DE1807417U - METER FOR REMOTE MONITORING OF THE LIQUID LEVEL IN CONTAINERS. - Google Patents

Description

4912 - III'- 2427

ρ—, P.A. 552 468 * 9/15/59

) ipl.-lng. E. SPLANEMANN HAMBURG 36, de “10. S.pt. 1959

^No New Wall 10

Call 347900

Umo Vandoni

booarno / Schwele

Utility model registration

Device for remote monitoring of the standee in containers.

In monitoring devices for Hüeeigkeitaständt where container and monitor are connected by pipelines "is ee desired, all the operations, namely the normal usage, the respective liquid level but also _t zweckfrewde and check to overflow losses. To carry out the controls different «devices known» which are equipped with a kit of acoustic or optical signals «These devices are mostly only suitable for the monitoring of internal processes» such as «S * for the control of the liquid» ta noes, whereby mostly only a rough one Display takes place · To ventilate overflows and the like, special devices are required *

In contrast, it is a device for remote monitoring of the liquid in containers as a universal monitoring device designed «For this purpose, according to the invention the old "fceßflüselgkelt" connected to the container to be monitored by a pipeline receiving chamber arranged in a housing, the one temperature-dependent pressure regulator in the discharge area of the Indl « katoricamaer as well as Anselgeorgane for sweckfremd "loss" and overflow shows losses, which are also connected to the tank by pipes «

In a preferred embodiment, that of the Dial opposite »movably trained Wall of the * indicator chamber with temperature sensitive Bimetal rods connected; furthermore, the wall of the Chamber for the measuring fluid should be provided with an electrical healing device. Me on the translucent The scale on which the scale is assigned is all an ascending scale 2ick-zag line with an advantageous logarithmic rope educated·

For the loss display - be it as a sweckfreader loss or overflow loss *, there are warning lines provided that are connected to a level-controlled signaling device, so that precautions are taken to ensure that the daily consumption _f 2, S "when operating" Oil burner », is not indicated by these signaling devices«

To monitor the degree of filling »in particular g®g®n overflow» the corresponding connection pipe la container is only led up to the external liquid caitsa level and with a; Float valve is provided, which only responds when a certain liquid level is reached «*

The drawing shows the device and its function echematically indicated *

? ig. 1 shows a scheme tVx the overall arrangement »

Fig. 2 shows the device in a front view with the removed Front·

Fig. 3 is a vertical section along line ΧΧΙ-ΧΠ in JPig. 2 ·

A

A device 10 designed according to the invention is indicated by the pipe guide * 11 »12» 13 siit de »dta Food storage container 14 In Verbiaduag · Kohrleitunfeen 11 to 15 are advantageously made of copper pipes minor sureasieseers.

JThe aua einir. Housing 15 existing Aaeeigegerlt 10 has an eia Durehscheiaeades »advantageously fcreisruades Sclaaiglas 16 old a scale. 17 on and two openings 18 and 18 * for Signalecheifeeru The scale 1? i «t at eiaer preferred Äusfübrungeform zig ~ 2ack ~ line rom Bodta the Inditetorkamiüer 21 out aufeteigens uad adt eio" logarithffiiechen r! division · provided This ensures that eggs always horiaontale liquid mirror fingered the scale cuts at an angle, resulting in a precise Aäeeung very relieved »

The pipes 11 coming from the container 14 are connected to the housing 15 by means of screw connections or the like. The pipeline 12, which extends to the bottom of the container 14, opens into a chamber 19 arranged in the lower housing 15 for the measurement! LüBsl & keit, which is connected to an indicator chamber 21 via an Eohrleitungastutaen 20. In order to maintain a constant fluid temperature, the chamber 19 is provided with a healing device ZZ , which is arranged on the iaBsenranöung and which is preferably thermostatically controlled.

Xa the indicator probe 21, the front wall of which has the Sight glass 16 forms, if an external equalization chamber 25 is arranged, deran a wall 24 by means of the stationary Wall 25 attached teffip «ratur» suspended bimetal rooms 26 is designed to be movable in the seals * Me seal the compensating cylinder 23 takes place by means of elastic rubber strips or the like * 27 »28. openings 29t 50 la the seals

27 allow the IudiJcatoriquid to rise evenly in the Indi & ator & aEuaer 21

In order to indicate non-wake-up loss, the conduit 13, which extends to near the bottom of the container 14, with a signal conduit 31 arranged in the housing 15 is unabated. a Z-eigrohrleitung 53 old "a solenoid valve 34 in connection tie pipe il" whose ": ignition 35 in height Flüesi ^ keitsstandes in visual lter 14 lies and eities float" 2u actuating flap 36 aafwei "t _t iat also to a wi _& n & leiftrichtun & 32 connected «».

