DE1614353A1 - Control relay - Google Patents

Description

-ING .'- H'ANS W. SCHtFNJNG "Patent attorney '"

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BATH ORIGINAL

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You BetHtigiia ^ Ii ^ Horn old Sfcuesten »eise Terrlegeltmg the 96 & a & @ i @ r siae overriding the Zf * ~ SÜadoLag nad tftrgleititoan · Jör keeping such a TOveeteLedesor functions will tmtereohieSlioh sirbelteafie usd% m * ter-

needed.

The goal of the T ^^ lidgeBae irfiadoiig is 0t? » for ice cream aaeb the Hftföptpateat literally © »Helftie a StBa & etefttig se soli & ffoas, the eur ^ is ^ hfi ^ ix ^ m ^ dear ^ ®νΰηβο! ΐΊ @ ιι Sclsaltfuafction suitable let, ^ gm ?? cll a Kcütrollroleis ait

become, di «in

close geäi & Bgtaa Amffekm £ m dem ait den

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tfbesra & iander sayeordmet

die Steg® der

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Magnetic core plate © salt © ine® Releieanlcer snieaiaBseznri? Ken _t third leg 'which ■ and is connected to this via eis® Blattfe & egg ¹

One after the Merlisaal: relais "offers d @ s advantage Ton- Relai®sätg @ a in

Ls is f @ s £

009-822 / 1S63

BATH

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the combined relay sets are provided with separate relay windings.

This makes it possible to use one of its combined relays * eätae of the control relals with different currents and / or magnetic fluxes so that fine adjustment of the leaf springs supporting the armature is not necessary for a different response behavior is.

Further details of the invention emerge from the

following description of a special implementation example that is shown in the drawing in elnaelnen

The drawing shows in

Tig » 1 an axial LSageeotmitt by an electromagnetic signal transmitter with a ·« RelAiassteen b «standing« n ₉ on the signal relay set up control relay », '

Fig. 2 is a plan view for the control relay arrangement

tion when the upper part of the housing is removed, 3 a side view of the control relay In

Direction of the arrow Z according to Pig. 2 with swel summarized relay devices,

009822/1583 _BADGnK3INAL . ₅ -

4 a section along the line 3-3 in FIG. 2, Pig α 5 a section Mld one of four relay sets ii _; existing control relay, whereby the number of turns of the relay set according to the individual relay sets is different »and Ii ¹ Ig, 6 a circuit diagram ftü? an example of the use of the control panel, which is gofooped with an electromagnetic signal generator, with paired siisaasjEassgefasoten relays

Eic housed in © ineas Eunatstof fgoMuee 1 Electroümagnetischsr provided with connection lugs 2 Encoder is on an insulating base 5, arranged On the top of the base 3 there is © in the cylinder 5 * in which a hollow magnetic immersion anchor 6 longitudinally displaced is stored «Bine attached to the plunger 6 and through the base 3 hifiSorchragexide switching * rod 7 acts on eii ^ on Eippsohalter 4 uad causes the uemsehaltunga triggered by the sign & lgabdr

On ü®m cylinder 5 © ine winding 8 is mounted "dl * in Ilrsr energizing a A.ufwart@bewdgung i @ s -lauöhankers; € causes ■" Bi @ s @; 30W @ giiag <ä @ ® fauchankers 6 .erfolgt the force sis @ r Ία faashaiAer- gal & g «feder 9 p ätor-eieh. @m: Beden -.- dee ^ liadessv 5 abatüt ^ t «

In the bottom surface of the cylinder 5 there are two air openings 10 and 11, the first of which acts as a throttle 12 and the second is designed as a check valve 14. A connector 13 is used to guide and center the plate of the check valve 14 and a leaf spring 15, with which the valve plates of the check valve 14 are biased against the opening 11 «The magnetic Inference is brought about by a pot-like housing 16 which encapsulates the magnet winding θ and the valve arrangement.

