SU1165324A1 - Distributor of fluid fodder - Google Patents

Abstract

1. FEEDER OF FLUID FEED, including communicating with each other by means of the feed line EM-. / 77/777 / / 77 / // 77 //// / 777 7/77 //// 7/7 / (ffut. 1 bones with dosing elements placed in them, controlled from the installed ones with the ability to move vertically vertical and drainage devices associated with a common drive rod, characterized in that, in order to simplify its design and expand technological possibilities by ensuring the distribution of semi-liquid and pasty feed, each dosing element is designed as spring-loaded relatively the lower end of the vertical rod plate installed in it seal in contact with the walls of the container.

Description

2. The distributor according to claim 1, about tl and h a- placed between the walls of the tanks and on the fact that it is provided with a corrugation of them, the upper parts and the upper rifled elastic arms, the ends of the plates.

1165324

This invention relates to fluid feed dispensers used in livestock farms and complexes.

A fluid feed dispenser, 5 including a pressure feed-feed line, a storage tank with a level regulator and successive tanks with drainage devices, is known. YU

The disadvantage of this distributor is the impossibility of distributing semi-liquid and pa-like feeds, which limits its technological capabilities and scope. 15

The closest in technical essence to the invention is the fluid feed dispenser, which includes containers communicating with each other through the feed line with dispensing elements placed in them 20, controlled from vertical rods installed with the possibility of vertical movement, and drainage devices connected to the common at-. 25 water r 2.

The disadvantage of the known distributor is that the metering elements are made in the form of boxes,; rigidly connected with vertical 30 Ftoshkami and replacing certain volumes in containers with their volume, thereby changing the dose of feed produced in the feeder by gravity. As a result, the design of the dispenser, which does not ensure the distribution of poorly flowing semi-liquid and pasty feeds, is also significantly complicated.

The purpose of the invention is to simplify the design of the structure and expand the technological capabilities of the device by ensuring the distribution of semi-liquid and pasty feeds.

The goal is achieved by the fact that each 45 metering element is designed as spring-loaded relative to the bottom

the end of the vertical rod plate installed in her seal in contact with the walls of the container.

In addition, the distributor is provided with corrugated elastic sleeves placed on the walls of containers between their upper parts and upper ends of the plates.

FIG. 1 schematically shows the distributor of fluid feed, general view; in fig. 2 - the same, vertical section, before loading the container; in fig. 3 - the same, after loading capacity.

The fluid feed dispenser includes interconnected by means of an injection feed line 1, tanks 2 with dispensing elements arranged in them. Each metering element is made in the form of a plate 3, spring-loaded by means of a spring 4 relative to the lower end of the vertical rod 5, which is installed with the possibility of displacement vertically. The movement of the rods 5 is carried out by installing them in the fixed nuts 6, making them threaded and supplying handwheels 7. The plates 3 have seals 8 in contact with the walls of the tanks, which are equipped with perforated creases 9. Between the upper parts of the tanks and the upper ends of the plates 3 are placed adjacent to the walls of the containers corrugated elastic; sleeves 10, which prevent oxidation and contamination of the feed during operation of the distributor. The containers 2 are provided with drainage devices with cranes 11 connected to a common drive rod 12, which in turn is connected to the crane 13 controlling the feeding of feed to the feed line 1 and equipped with a lever 14. The latter communicates with tanks 2 by reverse valves 15. Under the 31 drain fittings, feeders are provided 16. The feed dispenser operates as follows. First, by turning the handwheels 7, the rods 5 are set to a certain height from the bottoms of the containers 2, which may be different, setting the quantity or dose of the feed to be dispensed. After that, through the open valve 13, feed is fed to the feed line, which, by opening the return valves 15, enters the containers 2, pressing the plate 3 until they stop at the inner ends of the rods 5 and compressing the spring 4. Then With help 44 of the lever 14 move the drive train 12, while the valve 13 is closed, and the taps 11 of the drainage devices open, with the result that the plates 3, being pressed downward by the springs 4, squeeze the feed through the open taps L1 into the feeders 16. The check valves 15 at the same time close , excluding the message of containers with mezdudu. Thanks to the proposed dispensing of the dispenser, its design is significantly simplified. At the same time, along with liquid feed, reliable distribution of semi-liquid and pasty feeds is ensured.

Claims (2)

1. FLUID FEED DISTRIBUTOR, including those communicating between 'by means of a feed pipe of a container with dispensing elements placed in them, controlled from vertical units ~ mounted with the possibility of vertical movement. for example, and drainage devices associated with a common drive rod, characterized in that, in order to simplify its design and expand technological capabilities by ensuring the distribution of semi-liquid and paste-like feeds, each metering element is made in the form of a plate spring-loaded relative to the lower end of the vertical rod with the installed in it with a seal in contact with the walls of the container. Fig 1 7777—7777 kettg 71S 2. Distributor according to π. 1, on the basis of the fact that it is equipped with corrugated elastic sleeves located on the walls of the containers between their upper parts and the upper ends of the plates.