Multisupport sprinkling machine circular steps

 

(57) Abstract:

Usage: self-propelled multisupport sprinkling machines circular and the front steps when watering livestock effluent and water. The essence of the invention: invention allows to improve the quality of irrigation and increase process reliability in irrigation runoff. Water conveyance belt machine is equipped with a centrifugal nozzles with different location of the inlet nozzles with respect to the housing, and the console 9 is provided with an additional pipeline 10 with the Central nozzles connected between a conical nozzle, the diameter of the additional pipeline 10 is less than the smallest diameter of the console and provides the rate of fluid flow before any more nozzle 0,5 0,6 m/s 5 Il.

The invention relates to agriculture, in particular for irrigation technique, and can be used for sprinkling machines for different irrigation waters, wastewater, including sewage cattle (cattle) or water containing hard and long on.

Known sprinkling machine with hydraulic drive for irrigation runoff "Frigate" DMA-ACC, including trucks, water the STATCOM machine is what is the scope of it is limited, as it can be watered only water and pig wastes.

Famous electrified sprinkling machine circular steps, including water conveyance pipeline centrifugal nozzles, self-propelled trucks, console, immovable support, system synchronization and electrical protection.

The disadvantages of machines are the uneven distribution of precipitation layer and low process reliability in irrigation runoff.

The uneven distribution of precipitation layer due to the application of centrifugal nozzles of one design. The inlet pipe on all nozzles positioned so that the liquid is twisted her body clockwise.

Centrifugal nozzles have ellipsis torch rain, and the range drops from the side of the inlet is smaller than the other radius. As to reduce the average intensity of rain centrifugal nozzles are located on farms machines in chess order, between the nozzles are formed zones of over-watering and neopolia (overlap each other only larger or smaller radii torch rain). This leads to increased non-uniformity of the main fluid in the pipes which predposlednei nozzle is less than 0.6 m/s When using these machines for application of effluent or irrigation water with suspended particles, observed sedimentation limit pipes console.

The purpose of the invention the improvement of the quality of irrigation and increase process reliability when watering livestock effluents.

This is achieved by the fact that water conveyance belt machine is equipped with a centrifugal nozzles of the two constructions in the location of the inlet and the console additional pipeline connected to the console conical nozzle, the diameter of the additional pipeline is less than the smallest diameter pipes console and provides the rate of fluid flow before any attachment larger than 0.5-0.6 m/s

In Fig.1 shows a machine, General view; Fig.2 the scheme of the Central nozzles; Fig.3 and 4 the arrangement of the nozzles on the wing; Fig.5 additional pipeline console with nozzles.

Multisupport sprinkling machine circular action consists of a stationary support 1, which revolves around farm 2, based on the self-propelled truck 3. On farms on the wing 4 is installed centrifugal nozzles 5 and 6 with the supply pipes 7 and 8. Ends machine console 9, which is Dabuleni the wing 12 with the centrifugal nozzles 13 and 14, and it ends tapered socket 15.

The liquid sampling in additional pipeline console can be carried out at the beginning of the console (the truck), and at the end.

Sprinkling machine operates as follows. Liquid animal effluent or water inclusions fixed bearing 1 enters the water conveyance belt farm 2 and then through the wing 4 in the nozzle 5 and 6 and is sprayed on the field in the rain water. But as used nozzles of the two constructions according to the location of inlet connections of 7.8, the nozzle 5, the liquid rotates clockwise, and the nozzle 6 in a counterclockwise direction. This leads to the fact that the overlap between the two nozzles on the whole machine is the high and low range, i.e., disconnected areas of over-watering and neopolia and increases the uniformity and quality of irrigation.

The machine moves across the field on trucks 3, conducting irrigation in motion.

Next, the liquid flows into the console 9 and through the passage 11, an additional pipeline 10, the wing 12, the tapered nozzle 15 is sprayed on the field nozzles 13 and 14. The nozzle also have different fixture sockets 7 and 8. But since all expense attributable to the console, passes through it, without which incorporates both the loss of sediment from the runoff in the pipeline console and therefore its clogging. The diameter of the additional pipeline 10 is less than the smallest diameter of the pipe the console 9, which provides the rate of fluid flow before any additional nozzle pipe larger than 0.5-0.6 m/s This speed fluid flow eliminates clogging of the pipeline 10 even before the last nozzle of additional pipeline.

The last attachment of additional pipeline depending on the location of the intake it may be in the beginning of the console (truck) or at the end.

Thus, the exclusion of the driving console solid precipitate increases process reliability when watering livestock effluents.

MULTISUPPORT SPRINKLING MACHINE CIRCULAR STEPS, including mounted on self-propelled trucks of water conveyance pipeline centrifugal nozzles connected with him inlet nozzles located along the line to the machine in a checkerboard pattern, the console and the fixed support, wherein the supply pipes connected with the centrifugal nozzles with the possibility of rotation in liquids alternately clockwise and counterclockwise, and the console is provided with an additional pipeline from naumer, providing the rate of fluid flow before the nozzles greater than 0.5 0.6 m/s

 

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