DE8217795U1 - Device for the batchwise preparation of a quantity of alluvial fodder - Google Patents

Description

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Applicant: Engelbrecht + Lemmerbrock GmbH -f Co.
Neuerostrasse, 4 52o mile

Device for batch preparation
a quantity of alluvial feed

Corn-Cob-Mix (CCM) is nowadays increasingly used on farms for feeding cattle, especially pigs. There is the
Possibility to use CCM directly or finely during harvest

e grinds to be stored in a tower silo - you are then ± m

passed the first case to from the CCM an alluvial ύ to prepare feed for this to pass i ters tellen the fodder via pipelines. In this case, it has previously so doing \ that the immediately harvested CCM in the silo;

- was stored and removed when required, whereby the CCM

feingeschrotet of \ water after collection in a hammer mill with addition and the cattle shed as Schwemmfut- j was conveyed ter. The addition of water was necessary

when grinding the generally moist CCM

i exclude clogging of the hammer mill.

In the second case, the already ground CCM became a;

gastight silo removed and the CCM shot was;

over relatively wide tubes such as a weighing container pneu- I

fed automatically or mechanically, e.g. via screws. |

This required considerable drive power and |

high costs for the delivery pipes.

When removing finely ground CCM or moist grain meal the task consists of a gastight silo ' the invention is to be able to significantly reduce the drive power for promoting the shot and the conveying path Easier to lay between the silo and the weighing container and less expensive.

This object is achieved according to the innovation in a device according to the preamble of claim 1 in that a container holding a definable amount of water, in particular a weighing container, via a conveying line and a return line with a mixing tank is in the water circuit and the mixing tank is under the outlet of the transverse conveyor lying in the gas-tight silo is arranged.

To maintain the protective gas atmosphere in the gas-tight tall silo, the outlet of the lower cross conveyor can be closed by a flap. Instead of the outlet of the cross conveyor that can be closed by a flap, the mixing container can be connected directly to the outlet in a gas-tight manner, so that the pump with the pipeline between the mixing container and the weighing container takes over the maintenance of the protective gas atmosphere in the silo and the closing flap is saved. If the sermenge certain water-receiving container or weighing container is higher than the silo bottom is in the return line to the mixing tank & Xn .Rückschlagyentil einzu-r

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build which locks when the return pump is at a standstill. If the weighing container is located low, there is a check valve in the flow line from the mixing container to the weighing container built in, which again at. when the feed pump is at a standstill.

The shot is already in the silo through the addition of water a floating feed transferred, and this liquid feed is required for the promotion even with a longer delivery line to the weighing container a relatively low delivery rate, and it can now also conveying pipes to the weighing container with a smaller width and lower cost are used, with a diameter of about 6omm than have proven sufficient.

When using a weighing container into which a fixed amount of water is fed, the Wasserkx'eis.1 can open can be carried out with the addition of CCM meal or meal from moist grain meal until a certain one Weight the desired ratio of shot and water is reached. This is usually followed by more Dry feed parts mixed in, This compound feed is then headed to the cattle shed.

When using a fixed water tank, a fixed volume of water is also fed into it and it can then by r ^ cn addition of shot by means of volume measurement, E.g. the desired ratio of shot and water can be determined by measuring the level.

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The innovation is explained below with reference to the drawing, in which a scheme of the device as an example in connection with a gas-tight, known per se, n Elevated silo is shown.

According to the drawing example comes to the recording and storage of crushed CCM or wet grain meal a gas-tight, per se known high silo 1 for Application that has a central, with perforations

] o provided chute 2 is equipped. The chute 2 the shot is transferred in layers through the shaft openings by means of known, radial to the shaft conveyor, circulating and lowerable conveyor elements 3 and fed down by a cross conveyor 4 with Ver-5 closing flap 5 removed at the outlet.

After the drawing example, a mixing vessel 6 with a drivable stirrer is below the outlet flap 5 with ΐ- _disposed} factory, the out during the removal of shot

the silo water is continuously fed via a delivery line 7 with pump 8 to a weighing container 9. the The amount of water in the weighing container 9 is fixed.

Da.5 water, which with the constantly to the fish tank 6 tapered shot is mixed through a second Delivery line 3ο with pump TU the weighing container 9 in

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until the desired ratio of meal and water is reached in the weighing container, which is determined by the weight of the mixture using the scales.
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It is also possible / the weighing container through a fixed

To replace the container with a fixed amount of water and |

then to determine the desired ratio of meal and water in terms of volume by means of a level meter Üo or to achieve.

To maintain the protective gas atmosphere in the tower silo

the mixing container 6 can also be gas-tight to the outlet of the \

Cross conveyor 4 are connected, so that then the |

Lines 7 and Ho with the pumps 8 and 11 the seal |

of the high silo. |

If the container 9 is mounted above the silo bottom, so |

becomes a check valve in the return line or |

Built-in solenoid valve, which prevents g- '

when pumps 8 and 11 are at a standstill, water can run back. Conversely, if the container 9 is located lower down, a non-return valve or solenoid valve must be installed in the flow line.
25th

By converting the meal into a Schweitmutter directly at the SiIoausla3 requires the conveyance via the pipelines 7.1o into the jfiegebank even with longer conveying lines only one

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• Relatively low delivery rate, and delivery pipes can be used with a small diameter and lower cost are used.

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Claims (4)

Dr. Hugo Wilcken .. ',. Dipl .-! Ng. Thomas Wilcten Mueterbahn 1'24OO Lübeck 1 Registration dex: Engelbjrecht +. Leinmerbrock. GmbH + Co., Neuerostraße, 452o: Melle protection claims 1. Device for the batchwise preparation of a quantity of alluvial fodder from crushed CCM or crushed moist grain, which is extracted from a gas-tight tower silo conveyed to a lower egg conveyor with a lockable outlet via a loadable chute is, characterized in that a fixed amount of water receiving container, preferably weighing container (9) via a feed line and a take-off line with a mixing container (6) in the water circuit and the mixing container is arranged under the outlet of the cross conveyor (4) located in the gas-tight silo. 2. Apparatus according to claim 3, characterized in that the closure of the transverse conveyor (4) consists of a pivotable There is a flap (5) or the outlet of the cross conveyor can be connected to the mixing container (6) in a gas-tight manner is. 3. Apparatus according to claim 1 or 2, characterized in that in a position of the water container (9) above or below the high silo floor in the former • ■ 111 · ·· iiai mi ι »jt · * m Case in the return line (7) - and in the second case in the flow line Qo) a check valve is installed is. 4. Device according to one of claims 3 to 3, characterized characterized in that the mixing container (6) is provided with a drivable agitator. »■ ■■ I I I I I I I I I ti III) • till · I I I I I ·· I f I llllll •• t · | »IM I «• ff ··· Il