TH156718A - High Performance Venturi Porous Material Burner with Flame Positioning Device - Google Patents

Abstract

New Request, Revised 26/02/2016, High Performance Venturi Porous Material Burner, equipped with a Flame Positioning Device (1) according to this invention that includes: Porous material burners (2) with hollow cone shape, inverted cut-off end and flame alignment device (3), both are designed to work closely together in The manner in which when the high-pressure gas fuel (4) is fed into the porous material burner (2) through the venturi pipe (5), the primary air (6) is induced from the outside to the mixture. The same applies to fuel (4), an intake (7) that is ready to ignite, then the intake is forced to flow through the flame alignment device (3) to cause the primary combustion flame (8) to come. Completely embedded and stable at the site The center of the height of the porous material burner (2) is readily followed by secondary combustion (9) at the area above the porous material burner (2) by means of secondary air induction from below (10). ) To flow up through the central opening of the burner, the porous material (2) enters the secondary combustion flame (9) at the top more than before, than with only the induced secondary air. Taken from the side (11) around the burner only This enables the secondary combustion (9) over the porous surface (14) to be more complete, resulting in a high-performance venturi-type porous material with a flame-adjusting device (1). Of particular importance is that the primary combustion flame (8) can be positioned so that it is always fully embedded and stable at the center of the porous material burner height (2) for The maximum performance of the burner regardless of the fuel type or the combustion rate makes the burner safe. Has high performance Have flexibility in fuel and work. Very high like never before

Claims (1)

: New Request, Update 26/02/2016, High Performance Venturi Porous Material Burner with Flame Positioning Device (1), according to this invention that includes Porous material burners (2) with hollow cone shape, inverted cut-off end and flame alignment device (3), both are designed to work closely together in The manner in which when the high-pressure gas fuel (4) is fed into the porous material burner (2) through the venturi pipe (5), the primary air (6) is induced from the outside to the mixture. The same applies to fuel (4), an intake (7) that is ready to ignite, then the intake is forced to flow through the flame alignment device (3) to cause the primary combustion flame (8) to come. Completely embedded and stable at the site The center of the height of the porous material burner (2) is readily followed by secondary combustion (9) at the area above the porous material burner (2) by means of secondary air induction from below (10). ) To flow up through the central opening of the burner, the porous material (2) enters the secondary combustion flame (9) at the top more than before, than with only the induced secondary air. Taken from the side (11) around the burner only This enables the secondary combustion (9) over the porous surface (14) to be more complete, resulting in a high-performance venturi-type porous material with a flame-adjusting device (1). Of particular importance is that the primary combustion flame (8) can be positioned so that it is always fully embedded and stable at the center of the porous material burner height (2) for The maximum performance of the burner regardless of the fuel type or the combustion rate makes the burner safe. Has high performance Have flexibility in fuel and work. Extremely high like never before. (Item one) which will appear on the advertisement page: new request updated 26/02/2016 1. High-performance Venturi-type porous material burner is equipped with a flame-adjusting device (1). It consists of a porous material burner (2) and a flame adjusting device (3). These two parts are designed to work closely together in such a way that when high-pressure fuels such as liquefied petroleum gas , LPG) (4), etc. are fed into the porous material burner (2) through venturi tube (5).