Dynamic natural heater, technology

Abstract

A Dynamic Natural Heater, Technology comprises an array of interconnected fan closed-loop tunnels ( 22 ) compressed air net structures ( 31 ), combined heat exchangers air compensation and bypassing devices all placed inside a common heat transferring casing ( 20 ) with its fan ( 34 ) system combined insulation, meters control. All power units of this Heater work in accumulative self-series manner, as self-boosters in closed combined circuits thus providing high efficiency and completely clean technology. The natural property of air to get hot under pressure is used in combined ways and can be applied in multiple versions for general heating in any structures, drying, water heating, others. This proposal can be used in any new or existing HVAC system with actual effectiveness and high power ratio providing real energy saving, pure ecology, and natural comfort.

1 . A dynamic natural heater, technology comprising at least by one structure of: 
 (a) closed-loop tunnel    (b) closed combined compressed air net-structure    (c) coming air propelling and heat transferring structure 
 all said structures are placed inside combined heat transferring common casing.  
   
   
   
       2 . The heater of  claim 1  wherein the said closed-loop tunnel is an about oval tubular circuit having placed inside a multistage preferably cascaded vane axial fan with thermally protected double shaft electric motor.  
   
   
       3 . The heater of  claim 1  wherein the said closed combined compressed air net-structure includes a rotary air compressor, combined compressed air heat transfer set, and a combined manifold controlling said net-structure.  
   
   
       4 . The heater of  claim 3  wherein the said rotary air compressor includes three air ports: two separated intake ports and one common discharge port.  
   
   
       5 . The heater of  claim 3  wherein the said combined compressed-air heat transfer set comprises: 
 (a) a common compressed-air heat exchanger    (b) compensative compressed-air heat exchanger    (c) supporting compressed-air heat exchanger all placed inside and/or connected to said in  claim 2  closed-loop tunnel for additional heat transfer to air flow inside the said tunnel.    
   
   
       6 . The heater of  claim 1  wherein the said coming air propelling and heat transferring structure comprises a preferably centrifugal fan, labyrinth channels with baffles and dampers for heat transfer and partial bypassing of said propelled air inside said combined heat-transferring casing which has a combined heat-noise insulation for surfaces contacting with said labyrinth channels.  
   
   
       7 . A dynamic natural)-technology of air heating includes cyclical self boosting methods and steps comprising: 
 (a) designs based on natural property of air to get hot under the definite pressure    (b) combined closed circuits having inside moving pressed, and thus hot operative air flows turning said circuits to sources of heat for outcoming cold air by heat transfer    (c) fans and air compressors for the said closed circuits operate in accumulative manners as self-boosters, consecutively rising the air pressure up to needed levels and supporting air pressure and capacity in stable regimes.    
   
   
       8 . The dynamic natural technology of  claim 7  wherein the said combined closed circuits are of three basics of operative pressed airflows: 
 (a) low pressure and high capacity for closed loop tunnels of  claim 2 .    (b) high pressure and low capacity for closed combined compressed air net-structure of  claim 3 .    (c) interactions and cooperations of said basics (a) and (b).    
   
   
       9 . The dynamic natural heater, technology of  claim 7  wherein the said combined closed circuits include replenishing of the pressed air inside circuits from coming air to compressor and compressed air in fan tunnel, which is protected by safety valve; this said replenishing may be stopped in stable regimes.  
   
   
       10 . The dynamic natural heater, technology of  claim 7  wherein the general heat transfer to coming air is provided by said in  claim 6  air propelling structure with partial bypassing of said coming air inside the said casing.  
   
   
       11 . The dynamic natural heater, technology of  claim 7  wherein all heat emissions of all said elements are used including heat emissions of manifold, all electric motors, other units inside the common casing  12 . The dynamic natural heater, technology of  claim 7  wherein all said elements methods and steps may be used together or separately for air heating and/or feed water heating and/or drying, and/or other heating purposes in different design versions providing the high energy ratio, effectiveness according to combined accumulative solutions of this proposal.