Air conditioner temperature exchanger

Abstract

An air temperature exchanger installed in pipeline of cooling coil and heat dissipation coil, comprised of a cold/hot exchange baseboard with both sides respectively adapted to cooling liquid containing cold conductor and hot conductor creating a temperature difference on both sides of the base board; within, by means of a pipeline, the cold conductor, the cooling coil, the hot conductor and heat dissipation coil respectively form a closed cooling circulation pipeline and heat dissipation circulation pipeline driven by a water pump; cooling liquid in the heat dissipation pipeline flowing through the hot air conductor to dissipate heat by heat exchange on hot contact surface of the cold/hot exchange base board; consequently, a better cooling function is created on the other cold contact surface to reduce the temperature of the cooling liquid flowing through the cold conductor; and the cooling liquid in reduced temperature passes through the cooling coil to exchange temperature with and reduce the ambient temperature.

What the invention claimed is:  
     
         1 . An air temperature exchanger mounted inside and made an integral part of a pipeline connecting both cold and hot coils inside an air condition system, essentially comprised of a baseboard sandwiched by a cold conductor and a hot conductor having its both sides contacting and bounded respectively to a contact surface from two units of contact boards connected in between multiple of crystals; wherein, said contact surfaces creating a temperature difference, ΔT, with one contact surface dissipating heat and the other cooling down the air temperature; and said conductor containing liquid having a water inlet at the top and a water outlet at the bottom with both connecting to a cold coil and a hot coil to form respectively a closed loop for the liquid circulation driven by a corresponding pump.  
     
     
         2 . An air temperature exchanger as claimed in  claim 1 , wherein, said multiple crystals provided between two contact surfaces include elements of Sb, Bi and other elements connected in sequence with a positive electrode from a crystal to a negative electrode from an abutted crystal.  
     
     
         3 . An air temperature exchanger as claimed in  claim 1 , within, three sides other than the side bound to the baseboard of the hot conductor are integrated with multiple fins for heat dissipation purpose and arranged in parallel at equal spacing adapted to a fan to improved heat dissipation efficiency of the hot conductor.