layer of ceramic fiber wall mounted on one side to prevent heat radiating to the outside of the lower combustion chamber (1) while the front of the combustion chamber Bottom (1) will be the entrance - exit (4) that looks like an opening that connects to the inner space below (2) for being the entrance - out of the things that want to burn in the combustion chamber. The bottom (1) and the bottom of the lower inner space (2) are the ash receptacles from the combustion (5) that look like the lower ash receptacles for supporting the ash generated by the combustion in the chamber. The combustion chamber below (1) and the combustion chamber below (1) will have a combustion control panel (6) that looks like a control panel or measuring devices related to the combustion of the combustion chamber, smoke and Pollution control parts related to the combustion of the smoke and pollution combustion chamber, and the lower combustion chamber (1) has a lower nozzle (7) that looks like a perfect nozzle. Installed directly on the outside of the combustion chamber below (1) or installed directly inside the lower inner cavity (2), it can be operated with external power for spraying the flame into the inner cavity. The lower (2) and the lower inner space (2) shall be provided with one or more lower air intake tubes (8) that are open-ended, either directly connected or connected through a connection auxiliary for It receives incoming air from an aerator (9) that can be operated with external power for faster, more intense combustion of air within the inner spaces below (2) and above. The lower combustion chamber (1) is the smoke and pollution combustion chamber above (10) which is characterized as a combustion chamber with an inner void at the top (11) that connects to the inner void. the lower (2) and an upper chamber (12) heat-resistant wall with at least one layer of ceramic fiber wall mounted on one side to insulate the heat from the upper inner space ( 11) spread out to the outside while receiving the smoke and some pollution caused by the combustion of the lower combustion chamber (1) come in to burn again and the heat resistant wall of the upper room (12) will have The upper air inlet hole (13) or the lower air inlet hole (14) that looks like a hole pierced through the heat-resistant wall layer of the upper room (12) through into the inner space. At least one hole in the top (11) allows air to enter the upper inner space (11) and between the inside of the smoke and pollution combustion chamber above (10) and the outside of the heat resistant wall. The upper chamber (12) will be the space between the walls (15) for the room of air coming in from the upper air intake pipe (16) that is characterized by one or more open-ended pipes. Directly connected or connected through an air inlet connection auxiliary before passing it into the upper inner space (11) through the upper air inlet hole (11) or through the hole. The lower air intake (14) or upper inner space (11) is provided with one or more auxiliary top air intake hoses (17) that are open-ended, at least directly connected or connected. Through the connection auxiliary for receiving air intake from one or more externally powered aerators (9) into the inner cavity at the top (11) for blasting air. burning fast Faster and more powerful within the upper inner cavity (11) and the smoke and pollution combustion chamber above (10) has a top nozzle (18) with a card-shaped nozzle mounted on the The smoke and pollution combustion chamber above (10) or mounted directly inside the upper inner cavity (11) can be operated with at least one external power for spraying flames into the inner cavity. In the top (11) and the top of the smoke and pollution combustion chamber above (10) is the soot discharge chamber (19) that looks like a pipe or a chamber with an inner space in the chamber. Conveyor(20) connected to the upper inner space (11) and has at least one layer of heat-resistant conduit chamber(21) or ceramic fiber wall mounted on it. At least on one side to prevent heat from the exhaust chamber, soot (19) radiates to the outside while receiving the smoke and part of the pollution caused by the combustion of the smoke combustion chamber and the pollution above ( 10) come in to pass out to the outside and the lower inner space (2) of the lower combustion chamber (1) will receive the transmission of air that is oxygen or air that has oxygen as The mixture enters from at least one air supply tank (22) through it. Coming from the air intake pipe below (23) for receiving air that is oxygenated or air containing oxygen as a mixture to supplement the combustion within the inner space below (2) or The upper inner cavity (11) of the smoke and pollutant combustion chamber above (10) receives the oxygen-containing air or the oxygen-containing air from the air supply tank. Out (22) through the air intake pipe (24) for receiving air that is oxygen or air containing oxygen as a mixture to help in the combustion within the inner space. The top (11) or the gap between the walls (15) will receive the oxygenated air or the oxygen-containing air entering from the air supply tank (22) through the pipe. Auxiliary air supply to the top (25) for receiving oxygenated air or oxygen-containing air and pass it into the inner cavity at the top (11) through the air intake hole on the side. Upper (13) or lower air inlet hole (14) to facilitate combustion within the upper inner cavity (11). It is characterized by the inner surface of the delivery chamber heat-resistant wall (21). of the soot delivery chamber (19) there is a protruding sheet inside (26) that looks like A continuous diagonal protrusion around or at intervals is installed to allow the soot in the cavity inside the delivery chamber (20) to flow outward from the guide chamber. Delivers soot (19) faster.