| 摘要 |
A quick cooling apparatus for beverage bottles is provided to improve cooling efficiency by allowing an electron to move between two metals having an electric potential difference, and to absorb energy for moving from the metal, thereby achieving fast cooling of a plate on which a beverage bottle is placed. A quick cooling apparatus for beverage bottles comprises a plate(50), an insulating material(70), electrodes(80), a P-type semiconductor metal, an N-type semiconductor metal, a heat absorbing plate member(60), a radiator(20), a refrigerant storage tank(30), a pump(35), a control box(10), and a motor(90a). The plate is configured to mount a beverage bottle. The insulating material is installed onto a bottom surface of the plate, and one surface of the heat absorbing plate member. The electrodes are attached to the insulating material, on the opposite side to each other. The P-type semiconductor metal and N-type semiconductor metal connect the electrodes in zigzag shape. The heat absorbing plate member receives heat from the plate and its surroundings to transfer to refrigerant flowing through a pipe(90). The radiator is connected to the pipe passing the heat absorbing plate member, comprising a condenser and a fan. The refrigerant storage tank is configured to store and refill refrigerant in the pipe. The pump forcibly circulates the refrigerant. The control box is installed to supply or cutoff power to each member. The motor rotates the bottom surface of the plate. |
