DE10201001A1

DE10201001A1 - Irrigation system comprises buried vertical pipes connected to buried water supply which rise above ground level when fed with water and sink when it is shut off

Info

Publication number: DE10201001A1
Application number: DE2002101001
Authority: DE
Inventors: Ludger Lange
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-01-11
Filing date: 2002-01-11
Publication date: 2003-07-31

Abstract

The irrigation system comprises buried vertical pipes (2) connected to a buried water supply. These are telescopic and rise above the ground level when water is fed into them. They are made from a material which seals their sections, or seals (3) are fitted between them. The pipes sink down when the water supply is shut off and they are fitted with valves (1) at the top to keep them under reduced pressure.

Description

Die Berieselungs- und Bewässerungsanlage hat durch ihre teleskopartige Aus- und Einfuhrmöglichkeit den Vorteil, im Boden verbleiben zu können. Die Bearbeitungs des Grundstückes mit vorhandener Berieselung-Bewässerung ist gewährleistet. The sprinkler and irrigation system has through its telescopic Export and import option the advantage of being able to remain in the ground. The Processing of the property with existing sprinkler irrigation is guaranteed.

Die Berieselungsanlage wird, je nach Bearbeitung des Bodens, in verschiedenen Tiefen unterirdisch verlegt. Durch den Wasserdruck schiebt sich die Teleskopstange aus dem Boden. Um sie wieder zu versenken, wird Wasser wieder aus der Leitung gepumpt. Durch einen automatischen Verschluß (1) in der Teleskopstange entsteht beim Abpumpen des Wassers ein Unterdruck. The sprinkler system is installed underground at various depths depending on the type of soil. The telescopic rod pushes itself out of the ground due to the water pressure. In order to sink it again, water is pumped out of the pipe again. An automatic lock ( 1 ) in the telescopic rod creates a vacuum when the water is pumped out.

Durch den Unterdruck zieht sich die Teleskopstange in die Ausgangsposition zurück. Im Winter kann das Wasser aus der Berieselungsanlage durch Luftdruck herausgepumpt und mit einer Vakuumpumpe eingefahren werden. Es ist auch möglich, bei heruntergefahrenem Teleskop das Wasser durch Öffnen eines Sperrventils abzusaugen. The telescopic rod pulls back into the starting position due to the negative pressure. In winter, the water from the sprinkler system can be caused by air pressure pumped out and run in with a vacuum pump. It is also possible to shutdown telescope the water by opening a check valve suck.

Die Berieselungsanlage besteht aus Teleskopstangen (2), die durch ihr Material oder Dichtungen (3) wasserdicht sind und sich teleskopartig auseinander- oder zusammenschieben lassen. Man kann Länge und Stückzahl der Teleskopstange je nach Verwendung erhöhen und senken. In der Stange befindet sich ein automatischer oder halbautomatischer Verschluß (1). The sprinkler system consists of telescopic rods ( 2 ), which are watertight due to their material or seals ( 3 ) and can be telescoped apart or pushed together. You can increase and decrease the length and quantity of the telescopic rod depending on the use. There is an automatic or semi-automatic lock ( 1 ) in the rod.

Am Ende der obersten Stange befindet sich ein Wasserzerstäuber. Dieser Zerstäuber ist auch bei Bedarf in der Lage, beim Herausfahren aus der Erde einen Tunnel im Erdreich freizuspülen. An der untersten Stange befindet sich eine Befestigungsmöglichkeit (4), um diese Stange an Rohre, T-Stücke oder Leitungsverbindungen zu befestigen. There is a water atomizer at the end of the top bar. If necessary, this atomizer is also able to flush a tunnel in the ground when it comes out of the ground. There is an attachment option ( 4 ) on the bottom bar to attach this bar to pipes, T-pieces or pipe connections.

Die Berieselungsanlage kann auch mittels Federn (5) in die Teleskopstange eingefahren werden. The sprinkler system can also be retracted into the telescopic rod using springs ( 5 ).

Claims

4. The sprinkler system is, depending on the processing of the floor, in different Layed deep underground. The telescopic rod is pushed by the water pressure from the soil. In order to sink it again, water is pumped out of the pipe. An automatic lock in the telescopic rod creates the Pumping out the water a negative pressure.

2. The sprinkler system consists of telescopic rods through their material or seals are watertight and telescopically apart or push together. One can length and quantity of the telescopic rod increase or decrease depending on use. There is a in the bar automatic or semi-automatic closure.

3. There is a water atomizer at the end of the top bar. This atomizer is also able to create a tunnel in the Flush the soil. There is one on the bottom bar Attachment option to attach this rod to pipes, T-pieces or pipe connections Fasten.

4. The sprinkler system can be in the telescopic rod by means of negative pressure or springs be retracted. In winter it is possible with the telescope shut down Suck or drain water.

5. The irrigation system can be installed so deep that processing the Soil, e.g. B. plowing is possible. The system can therefore during the Processing remain in the ground. This will result in immense costs for the Installation and dismantling of irrigation systems saved.