RU23731U1 - DEVICE FOR THERMAL PROCESSING OF SOY BEANS - Google Patents

Abstract

A device for the heat treatment of soybeans, consisting of a frame, a drum, a drive, heating elements, a loading device, characterized in that four blades are placed in pairs on the inner surface of the rotating drum at an angle of 90 to each other, vertices to the ends of the drum.

Description

A known furnace for roasting pepper products (A.S. IH60047 class. A23I 3/18), comprising a couscous, which has a rotating drum with blades on its inner surface, a block of emitters inside the drum and a device for loading and unloading. However, with soaked and salted soybeans, intense steam deposition occurs and an active medium is created for corrosion of the metal of the heating elements and the drum. Helical rotor blades of the drum are not impaired for a good re-movement of beans.

Closest to the proposed one is a construction for frying food products (A.S. 1 810198 class B18), containing a housing inside which a drum is placed, a device for loading and unloading the product, a horizontal rotating shaft with rotor blades inside the drum, a heating device under the drum .

However, this device does not provide uniform movement of soy beans. This device is difficult to manufacture, its metal consumption is high for pr1Shv1 e1g i in small farms.

The purpose of the utility model is yj | y4ffleHife mixing and roasting quality of Bobob, simplifying the design and reducing metal consumption. This goal is achieved by rotating the drum with blades located on its inner surface.

To fig. I shows the proposed device is a front view; in FIG. - the location of the blades.

located in two lavishshpshchkovy nodes 2, ba {aba1sh 3 with blades 4, boot window 5, prsvoda b, heating chamber 7, heating elements 8, pipe 9, chain transmission 10, heat-insulating coat: enclosure II.

On evarion frame I in the bearing units a drum 3 with four burrs 4 is installed, located on its inner surface in pairs at an angle of 90 opposite each other. On the drum there is a ft-tsirukhpe lag-loading window 5, for loading and you grains. Zraggenkp baraba u is transmitted from the drive 6. The drum drum and the heating chamber 7, which consists of eight parallels and two heaters 8. The KOpiiyce unit has a nozzle for steam that has been stored. From prsh-odz 9, the transmission is transmitted through shpshpo transmission 10. The heating chamber and the drum are enclosed in the tag LOIZilyatsiysh II.

Ustanooka works as expected.

Before starting about: (ar1vanyya, the camera warms up with a heater heater to. For /: about leiiHaif for 1 hour, washed in running water and aromatic. In the open air, soybeans are poured into the drum through a loading: window, which is closed with help n | dinner device and the drum is turned on, the blades are welded on the blades for paBFiO.viepdoi-o .ep1;

D the bottom of the bean grain under the action of the blades under the action of the blades for the rotation of the drum are smoothed from the edges of the drum to the middle, and beyond the ole. half - vice versa, from the middle - to the edges, which is why t fry product |

Eobhop, for frying the temperature create eight electric heating elements (TS), with a capacity of 1 ket each. TENs can be replaced with raaoBiaw burners. To prevent heat loss, the drum has a heat-insulating casing made of sheet steel, and glass wool was used as a tsu-insulator.

sampling and distillation Ш11й TeMnepai ypiii.

After baking the finished bobbins, the poi through the loading window are extruded from the drum into the preparation container.

The proposed device can be used for frying soybeans in sandwiches and fodder sands in large and small farms. Having a relatively small air force / 77 00 kg, small dimensions: 500x14ROx8 0 mm, the device can easily be manufactured in small workshops and mounted on any g .lotsadi.

Patent Specialist T.Abneva

Claims (1)

A device for the heat treatment of soybeans, consisting of a frame, a drum, a drive, heating elements, a loading device, characterized in that four blades are placed in pairs on the inner surface of the rotating drum at an angle of 90 ^{o to} each other, vertices to the ends of the drum.