FIELD: heating.
SUBSTANCE: furnace contains vertically oriented housing, the combustion chamber with the device for fuel storage and the fuel loading door placed in the housing, the heating element located above the combustion chamber and implemented in the form of the vessel for cooking. The heating element is installed on the furnace housing with the radial ring gap between its walls and the furnace housing walls. The named gap functions as a chimney. The fuel storage device is implemented in the form of the circle with radial cuts on the periphery with the possibility of vertical and angular motion. The stopper for fixing of the fuel storage device at the required height is implemented in the form of L-shaped brackets, with the one side attached to internal surface of the housing, while their end faces facing towards the output part of the housing form a support for the fuel storage device. The brackets are installed in such a way that form several levels located at different height. End faces of brackets of each level are located in the same plane and interact with the fuel storage device.
EFFECT: simplification of stopper design and possibility of fixing of the fuel storage device in several positions to provide several heating modes and improvement of thermolysis conditions.
3 dwg
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FURNACE | 2011 |
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FURNACE FUEL COMBUSTION METHOD, AND FURNACE FOR IMPLEMENTATION OF ABOVE SAID METHOD | 2013 |
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RU2520112C1 |
METHOD FOR INCREASING HEAT RELEASE OF FUEL COMBUSTION PRODUCTS OF DOMESTIC FURNACES | 2010 |
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DEVICE TO INCREASE HEAT EMISSION OF FURNACE GAS | 2010 |
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Authors
Dates
2015-10-20—Published
2014-12-03—Filed