In order to be able to use the electromagnetic signal generator for a hazard warning device at Kraftfahrseuges, with which a number of functions are entertained should, wi * d the esflMusgageofies · control r & L & is attached to the signal transmitter

As shown in a plan view in FIG. 2, the E-shaped fiagnetk ^ rnplatte 18 consists of a & ^A j * g 19 "iron sweeke serving Sohesikel 22 and the two as a relay "contacts sense ends Se grandchildren 25 and 24," The £ ϋχ the signaling to the Magnetkeraplatten and qty of leaf springs * - brought electrical connections are shown nioht in the ^ eiohsusg la interests of better overlooked.

Sem. Pig "3" is the control relay on a mounting plate made up of an insulating jacket. I have ordered relay fat

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each from an E-shaped magnetic core plate 18, like them is shown in plan view in Figo 2, and a leaf spring 20 ait a kr © i "eegoentför" igeö Relaieankar 21 "Die Web of the magnetic core plates 18 of the two relays & tse are surrounded by a relay winding 29.

The individual parts of the two combined Eelaiss & tse of the control relay are alternately on top of each other arranged, with the metal parts insulation · ~ layers 25 »26, 27 and 28 are arranged« By suitable selection of the material thicknesses for the insulation seams can be achieved »that the distance of the relay armature 21 of the associated magnetic core plate 18 in the idle state of the Relay has a certain greetings · Through the interlocking nested structure of the Susanaengefaesten relay £ .tBe it is possible to reduce the overall height to a minium bu. I.

To assemble the control relay *, the magnetic core plates 18 and leaf springs 20 are provided with corresponding holes in the mounting plate 17 *, through which these parts with the interposed IaolierstÜcken 25, 26, 27 and 28 with the mounting plate 17 through rivets or the like guided in insulating bushes In Figures 2, A and 5, the arrangement of the rivets designated 50 and 51 is shown. The attachment of the freestanding end

BATH 0 0 98 22t tStf

16H353

the magnetic core plates 18 are made with the aid of spacer sleeves 32 through which the Hlete 31 runs.

In FIG. 5, the control relay according to the invention is shown in an arrangement form with four relay stations a la section. The section runs along a section line which corresponds to the line 3-3 shown in FIG. The four Relais3ätae are in pairs according to the structure shown in Fig. 3 Busaamengefaeet and mounted on top of each other. Since the same parts are used in the upper and lower relay sets, the individual parts of the two Relalseätse of the upper pair are given the same reference numerals as those of the Relaissätae the lower pair designated To support the unified "- nen Relalssätae on top of each other are opposite the" between the individual metal parts of the relate arranged Iaolierütücken 25, 26, 27 and 28 bemf. 25 ', 26 ·, 2V and 28 * cylinder-shaped Abetandsbuohaen 32, 32 * made of Ipolier material are provided, which are held old as a bid.

In Pigο 5 there is also a relay wioklung that the paired relay terminals R and P old different number of turns encloses. Dasu will be the Relai ^^ icklung with the first large VloJclungeaehnltt next around the webs 19 of the two magnet core plates 18 the lower Rslaieeätae and then rait dea the second smaller one

009822 / 1SS3

..- 9 - ■ IB £ 4 353

Vicfclungeabechnitt 37 us the web © 19 * of the upper magnetic head plates 18 'wound. This achieves ₉ that the two lower relay units with a lower power supply unit the two upper relay units eta separate part of the gate.

In the hand of the Sohaltbüdea shown in Fig. 6, an application example of the components with an electrom & giäetiecheä signal transmitter tve ^ oppelten SontroXlrelais gea & sa Üms Srfindui'ig for a »C ^ drivingvsirneiiiriohtung ^ · ifH.® dea? bte? ig.5 entepifeefeesaen, is symboliDofasr Fora represented Itile are old glelohm rereehen ·

Mon Ansohlusakleisme 2 dee el @ ktroaBagBetiaolion

ttt with a one-sided aa measure «Χ1ββ * Β3β & battery 40 yerbtinden. An die ÄissciilvaekliKea * 2 is fesstr ££ · Side of wlelclit & g 8 dea? Signal transmitter * «ad (tor FontstlEt des Xi ^ psefc & lters 4 engechloee @ 3So Su eades »-Snis ■. Iw.