2 / ie SignalTorrichtun ^ eß 31 »32 can for example Diaphragms have »oil over a gear shaft signal washers 37 »3β eetaen in motion. Smock * on the signal panes 37 * 3ö advantageously arranged clocks can clock acoustic signal directions be.

J) The control of the M. gaeiventils 34 »which the 39 the 2-branch pipeline 33 opens «the closes» takes place via the oil burner not shown in the drawing.

The pipelines 11 »13 are interrupted via the Leituagtu 40» 41 by a momentary switch 42! The valve plate 43 covers the openings in the lines AO ₉ 41

The display of the filling level and the monitoring of the container content takes place erilnctungsgea.ä2 using the prinfclpa of the koamunlaierendftn KÖhrea, or the Uruceau © - the same by volume approximation. Skaters 23 become Te: peratarechwaakuiigeii smock « άντ Bimttalletänke 26 so suege ^ lichea» that the wall evades and ftitiB volume change in the indicator * ·

chamber 21

chamber 21 brings about. For <i the maintenance of one Uniform "temperature" for the external liquid is α ie.,. ciz ~ device 22 connected to a thermostat · All '"* © &> · aier.t for example colored vaseline oil »

The signal device 31 is used, for example, to indicate losses due to damage to the device 32 is used as a signal from the signal device in order to make changes to the volume of air in the container 14 from an air circulation device , the Scüwimiüerventil is used> w «

if the advantage is achieved "only one ai Cier-t the geeaatea Xonirollorgaae In clearer"'sina arranged orally. i- ^; Electrical switching and signaling devices are fed, for example, from the local »; .-. troanet«. If the signal device 32 is to activate the overflow protection when the container is silent, then "poor" wiscbea derr _; New York Convention display device 52 to the amkwagen a · elttetriiche Verbindungeleit-ng are derived _f the signal transmits to the Btdienunasffiannechaft ·

Through the monitoring of "wecifremcer loss", through the Forrichtung Jl, the s; caerun ^ &&&&& eats unwanted unintended food from wl i "given the green water" 2) tr rirtltl * *. The subject matter of the object replaces therefore special control preliminary lines »overflow keeper or the like. The 2u8 & nme & fa * 8Uii £ of all control organs in the» £ -eitäiä trained »

Protection claim

Claims (1)

V 10 731/7413 (Bf Serno Vandoni S ohutssansprtiche t 1 · Measuring device for! Remote monitoring of the liquid level in containers through immediate display of the container contents a «marked» on a scale that in the one provided with the appropriate! Housing (15) a measuring chamber receiving the measuring fluid (19) and an indicator chamber (21) containing a temperature-dependent pressure regulator and display elements (31 »32) are arranged for liquid losses and the chamber (19) for the measuring liquid and the indicator chamber (21) directly are related to each other. 2. Device naoh claim 1 »characterized in that that the one opposite the dial plate (16) is movable formed wall (24) of the indicator chamber (21) connected to temperature-sensitive bimetallic rods (26) is. 3. Device naoh claim 1 and 2, characterized in that that the wall of the chamber (19) with an electrical »adjustable to a constant temperature Heating device (22) is provided. 4. Device naoh claim 1 to 3 »characterized in that that on the translucent sight glass (16) there is an »advantageous logarith * Mishe scale (17) is arranged 5 * Device according to claims 1 to 4, characterized in that » that the pipes (11, 13) for the loss and overflow indicators each have a membrane housing (31 » T 10 731/74 & Oft 32) are connected, whose!.! Embrances optical feaw » acoustic signaling device «!! steer. β, device according to spoke 1 to 5 »thereby g *« * indicates »that the signaling device (31) for the Aa * Aeige aweckfreader losses a solenoid valve (34) "upstream is »daa with moral consumption of the elderly woman * the contact line to the signaling device (31) mterbred » f · Device according to Anapruch 1 to 6, dadurcii g # - denotes »daö for the display of a wake-free consumption or overflowing signal alarms (37 $ 38) Gate views are * 8 »Yorriohtuü ^ naoh Anapruoh 1 to 7 * characterized by that in the Kohrlinien (11, 13) for the Loss and overflow indicator a torque holder (42) fttr whose interruption is intended »