TH8895C3 - Kiln - Google Patents

Abstract

DC60 (23/09/56) The furnace consists of a material support base that supports the loading of raw materials. From the outside that needs to be burned to pass to the receiving room for raw materials, which will receive The raw material to be burned enters the top downward for pushing the combustion material to the inside of the lower combustion chamber for the combustion to form a gas and to float through the cavity. Of the interior partition between the receiving rooms Raw material enters the combustion chamber to the top of the raw material receiving chamber before the gas obtained It is then passed through the centrifuge chamber to separate the gas contaminants before It is passed on to the gas support. The furnace consists of a support base that supports the loading of raw materials. From the outside that needs to be burned to pass to the receiving room for raw materials, which will receive The raw material to be burned enters the top downward for pushing the combustion material to the inside of the lower combustion chamber for the combustion to form a gas and to float through the cavity. Of the interior partition between the receiving rooms Raw material enters the combustion chamber to the top of the raw material receiving chamber before the gas obtained It is then passed through the centrifuge chamber to separate the gas contaminants before Passed to the gas support further

Claims (1)

Claims (all) that will not appear on the advertisement page: The furnace consists of a material feeder (1) consisting of a material support base (4) that is a receptacle structure with a top opening for the support. External packing of raw materials to be burned Which area at the bottom of The material support base (4) has at least one end of the material pipe (7). A tube mounted in which the raw material transport tube (7) is a hollow inner tube with an open end with a rod. Material conveying in a pipe (9) is inserted inside. For the bottom end to fit into The bottom exit hole of the material support (4) and the upper end is connected to The spindle of the motor drives the conveying rods (10) directly or connects via auxiliary Connecting rods (11) for turning according to the rotational propulsion drive motor (10) for conveying raw materials to be burned from the material support base (4) to the raw material combustion section (2) to gas before It is passed to the combustion chamber (3), where the combustion portion (3) consists of an empty gas swirl chamber (38) with at least one outer wall. Which the side area at the top Or above there will be the front end of the gas outlet pipe, the side (37) of the combustion part (2) is welded. For getting gas in to cause a spiral on the side Before the gas is passed through the gas outlet port with the bottom end of the gas outlet pipe (39) welded. And cause the contaminants in the gas to fall into the contaminant receptacle (40) located on the underside of the gas spiral chamber (38) where the contaminant receptacle (40) is the contaminant receptacle. Contamination in gas with a rotary blade (41) installed for sweeping contaminants inside the contaminant discharge port (40) through the decontamination inlet (40) and the outlet pipe. Of gas (39), it is a hollow tube inside the open end with The lower open end is bolted to the gas swirl chamber outlet (38), and the upper open end is connected directly to the flank or the upper opening end of the combustion tube (42) or through Side connection assist tubes (43) for gas transmission with acceptable contaminant levels to the other open end for further combustion fuel. There is a unique feature. The combustion section of raw materials (2) consists of the upper conveyor (12), which is a hollow tube or tube inside. For supporting raw materials that need to be burned into From the material conveying tube (7) to pass through the side conveyor (13), where the side feed channel (13) shall be in the form of a tube or a hollow inner tube that There is a front connected to the top or the side at the top of the input chamber (14) for conveying the raw materials to be burned from the upper conveyor (12) into the raw material receiving chamber (14). The upper feed bar (15), the upper feed bar (15), is an inserted outer thread. Inside the side conveyor (13), the front end is inserted into the inlet. The top or the side on the top of the receiving rod (14) and the rear end is directly connected to the spindle of the top rod drive motor (16) or connected via the top rod connecting assist ( 17) For turning according to the rotating force of The motor drives the top bar (16) to convey combustion raw materials into the receiving chamber. Raw material enters (14), where raw material room (14) comes in, will look like an empty room with an outer wall. At least one layer For supporting the ingestion of raw materials that need to be burned into It enters the top from the side conveyor (13) to pass through the inside of the raw material combustion chamber (18), and the bottom or sides at the bottom of the raw material receiving chamber (14) with the front end. Of the lower transport rods (19) in the form of pipes or conveying ranges The inner hollow is welded. To support the insertion of the bottom feed bars (20), the lower feed bars (20) are inserted as external helical bars. Inside the lower bracket receptacle (19) so that the front is inserted in the lower side of the The raw material chamber is entered (14) and has the rear end connected to the spindle of the The bottom rod drive motor (21) is directly or connected via the bottom rod connecting assist (22) for turning following the rotational thrust from the bottom rod driving motor (21) to convey the desired combustion raw material inside the side. The bottom of the raw material chamber (14) goes to the inside of the raw material combustion chamber (18) where the raw material combustion chamber (18) looks like an empty chamber with outer wall. At least one but one wall is a total partition (23), which is a layered wall. At least one layer is used as a common wall with one wall of the input chamber (14) for supporting the ingestion of raw materials to be burned through by the beam. The bottom raw material (20) and the side or side of the raw material combustion chamber (18) have the upper end of the tube. Passed air inlet (24) At least one tube is inserted. For passing air from the room The air below (25) enters the inside of the raw material combustion chamber (18), where the bottom air chamber (25) is characterized by a partitioned empty chamber. At least one outer end with at least one end of the air inlet pipe (24) connected. For receiving air from the lower air ducts (26), the lower air ducts (26) are hollow tubes inside the open end. Long term with the inner end connected directly to the lower air chamber (25) or through the lower pipe connection (27) and the outer end of the duct. The lower air pass (26) is either directly connected to the blower outlet port (28), or through the lower pipe connection (27) for receiving the air intake from the blower out. (28) Came in to pass out into the room. Pass the air below (25) and the common partition wall (23) has a hole through the partition. (36) with a channel Through at least one hole As a channel for gas flow through the combustion. Burned inside of the combustion chamber (18), returned to the incoming raw material chamber (14) to float upward, outward towards the outlet pipe with the rear open end of the side gas outlet pipe (37) welded. The side gas outlet pipe (37) looks like a hollow tube or channel. The inside with the rear open end is connected to the top or side on the top of the The raw material receiving chamber (14) and the front opening is connected to the combustion gas chamber (3).