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Title:
ENERGY-SAVING HEATING SYSTEM
Document Type and Number:
WIPO Patent Application WO/2013/133735
Kind Code:
A3
Abstract:
The energy-saving heating system is based on the use of thermal energy obtained by means other than exothermic redox processes. A heating system is proposed in which thermal energy is obtained as a result of the breakdown of intramolecular bonds in a heat transfer medium. Surpluses of thermal energy are accumulated in heat accumulators and are distributed to consumers as required, and the temperature gradient of the air inside a room is averaged out. In case of the need for an urgent increase in the temperature of the air in a room and the creation of comfortable conditions, the proposed heating system is designed to enable the forced transfer of thermal energy from a fluid heat transfer medium to the air by means of blowing the air through a heat exchanger radiator. Such a system can be used in the field of housing and public utilities for heating individual stories or apartments and supplying hot water, as well as in the organization of temporary emergency accommodation, and for heating free-standing industrial and civil facilities. In the proposed heating system, thermal energy is obtained not by the chemical breakdown of molecular bonds but by purely physical, namely hydrodynamic, action, while at the same time the functioning of the heating system does not involve the use of the cavitation effect. The proposed invention can be used to solve a very wide range of technical problems.

Inventors:
KLESHKANOV VLADIMIR IVANOVICH (RU)
Application Number:
PCT/RU2013/000057
Publication Date:
December 27, 2013
Filing Date:
January 29, 2013
Export Citation:
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Assignee:
KLESHKANOV VLADIMIR IVANOVICH (RU)
International Classes:
F24D12/00
Domestic Patent References:
WO2011069263A12011-06-16
WO2011033325A12011-03-24
Foreign References:
EP2006607A22008-12-24
RU2307988C12007-10-10
RU2365828C22009-08-27
RU92153U12010-03-10
RU2273806C22006-04-10
RU2311592C12007-11-27
RU82420U12009-04-27
DE3435613A11985-04-11
CN102297469A2011-12-28
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