RU2603064C2 - Distillery - Google Patents

Abstract

FIELD: measuring equipment.

SUBSTANCE: distillery comprises evaporator, rectification column with THE arranged inside it, electrically connected to thermo controller, controlled by temperature sensor, collecting tray with discharge branch pipe, discharge hose and atmospheric branch pipe. At that, thermal sensor is located in close proximity to collecting tray with discharge branch pipe. Inside rectification tower there are parts filled with metal fibre.

EFFECT: invention provides more accurate temperature conditions in collecting tray area, which enables to produce more pure distillate.

1 cl, 1 dwg

Description

The present invention relates to distilleries.

Known distillery RUM-3 firm "PragmaTehnik" [1].

The disadvantage of this design is the insufficiently accurate temperature regime at the point of distillate removal, as a result of which impurities may be contained in the distillate.

The technical task of the invention is the creation of a more accurate temperature at the point of removal of the distillate.

The specified technical result is achieved by the fact that in the distillery, coarse heating of the evaporator with the washer and precise heating is carried out by means of a heating element contained in a distillation column between the evaporator and the temperature sensor.

The proposed device is shown in the drawing.

The evaporator 1 is covered with a lid 2, to which a pipe 3 is attached, inside of which a heating element 4 is located, a collecting plate 5 with a branch pipe.

In the immediate vicinity of the collecting plate 5 is a temperature sensor 6. The pipe 3 is filled with metal fiber parts 7, 8, 9. The pipe 3 ends with an atmospheric pipe 10. Ribs 11 are attached to the pipe 3. A drain pipe 12 and an inlet pipe 13 are attached to the evaporator 1, to which a hose 14 is attached, on which the clamp 15 is located. A mesh 16 is fixed in the pipe 3.

The device operates as follows.

The evaporator 1 is placed on a gas or electric stove, thereby achieving coarse heating. Mash enters the evaporator 1 through the hose 14, the flow rate of which is regulated by the clamp 15. The gas moving in the distillation column is cooled by the refrigerator formed by the ribs 11. Inside the distillation column, counter flows of more and less heavy gas and condensate components with respect to ethanol are created. Part 7 condenses water and fusel oils. TEN 4 creates accurate heating and operates from a thermocontroller controlled by temperature sensor 6. TEN 4 allows more accurately withstand the temperature in the area of the collecting plate 5 than when controlling a heater located in the evaporator due to less inertness. The grid 16 allows the distillate to drain into the collecting plate 5. A hose is connected to the atmospheric pipe 10 to divert the gas generated after distillation into the window. The part of the lid 2 protruding beyond the diameter of the evaporator 1 blocks the flow of hot air coming from the burner.

The positive effect of this invention: a cleaner distillate and a smaller size.

Claims (1)

A distillery containing an evaporator, a distillation column, a refrigerator, a temperature sensor, a temperature controller, a collecting plate with a drain pipe, a drain hose, an atmospheric pipe, characterized in that it contains a heater inside the distillation column, electrically connected to a temperature controller controlled by a temperature sensor, and the temperature sensor is located in close proximity to the temperature sensor from the collecting plate with a branch pipe, and inside the distillation column there are parts filled with metal fiber between the evaporator and the fuel cell th and between Tan and the temperature sensor located in the vicinity of the collecting plate with a vent pipe, and between the temperature sensor located in the vicinity of the collecting plate with a vent pipe, fitting and atmospheric.

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