TH9491Y - A finished induction heating device with non-flammable insulation to prevent heat loss. - Google Patents

Abstract

DC60 (16/05/57) An induction heating device with non-flammable insulation to prevent heat loss. It is characterized by a coil of electrical conductor wire (10) wrapped around the furnace (20), the heat loss insulation (30), and the fibrous insulation material (40). The special feature is that the heat loss insulation (30) is installed in a concentric and in-contact manner over the furnace (20), preventing the heat in the metal of the furnace (20) from being rapidly lost to the surrounding air and maintaining the desired temperature inside the furnace (20). The order is as follows: furnace (20), heat loss insulation (30), fibrous insulation material (40), electrical conductor wire (10) in a concentric and in-contact manner. An induction heating device with non-flammable insulation to prevent heat loss is characterized by a coil of electrical conductor wire (10) wrapped around the furnace (20), the heat loss insulation (30), the fibrous insulation material (40), and the electrical conductor wire (10) in a concentric and in-contact manner. It will be wrapped around the furnace (20), insulation to prevent heat loss (30), and fiber insulation material (40). The special feature is that the insulation to prevent heat loss (30) is installed in a way that covers the furnace (20) in a concentric and touching manner, serving to prevent the heat in the metal of the furnace (20) from being rapidly lost from the surrounding air and maintaining the heat inside the furnace (20) at the desired temperature, in the following order: furnace (20), insulation to prevent heat loss (30), fiber insulation material (40), electrical conductor wire (10) in a concentric and touching manner, in that order.

Claims (1)

1. An induction heating device with non-flammable insulation to prevent heat loss consists of a coil of conductive wire (10) with a central area called the core area (11). The conductive wire (10) is insulated by coating it with a non-conductive substance to prevent current from flowing between turns of the conductive wire (10). The conductive wire (10) is wrapped around the area called the core area (11), a long, cylindrical furnace (20) which is modified inside to accommodate a long, screw conveyor (21) to convey the solid material to be heated to a maximum liquid level, especially in a tubular path. The heat loss insulation (30) prevents the heat in the furnace metal (20) from being rapidly lost to the surrounding air and maintains the furnace (20) at the desired temperature. The fibrous insulation material (40) prevents heat from the heat loss insulation (30) from radiating outwards from the outer surface to the conductive wire (10). It has the following characteristics: Heat loss insulation (30) is installed in a concentric and in-contact manner over the furnace (20), serving to prevent heat in the metal of the furnace (20) from being rapidly lost to the surrounding air and to maintain the heat inside the furnace (20) at the desired temperature, in the following order: furnace (20), heat loss insulation (30), fiber insulation material (40), electrical conductor wire (10) in a concentric and in-contact manner.