Remote distance transporting and integrating heat ejection connected to central heating ductwork (auxiliary heat ejectors)

A transporting and integrating heat ejector device (380A) for transferring heat from a heated fluid source to a distributing central heating ductwork plenum (85e) and comprising:

• a flexible, corrugated, body (53e) enclosing pluralities of heat exchange radiators (41e) interconnected in series with stretchable coils (43e) inside the said insulated body (53e);
• the first of said radiators having an inlet connected to an insulated inlet pipe (21e) which is connected to a heating source (30E, 40F) outlet through a hydraulic actuator (23e) and the last of said radiators having an outlet connected to an outlet pipe (47e) which is connected to a fluid pump (49e) inlet;
• the said pump having an outlet connected to said hydraulic actuator (23e) and the actuator connected to a return inlet of said heating source (30E, 40F) to complete a fluid closed loop;
• said body (53e) having at least two open ends with flanges (45e) for connecting the open ends of said body to a plenum (85e) of a ductwork in closed loop air distribution configuration;
• and further comprising:
• (a) actuated partitions (37e) that partition said ductwork plenum (85e) and have sole-share adjusters (33e) for prioritizing proportion of share;
• said partitions being connected to controllers (29e and 31e) and said controllers being connected to a piston (27e) and said piston connected to said actuator (23e) for auto control of said partitions;
• (b) said pump (49e) being configured for circulation of heat depleted fluid from said last radiator having outlet line (47e) connected to said hydraulic actuator though a fluid pipe (22e) to an inlet of said heating source (30E, 40F) where it is heated and circulated to the first radiator (41e) inlet via a fluid pipe (21e) to said first radiator (41e) inlet in the body (53e) of an installed heat ejector (380a) that ejects heat into a distributing ductwork plenum (85e) where the heated fluid flows and a heat exchange return air (A, B) flows from ductwork air return through said radiators (41e) in opposite direction in a maximized counter current exchange arrangement;
• the closed loop circulation of fluid configured to provide a heat source to the return air (A, B) via the heat exchange radiators (41e);
• (c) a partition actuator (23e) is connected to said corrugated body (53e) by an actuator fastener (51e) and said actuator has an actuator piston (27e) with a recoil spring (25e) for recoil return motion of said actuator piston (27e);
• (d) having said piston with return recoil springs (25e) connected to said controllers (29e, 31 e) that controls access to the said ductwork plenum using share-partitions (35e) and sole-partitions (37e) to adjustably slide over pivoting share-partitions.