Wort kettle automatic cycle device comprising conical spiral coil and conical cover

Abstract

A wort kettle automatic cycle device comprises a conical pot bottom, a conical spiral coil, a conical cover and an umbrella-shaped leakage dish. The pot bottom of the cylindrical wort kettle is designed into a cone shape, a pipe coils on the conical pot bottom along the conical spiral, the conical cover covers on the conical spiral coil, and the umbrella-shaped leakage dish covers on the conical cover. The wort kettle automatic cycle device comprising the conical spiral coil and the conical cover has the advantages of being simple in structure, being convenient to implement, saving the energy, being environment friendly, being capable of achieving the automatic cycle in the wort boiling process with the power no required, providing no dead corner and serving as an ideal wort boiling device.

Description

technical field [0001] The invention relates to an automatic circulation device for a wort boiling pot composed of a conical spiral coil tube and a conical cover for beer production. Background technique [0002] At present, the wort boiling pot makes the wort boiling cycle in the following ways: the tube heater in the pot circulates the wort to flow between the tubes, there is a dead angle that does not flow, the mixing is uneven, and the boiling intensity is low; the power pump outside the pot circulates, which is the heater. It is located outside the pot, and the wort is pumped out from the boiling pot, heated by the heater outside the pot, and then flows back into the wort boiling pot. This form of wort circulation is strong, causing large mechanical damage, large heat loss, energy consumption, and occupancy. Large space and high investment cost; W-type pot bottom boiling circulation, simple structure and low cost, but this form of wort boiling circulation, divided into ...

AI Technical Summary

Problems solved by technology

[0002] At present, the wort boiling pot makes the wort boiling cycle in the following ways: the tube heater in the pot circulates the wort to flow between the tubes, there is a dead angle that does not flow, the mixing is uneven, and the boiling intensity is low; the power pump outside the pot circulates, which is the heater. It is located outside the pot, and the wort is pumped out from the boiling pot, heated by the heater outside the pot, and then flows back into the wort boiling pot. This form of wort circulation is strong, causing large mechanical damage, large heat loss, energy consumption, and occupancy. Large space and high investment cost; W-type pot bottom boiling circulation, simple structure and low cost, but this form of wort boiling circulation, divided into two areas, also has dead angles that do not circulate, uneven mixing, and low boiling intensity

Images