TH2940C3 - Economical cremation furnace, low pollution - Google Patents

Abstract

Economical cremation, low pollution The design allows for rapid incineration of the corpse because the corpse moves towards the burner so it burns faster and increases air, smoke and flames from the smoke burner. This allows the combustion of smoke completely at high temperatures and ensures that no pollution. Including the smell does not pass through this area And was completely cremated The sooner cremation time will make Save fuel and the combustion of smoke through the ring opening causes low pollution.

Claims (1)

1.Economical cremation furnace, low pollution It has a unique feature - the coffin combustion chamber (2), which looks like a rectangular chamber, arched roof made of fire-resistant bricks The area where the coffin is placed in the section From the head to the body is a space without a floor Deep down is the cremation chamber (3), which looks like a trapezoid chamber. Upside down with the top connected to the combustion chamber (2) without partition wall On the side of the wall adjacent to the middle of the bottom, the slope of the trapezoidal chamber wall (3) starts from the middle of the combustion chamber floor (2), it is characterized by a deep slope wall. Down to the floor of the burning chamber (3), the other wall is perpendicular, which In this area, cremation heads (8) and a cremation air compressor (10) are installed.When cremation begins (8), heat from the cremation chamber (3) is directed to the coffin combustion chamber (2). ) In which the coffin is located The heat will cause the lower coffin to be cremated. Burned until the body, head and body move into the cremation chamber (3) before the cremation head (8) will be burned fit when the head and body are all burned. The hips and legs will move down an incline, closer to the crematorium (8), which will make the combustion more efficient and faster because the body will be burned near the crematorium (8) PRIMARY air from the compressor. The cremation air (10) supplies air to help the cremation inside the cremation chamber (3), where the general crematorium, the coffin chamber (2) and the cremation chamber (3) - the gas combustion chamber (4), which has It is a square combustion chamber made of refractory bricks. There is a wall with a ring (5) opening (ORIFICE) between the first and the back. The ring opening positions (5) (ORIFICE) are connected to each other, which corresponds to The location of the burner (7) and the SECONDARY air supply point from the combustion air compressor (9) is right. The smoke and flame air from the burner (7) flows into the ring opening (5) designed in the face area. Thus, a combination of air, smoke, good flame and repeated combustion of the affected area is reduced. The reduced cross-sectional area catalyzes the reaction. Burning causes high temperatures And ensuring that no pollution caused by incomplete combustion of waste passes through the area At the highest temperature and will be burned completely Also, the injection of the burner (7) fit into the ring. Will add Gas suction by induction of hot gas at higher velocity (VENTURY EFFECT) combustion through a ring opening (5) (ORIFICE) into the back of the gas combustion chamber (4) to allow enough time. In complete combustion, the hot gas is then released through a hot gas outlet (6) that looks like a vertical square tube, with an open end made of refractory bricks. Located above the gas combustion chamber (4)