TH38622B - Industrial grinding furnace - Google Patents

Abstract

DC60 Furnace (10) consisting of a tubular body (11) laid along a longitudinal cross (12) of the furnace (10) with a feed pipe (24) used to support materials of combustible solids. (38) The frame (13) protrudes from the tube-shaped body (11) Through the passage (14) The frame (13) consists of an air intake pipe (16) serves to deliver high-speed air into the Tubular body (11) Internal pipe body (17) that defines the internal chamber (21) upward with outlet (23) for ejection resting in the frame (13) by the inner tube-shaped part ( 17) will consist of an inlet pipe (18) into the chamber. Serves to deliver air or gas into the interior room (21) and the inner tube (25) rests in the inner tube part (17) serves to deliver fuel by the inner tube (25) will consist of a rotating screw head ( 27) Rotate and compress with The incoming air comes from the internal chamber (21) and pushes the air towards the expulsion port (23) in a turbulent manner along the longitudinal axis (12) and at the same time captures the material. combustible solid (38) in a tubular body (11) with a furnace (10) consisting of a tubular body (11) laid along the longitudinal crossbar (12) of the furnace ( 10) with a feed pipe (24) used to support combustible solid material (38) the frame (13) protruding from the tubular body (11) through the passage (14) by the frame ( 13) shall consist of an air intake duct (16) to deliver high velocity air into the duct fuselage (11), an internal duct section (17) that defines an internal chamber (21) upward with a channel The exit (23) is used to eject the body that rests in the body (13) by the internal tube-shaped part (17) consisting of the inlet tube (18) into the chamber. Serves to deliver air or gas into the interior room (21) and the inner tube (25) rests in the inner tube part (17) serves to deliver fuel by the inner tube (25) will consist of a rotating screw head ( 27) Rotate and compress with The incoming air comes from the internal chamber (21) and pushes the air towards the expulsion port (23) in a turbulent manner along the longitudinal axis (12) and at the same time captures the material. combustible solids (38) in tubular bodies (11).

Claims (9)

Disclaimers (all) that will not appear on the advertisement page: 1. The kiln (10), which consists of - a tube-shaped body (11), follows the length (12) of the furnace (10), with the outlet pipe (36) on the side pattern. one The feed tube (24) is used to support the combustion material (38) - the frame (13) extends from the tube-shaped body (11) all the way through (14) by the frame ( 13) It consists of an air intake pipe (16) that delivers high velocity air into a duct-shaped body (11) and an opening (40) at the end of the body (13). - the inner tube-shaped part (17) designated as an interior chamber (21) with an outlet port (23) positioned in the frame (13) along the aforementioned opening (40) by The internal pipe-shaped section (17) consists of an inlet pipe (18) into the chamber, serving air or gas into the interior chamber (21) and an opening (19) at the end. Each of the parts (17) and the inner tube (25) is placed in the inner tube part (17) across the opening (19) for fuel delivery by the aforementioned inner tubes (25) where air is supplied from. The interior chamber (21) pushes air into the outlet (23), which is the outlet, as it spins along a longitudinal column (12) and captures the combustion material (38). ) In such a pipe-shaped body (11) 2. Furnace (10), as specified in claim 1, where the inner tube (25) will consist of a hollow tube (26) where a threaded head (27) is installed at one end. The ends that extend from the inner tube-shaped part (17) are attached to the fuel path (28). 3. Furnace (10) as specified in Clause 1, where the fire route (28) will consist of the fuel valve connected to the aforementioned hollow pipe (26). 4. Furnace (10), as stated in Clause 1, where the inner tube part (17) will have a free end (23) that goes through the body in the tubular body (11). Directly to create a turbulent mixture of air from the said interior (21) 5. Furnace (10) as defined in claim 1, where the inner tube part (17) will have an additional pipe serving air in the tubular body (11) in order to expand the movement. Turbulent air flow 6. Furnace (10) as specified in Clause 1, where the aforementioned furnace (10) shall be equipped with a feeder (29) connected to the feed pipe (24) of the tubular body ( 11) such 7. Furnace (10) as specified in any of Clause 1 to 6. Where it follows The air inlet (44) is located at the lower end of the duct-shaped fuselage (11) to supply additional air in order to ensure that the residue preheat can be burned out. 8. Furnace (10), as stated in claim 5, where the feeder (29) will consist of - a hollow shaft (33) - a conveying screw (32) placed inside such a hollow shaft (33) - The gear set (30) is connected to the aforementioned screw conveyor (32), and the - motor (31) is connected to the gear unit (30) to drive such a conveyor shaft (32). 9. Furnace (10), as stated in claim 6, where the feeder (29) is further equipped with a tank (34) attached to a hollow shaft (33) to perform the feed of combustion material. (38) 1 0. Furnace (10) as specified in Clause 1, where the outlet pipe (36) of the aforementioned tubular body (11) will be examined.