SU1242074A2 - Method of therapy of pyelonephritis - Google Patents

Description

The invention relates to the field of agriculture, in particular, to devices for the distribution of feed, and is an improvement of the device according to the author. St. No. 1165325.

A feed dispenser is known, which contains a bunker with an unloading window on its sliding front wall, a stripping conveyor mounted parallel to the bottom with a possibility of moving in a vertical plane, and an outwardly bent rear wall of the bunker forming a charging gap with the stripping conveyor. The stripping conveyor is made in the form of an endless traction organ with fingers fastened to it in staggered order, with the slats installed on the latter with the possibility of movement in the vertical plane, and some of the fingers at the ends have movement stops of the slats.

The aim of the invention is to extend the operational capabilities of the feed dispenser by ensuring the simultaneous distribution of different types of feed.

1 shows a feed dispenser, a general view; Fig. 2 shows a spring-loaded strip mounted on the fingers of an endless traction organ; in FIG. 3, limiters of movement of the slats in the raised position.

The feed dispenser contains a hopper 2 located on platform 1 with an unloading window on its front sliding wall 3, a stripping conveyor 4 mounted parallel to the bottom 5 for movement in a vertical plane, and a rear wall of the hopper 2 forming the loading gap b with the stripping conveyor 4.

The sliding front wall 3 is made in the form of plates 7, which, when moved, are folded into a bag 8 in the housing of the feeder.

The stripping conveyor 4 is mounted for movement in a vertical plane by means of a screw mechanism 9. Feed is discharged from the hopper by means of an unloading conveyor 10.

The feed dispenser has a set of straps 12 spring-loaded by means of a spring 11, mounted on the fingers 13 of an endless traction organ of the scouring conveyor 4 with a possibility of movement in a vertical plane, and part of the fingers 13 have limit stops of movement of the strips 12 made of an elastic material in the form of the shell 14 covering the indicated strips 12 .

The fingers 13 are rigidly fixed on the bars 15 of the endless traction organ, and the shell 14 is rigidly attached to the bar 15

and plate 12. The casing is made of elastic wear-resistant material, preventing sticking of feed and moisture penetration.

The feeder works as follows.

When working at idle, the strips 12 are always located at the ends of the fingers 13 due to the springs 11. Sliding off the fingers 1: 3, the strips 12 are held around their elastic sheath 14. When loading the hopper 2, the feed is fed to the upper branch of the scouring conveyor 4, which feeds it into the hopper 2 and distributes evenly on the bottom 5 of the hopper 2. With the simultaneous leveling of the feed in the hopper 2, the combing conveyor 4 rises up by means of a screw mechanism 9, and the sliding front wall 3 rises simultaneously. yuschy conveyor 4 rises

to the extreme upper position, which corresponds to the full loading of the hopper 2 feed. Thereafter, the feeder is transported to the place of unloading of the feed. Moving along the front of the feed, the stripping conveyor 4 strikes the feed layers.

The slats 12 are located on the fingers 13 in the lower position under the action of the springs 1 1 and, moving over the surface of the feed, capture loose particles, moving them in front of them. Overcoming the resistance of the springs 11, the feed will raise the bar 12 and compress the elastic sheath 15, exposing the fingers 13, the latter, penetrating into the lower layers of the feed, loosen them and transport in front of them long-grain low-flowing feed particles. The entire transported mass of the strap 12 and of the finger. 13 is dumped onto the discharge conveyor 10, which overloads the feed into corsets. When moving from the lower position to the upper fingers 13, the feed strips 13 are released from the feed, the strips 12 return to their original position, and the fingers 13 are cleaned from the elastic sheath 15 and the adhering feed particles stick.

When unloading the last portions of the feed, the slats 12 slide along the bottom 5 of the hopper 2, clearing it from small residues of food. When transporting the long-stalk mass, the strap 12 is lifted to its upper position due to the elasticity of the feed, as a result of which the long-stemming feed is transported with the carding fingers 13.

Having penetrated into the feed, the fingers 13 transport it and throw it through the unloading window of the front wall 3 to the discharge conveyor 10.

15

FIG. 2

fig.Z

Claims (1)

FEEDER by ed. St. No. 1165325, characterized in that, in order to expand its operational capabilities by ensuring the simultaneous distribution of various types of feed, the slats installed on the fingers of the feeder are spring-loaded, and the limiters for moving the slats are made of elastic material in the form of a covering lining of the shell. Srig. 1