8 is on the hilltop; 4a de »Ε & ρ $ βαϋ & ΪΊΦ ** 4» isBöfealtBassg® 4e old the e & ses since ©

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BATH ORIGINAL

16U353- - ίο -

The relay contacts of the two lower relays R nind are denoted by r ^ and r ₂ , whereas the relay contacts of the two upper relay units P are denoted by P ₁ and P _{2 are} designated,

2) i © arrangement according to Pig. 6 works as follows t The relays are initially in the de-energized position shown in the drawing. If the danger switch 42 is now closed, the circuit of Masae reads about the drive holder 42, & L * üfiokUmg 37 Äer the two upper relay sets P ₉ the ¥ £ © 3 £ Xuag 36 of the two lower relay sets R „Sie Koatakteunge 4op the contact 4fe "the Rfrlalswlcklung 8 and the battery 40 to Ibutse" the Relaiswioklung 8 is energized and the seventh of the armature 6 geaass - w FIG _e 1 abruptly as "since the üttft" as the Sjlinder 5 "ütw" iohe "can rapidly through the check valve fourteenth Dttroh the VovBQhlQlsiwg of the armature, the tongue 4o of the toggle switch 4 is disgeiögt via the switching rod 7 with the contact 4 *. As a result, the relay winding 8 overrides the fact that _{a higher current flows through ile relays P 9} R, since the role of battery build-up is now due to these windings.

If now under the influence of Ser feder 9 & he Sauohanker 6 again in eaiiie Ausgaagslo ^ e 8urUckfcö3irt ₅ the

"009822/1663 _BAD

The bridging of the relay coil 8 is canceled and the current through the windings 36 and 57 is reduced in accordance with the increase in resistance due to the connected relay coil θ. At the moment, by the contacts 4c SohaltEunge the contact 4b of the winding of the armature 6 is drawn once again abruptly by the excitation, whereby the same previously described is repeated Schaltepiel "

The windings 36 and 37 are constructed with different turns, so that in the one switching phase of the signal generator, in which the relay winding 8 is in the circuit, the relays & tee attached to the relay winding 56 see the current strength in the relay winding for the attraction of this Belaiswioklung sugeexdset © & Relaioaätse is not sufficient. If the relay β is now bypassed by actuating the toggle switch 4 and the relay circuit 36 and 37 are increased correspondingly higher, the current intensity in the relay winding 37 is increased to allow the relay button associated with this winding to be pulled on. However, when the toggle switch 4 is switched off, the relay contacts P ₁ , P ₂ of the relay devices associated with the winding 37 'drop off again.

Because of this behavior, it is possible to see the relay contacts actuated by the winding 37 to the signal and thus <i £ © warning devices 43, 44 accordingly

009822/1563 - ig -

BAD ORJGtNAL ';

hold the signal transmitter in and out of the hold play · The relay contacts r ^, r _? and thus the warning devices 45 * 46 remain switched on "af continuous operation" since the current intensity of the current passing through the coil is sufficient to attract the relay devices even if it reduces the resistance of the relay winding 8 of the signal generator accordingly

With the danger warning device shown in Fig. 6 So is it possible to operate certain warning functions intermittently, while other warning functions can be operated continuously at the same time. Because of the galvanically separated Relalpsätse des Control relays can also carry out stop functions at which different switching potentials are applied to the switches. This let voa part of the gate, as this means for the Sinriohtung roa Warna & lagfta in SCraftfahre · ugen no · Iapaeoangeglieder see the switching relay for the warning system and the one function Bohaltuagoa are necessary.

009822 / 1S63

Claims (1)

Wolfgang 1995 / Holstein Poatkarap old Q09822 / 16i3 Leaf spring C £ 07 is connected. ο control relay according to claims 1 and 2, characterized in that the common relay weight (36 ₉ 57) bai several adjacent or tibereinaadsr angaordisetQn relayoätsan (R ₉ F) the webs Eusaamengefasater relay sets with imtörecfei.edlicher Wisdimgesabl 4 "^ ontroll relay according to claims 1 to 3" thereby geksnnsaielrseti that the susasmenfasseteiz Relalasäta © separate R @ la £ swlcklungen ^ ersehan. . Control rolaises after the tests 1 to 4 «thereby gakenngoiehnet that the webs of one of its magnets * » Core plates are made of different iron materials are educated » 009822/1563 * 5 Blank e