TH26470B - Metal melting furnace - Google Patents

Abstract

DC60 (02/04/47) In the blast furnace, a partition wall 60 is placed between the slanted furnace floor 30 and the molten metal storage tank 35 to surround the melting process section 65. Connecting port 61 for molten metal is between the molten metal storage tank and the Of the forging process at a height higher than the bottom 67 of the forging process; The gas or exhaust vent is on top of it too. To expel gases or exhaust from the molten metal storage tank, check compartment 31 with door 32 is placed in the furnace skin, 37W to open to the part of the forging process for inspection in the furnace. There shall be a partition wall 60 between the slanted furnace floor 30 and the molten metal storage tank 35 to surround the molten section 65.The partition wall contains 61 connections for the molten metal between the molten metal storage tank and the section. Of the forging process at a height higher than the bottom 67 of the forging process. The gas or exhaust vent is on top of it too. To expel gases or exhaust from the molten metal storage tank, check compartment 31 with door 32 is placed in the 37W furnace skin so that it is opened through the forging process for inspection.

Claims (6)

1. a metal melting furnace consisting of a preheated furnace chimney arranged on a section. On top of it with a fusible input channel And on the bottom part of it with the slanted hearth that was Bound at least partially by the furnace wall. And the burner fused the material that was arranged to face At the bottom of the preheating chimney, molten metal storage tank And heal burners Temperature, which is held in the molten metal storage tank. So that the fusible material is inserted into the furnace chimney The primary heating element is heated and melted by a furnace to melt the material. And being moved Along and on the slanted furnace floor into the molten metal storage tank, where the temperature of the molten metal is Maintained by thermostatic burners Where a partition wall is set up between the tilting furnace floor and the molten metal storage tank to determine the extent of the vulcanization process in the form of the chamber being placed. Between the partition wall and the furnace wall The partition wall is arranged with a connection channel. For molten metal Between the molten metal storage tank and the vulcanization part At a height higher than the bottom surface of the forging process part Partition wall They are arranged on top of it with a flue gas outlet that allows the exhaust gas to be Driven from the molten metal storage tank to pass through it And where the check box and the door are arranged In the furnace wall surface to open to the part of the forging process 2. Furnace according to claim 1, where the bottom surface of the molten metal storage tank It is literally covered with the bottom of the connection channel for the molten metal. 3. Furnace according to claim 1, which consists of a collector of Bottom end opened Which was placed in the chimney that was initially heated And was spaced far apart Less from the skin surface of the preheated furnace flue was located on the opposite side of the furnace. 4. Furnace according to claim 1, which consists of a collector of Bottom end opened Which was placed in the chimney that was initially heated And was spaced far from All surrounding wall surfaces of the preheated chimney. 5. Furnace according to claim 3, where the molten material collector is made of a cylindrical sleeve. 6. Furnace according to claim 1, where the slanted furnace surface is bounded by the surface Which is continuously tilted towards the forging process section