User-operated air-flow enhancing device for improving heat distribution from an existing baseboard radiator and associated method

A user-operated air-flow regulating device for enhancing heat distribution from an existing baseboard radiator having radiator fins, said user-operated air-flow regulating device comprising:

• a radiator enhancer and an enhancer extension adapted to be situated adjacent to the existing baseboard radiator and oriented at an end-to-end pattern, each of said radiator enhancer and said enhancer extension having top and bottom units removably attached to each other and arranged in such a manner so as to define a cavity therebetween respectively;
• means for directing ambient air into said cavity along a first travel path and thereafter displacing the ambient air out from said cavity along a second travel path along plane which is mutually exclusive with regard to said first travel path, said ambient air directing and displacing means being selectively operable based upon a detected heating temperature of the of the existing baseboard radiator;
• and
• a coupling intermediately attached to said radiator enhancer and said enhancer extension respectively;
• and, said user-operated air-flow regulating device further comprising:
• means for channeling the ambient air along a third travel path leading obliquely away from said second travel path.

A method for regulating air-flow and enhancing heat distribution from an existing baseboard radiator having radiator fins, said method comprising the steps of:

• providing and situating a radiator enhancer and an enhancer extension adjacent to the radiator fins of the the baseboard radiator by orienting said radiator enhancer and said enhancer extension in an end-to-end pattern, said radiator enhancer and said enhancer extension having respective top and bottom units removably attached to each other and arranged in such a manner so as to define a cavity therebetween respectively detecting the temperature of the radiator fins;
• directing ambient air into said radiator enhancer and said enhancer extension cavities such that the ambient air travels along a first travel path;
• displacing the ambient air out from said radiator enhancer and said enhancer extension cavities and along a second travel path along plane which is mutually exclusive with regard to said first travel path respectively based upon a detected temperature, and, said method for regulating air flow and enchancing heat distribution further comprising the step of:
• channeling the ambient air along a third travel path leading obliquely away from said second travel path.