TH734C3 - High efficiency refrigeration equipment in the refrigeration mechanism - Google Patents

Abstract

High efficiency refrigeration equipment in the refrigeration mechanism Consists of units 20 heat exchangers, 21 gas-cooled units, 22 water-cooled units, and 23 water recirculation units. The fins radiate an upward heat energy. And a hose for refrigerant which is densely rolled around The fins emit these thermal energy. The round frame was enclosed by a hollow chamber. Water cooled unit It is installed in the hollow chamber of the heat exchanger. The main water cooling unit includes at least one spray disk driven by a motor or other dynamic device. And the first water supply pipe For supplying cold water to the spray plate, hence the cold water is sprayed evenly to the exchanger. Change in heat due to the inertia of the circulation itself, then flows straight downward along the radiant fins. To achieve the effect of high efficient cooling

Claims (9)

1. High efficiency refrigeration device in the refrigeration mechanism is assembled. With the heat exchanger is a round upright frame Formed by a certain number of flattened fins Set heat energy And pipes for refrigerant Which is wrapped tightly around these thermal energy fins In which the round frame was surrounded by a hollow chamber The water cooling unit is installed in the hollow chamber of the heat exchanger. The water heating unit mainly includes at least one spray dish driven by a motor or other dynamic equipment and the first water supply hose for supplying cold water to the spray plate. In the cold, it is sprayed evenly to each fin radiating heat This is due to the inertia of the convection itself and subsequently flows straight downward along the thermal energy fins in order to Achieve high efficiency cooling 2.High efficiency refrigeration equipment In the cooling mechanism as it carries Rights set out in claim 1, here the refrigeration equipment is also included as well as the installed gas cooling unit Above the hollow chamber of the heat exchanger 3.High efficiency refrigeration equipment In the cooling mechanism as Holds right in claim 1. Here, gas chiller units including heat distribution fans. 4.High efficiency refrigeration equipment In the cooling mechanism as Holds right in claim 1 here, the solenoid valve for the supply of water, the first valve to control the The water supply was installed on the first water supply pipe. 5. High efficiency refrigeration equipment In the cooling mechanism as Holds right in claim 1. Here, a number of notches spread outwards are installed. On the plate surface of the spray plate 6.High efficiency refrigeration equipment In the cooling mechanism as Holds right in claim 1. Here, the dish surface of this spray plate is equipped with a number of Of the spokes that spread outwards 7.High efficiency refrigeration device In the cooling mechanism as Holds right in claim 1. Here, the refrigeration equipment also includes a water circulation unit for Cold water accumulation from the heat exchanger and later the wastewater is recycled to The first water supply pipe 8.High efficiency refrigeration device In the cooling mechanism as Holds right in claim 7, here the water-cooled unit includes the water box mounted on the lower bottom. Of heat exchanger unit The water pump is installed in this water box: the water pump is connected to the water supply pipe. First with a solenoid valve For the first water supply valve by the return pipe: and the switching valve is Installed in the pipe for reverse 9.High efficiency refrigeration device In the cooling mechanism as Holds right in claim 8, here the level switch for the level detection of the water is installed next to the water box 1. 0. High efficiency refrigeration equipment In the cooling mechanism as Holds right in claim 7. Here, the water box is next installed with a drain near the bottom, and a drain solenoid valve is installed on this drain.