DE255285C

DE255285C -

Info

Publication number: DE255285C
Application number: DENDAT255285D
Authority: DE

Description

Elften s Eleventh s

KAISERLICHESIMPERIAL

PATENTAMT.PATENT OFFICE.

Die vorliegende Erfindung bezieht sich auf ; eine Einrichtung zur Speisung einer Reihe Hochbehälter, wie sie vorzugsweise in Bergwerken in Anwendung kommen soll. Gemäß der Erfindung soll erreicht werden, daß die Rohrleitung der Anlage keinem übermäßig hohen Wasserdruck ausgesetzt und dadurch dem Platzen der Rohrleitung vorgebeugt wird. Die Erfindung besteht im wesentlichen ;The present invention relates to; a device for feeding a row Elevated tanks, as they should preferably be used in mines. According to The aim of the invention is to ensure that the pipeline of the plant is not excessive exposed to high water pressure, thereby preventing the pipeline from bursting. The invention consists essentially;

ίο darin, daß die Falleitung entweder durch Be- : halter unterbrochen wird, in die sie unten eintritt und die sie oben mit größerem Durchmesser verläßt, oder daß in der Höhenlage jedes Behälters in der Leitung eine längere, nach oben gerichtete Schleife vorgesehen ist, von deren aufsteigendem Schenkel die Zuleitung des in üblicher Weise mit einem Schwimmerventil und Überlauf versehenen Behälters unten abgeht. Durch eine selbsttätig wirkende Vorrichtung wird die Füllung des untersten Behälters und durch eine andere selbsttätige Vorrichtung die Entleerung der höher stehenden Behälter angezeigt.
In der beiliegenden Zeichnung zeigtίο in the fact that the downpipe is interrupted either by containers, into which it enters below and which it leaves above with a larger diameter, or that a longer, upward loop is provided in the line at the height of each container in the line, from the rising leg of which the supply line of the container, which is provided in the usual way with a float valve and overflow, goes off at the bottom. The filling of the lowest container is indicated by an automatic device and the emptying of the higher containers is indicated by another automatic device.
In the accompanying drawing shows

Fig. ι einen senkrechten Schnitt durch einen Teil des aus senkrechten und schrägen Strecken zusammengesetzten Verbundschachtes eines Bergwerks mit Wasserförderung der vorliegenden Art.Fig. Ι a vertical section through part of the vertical and oblique Route composite composite shaft of a mine with water pumping of the present Art.

Fig. 2 zeigt einen senkrechten Schnitt durch einen Behälter.Fig. 2 shows a vertical section through a container.

Fig. 3 zeigt einen senkrechten Schnitt durch einen anderen 'Behälter, wie er im unteren Teil der Anlage angeordnet ist.Fig. 3 shows a vertical section through another 'container, as it is in the lower part the system is arranged.

Fig. 4 zeigt einen senkrechten Schnitt durch einen Teil eines senkrechten Schachtes mit einer abgeänderten Ausführungsform der Wasserförderung. Fig. 4 shows a vertical section through part of a vertical shaft with a modified embodiment of the water pumping.

Fig. 5 zeigt einen senkrechten Schnitt durch den unteren Behälter für diese Anlage.Fig. 5 shows a vertical section through the lower container for this system.

Bei der aus Fig. 1 bis 3 ersichtlichen Einrichtung dient ein Hauptleitungsrohr 1 zur Förderung des Wassers im Schacht. Von diesem Rohr 1 aus wird das Wasser nach einer beliebigen Anzahl von Behältern 8, 9, 10 und. 11 geleitet, welche in den verschiedenen Gängen oder Stollen 13, 14, 15, 16 des Bergwerks aufgestellt sind. An der Stelle, an welcher das Rohr 1 in die die Behälter 8, 9, 10, 11 aufnehmenden Stollen übergeht, beschreibt es eine längere, nach oben gerichtete Schleife 17. An den aufsteigenden Schenkel jeder Schleife 17 schließt sich unten das Zweigrohr 18 an, durch welches das Wasser nach dem betreffenden Behälter geleitet wird.In the device shown in Fig. 1 to 3, a main line pipe 1 is used for Pumping the water in the shaft. From this pipe 1 from the water is after any number of containers 8, 9, 10 and. 11, which in the various Corridors or tunnels 13, 14, 15, 16 of the mine are set up. At the point where the tube 1 enters the containers 8, 9, 10, 11 receiving studs describes there is a longer, upwardly directed loop 17. On the ascending thigh each loop 17 joins the branch pipe 18 below, through which the water after is directed to the container in question.

An der unteren Biegung der Schleifen 17 des Hauptrohres 1 sind mit Stopfen 19 versehene öffnungen vorgesehen, mittels deren die in den Windungen 17 sich etwa ansammelnden Unreinigkeiten entfernt werden. In den Zweigrohren 18 sind Filter 20 eingeschaltet, um Unreinigkeiten, welche durchAt the lower bend of the loops 17 of the main pipe 1 are provided with plugs 19 Openings provided, by means of which the approximately accumulating in the turns 17 Impurities are removed. Filters 20 are switched on in the branch pipes 18, about impurities caused by

Claims

the tap water are carried along to prevent it from entering the container.

The opening of the tubes 18 located inside the container 8, 9, 10 is with a float valve 21 (Fig. 2) equipped, which the water supply from the Feed pipe 18 closes automatically as soon as the container is almost full.

The lower container 11 is from the Fig. 3 visible design. The float valve has been omitted here, and that Branch pipe 18 empties directly into this container.

Each of the containers 8, 9, 10, 11 has one side below a tap 43 for draining the water. There is in every container laterally below the lid of each container a downwardly bent tube 22 is inserted, which serves as a ventilation pipe and as an overflow. There is also a swimmer there 23 is provided, which sits at the lower end of a rod 24 guided in a sleeve 25; at the top of each rod 24 is a pin 26 or the like attached, by means of which an electrical circuit is interrupted, as soon as the container has run empty by a ringing or signaling signal at the control point the system is given.

The lower container 11 is still a terminal 38 of the wire 28 (Fig. 3) in such a position that the making the contact Pin 26 of the float spindle already touches the terminal 38 as soon as the container is up to a certain height is filled, namely the parts are to be arranged so that the contact takes place when the container is so full that that contained in the main pipe 1 Water in its amount is just enough to completely fill the container 11, but without that Water overflows from it.

In the embodiment shown in FIGS. 4 and 5 According to the invention, the four containers 8, 9, 10, 11 are fed by the Main pipe 1 in the following way: In each container, the pipe 1 ends with a -45 curved part at the bottom at 41 a. The line 42, which leads downwards, closes to the line 1 at a corresponding height, and indeed have this leading downwards Parts 42 ° of the pipe have a larger diameter than the other parts of the pipe, so that the water flows out of the various containers as freely as possible.

In this embodiment too, an automatically acting device such as of the type described in the first-mentioned embodiment, the filling of the lowest container 11 and the emptying of the higher containers 8 to 10 are displayed will.

Paten τ-An s PRU c H:

Device for feeding a row of units distributed one above the other at a great height Container with liquid, characterized in that the downpipe (1) either through the containers (8 to 11), which it enters below and which it carries with it at the top larger diameter leaves, is completely interrupted, or in the height of each container a longer one, upwards directed loop (17) describes, of the rising leg of the feed line (18) of the one provided in the usual way with a float valve and overflow The bottom of the container goes off, with an automatic device filling the bottom Container (11) and other automatic devices emptying the higher Display standing container (8 to 10).

1 sheet of drawings.