DE1799298U - ELECTRIC SWITCH. - Google Patents

Description

RA. 1 «Z60-7.158

Commerz- und Disconto-Bank AG. Di ± ι · r -? * r ^ r- <-.

Dep.-Kassel Altstadt, *? «Patent Attorney Hamburg 1, ⁶ · 3 · 1959

Dipl.-Ing. H. Schaeier Vk

Pierre, Xdieien »Louis AISERf,

6, rue P & ulin-iSöfert * l ^ ris 15 ° / France.

Electric

You larflaäuäas concerns © iaea electrical switch old under Pedorspanmuag there is a contact bridge.

In the case of the bokanat Umachaltöra it may be that umociialtiiiecliaiiiBaus aus äes one or other Ox ¹ WQSe does not work or works irregularly.

The fact that aueätalißii «Rl- der Sl ^ er die Teäer Wirkeadden a mechanical switching device ^ vorgeisehea

You l ^ riiMuns £> eHt from einöa elektriseliöii Uaachslter with an ita ei »$ ieate Aebe © EWisehea ssei Äasöhläge», voa # e ~ new «eoigeteRs & ims designed as a PeBtkOötakt let» tiltable »contact bridge» with a fixed axis also i

tiltable Schaltglieä and with a contact bridge between äer around the segment of the limb, with both © fixed © axes parallel to the middle plane 4es öiaaehalters lie*

The invention consists in the fact that the spring is a compression spring, "the sciialtgliöci at least one recess with some _for 4ereneoitlieii" flaiikess lie symmetrically to the central area of the base member, among other things one of the fl & jikea against the contact bridge at a place which is outside the 2eilöB of? KlppaoJsee der KoataktbrUo & e and dea Federaag lies «pushes as soon as the contact bridge becomes one

jbefiööet oäer beiia Se & alten flor KraXtaag ^ iff On the other hand, the Koatalttbräeke changed to the other has without the EontGktbrlickö tipping "

JDA tilts the Schaltglieä very fast, 4p Ifingerdruck acts on <AEAs Schaltsü "ä by during a starry gel after AEEA tilting continued * Moser pressure increases the fedcräruok, vercsag so that the switch fjeiaäß the BriincliUig ate current peaks aufaunehmen which is caused moment of activation .

You also press on both. Jünöen 4er Pöäer acting Bridge forces the contact bridge against the fixed contact by

4er Druofc as a feäerösäe has a direct effect on the contact, while on the other. leöerende effective bridge, over & is flanks of the sight on 4ie contact bridge ita sinus äes AMrückeas aa öea fixed contact throws "the pressure of the spring v; ir & thus largely eusge fed *

Xa der 8 © iofaniU3 £ eats oils Srfinäung, for example, v? Eise and eche rough shares. Seig it

1 aea eeukyeelitea section through the switch, . 2 a xäuialicTie Saretellimg the Sinselteile des

Hecliaiiißatts € ^ e UöBcheltexa is la a iiocb. in the middle 3! Öil 0i3ae & Wägers 1 made of plastic. 2i? Fei

tm g & geaClbtrllsggMan inner surfaces of the hole oils SeJiaeiaeii ^ & usgebiläöt »/ ö ^ rea solid bevel 5

4 tiltable iBt »M0 Axis 3 lies ta der Median plane of the

4 ame IsoHermteri & i consists of a § m & ewei eeitllöhea Stat sea 6 un & 6 '»awieohea« ine inner opening bolaaaen 1st * The outer surface of the

Four pressure on one spring directly on the contact bridge acts, while the other "federönäe" acts Pressure is exerted on the contact bridge via the flanks of the retaining links Ha sense öea AnärUckene on ilen! Fixed contact has an effect * Me pressure force of the spring is thus largely used.

Xa the sidelong day is the color, for example, and scheaatiech shown. It owns

Fig. 1 is a vertex of Sebaitt for the switch, 2 eiaö räuölielie Daret ^ lluag der Sinaelte ^ le des Toggle switch »

The mechanism of the Usaechalters is housed in a hole in the middle "i'QÜ of a carrier 1 made of Äunetstofi-. Swoi VoreprUnge as ßegeaUberlaohen the loohee «ina all welding % auegeblldett / ä ^ ren fixed axis 5 Ki ^ eohaitlcnopf 4 is tiltable * Bio axis 3 lies ta the middle plane of the switchaeohanlsous.

2) 6r Kippsohaltknopf 4 made of insulating material consists of a Upper part 5 * $ next to the other side posts 6 and 6 * »also where the inner surface of the uffnoi ^ bQlaasen is the outer surface of the

an ivlease 1? attached. On the underside of the thighs iet; one Efanae 16 * each as a support for the cutting edges 15, 15 ' döB bracket 12 is provided. These ifaiuien form the Kippach-86 21 of the bracket 12 "

Jii »e ifeder 18 is clamped in place by the switch button and the bracket 12. On the one hand, you touch a spring plate 10, i «y. on the underside a raised Eaaä 20 on öößi 2apfea 9 ^ es web 8 uad on the other hand on dea Snäes. aer Soiteateile of the bracket 12 from _f where aie Eaiön Äör soap parts slide off to the side

obeti beschriebeae switch works as follows

Hrtiökt To the position described in Fig. 1, the user alters on the upper part 5 of the toggle switch 4 * so the cLey switch button starts to tilt the fixed Aohso 3 and thereby takes the spring IS by means of the switch 9 ^ it · The lower IMe moves calibrated on a circle, the center point of which lies on the axis 3 »Ma other end of the leather remains aunSolast öteböii * föiareni this movement stowed eioh the spring *

When the pin 9 is stepped on the level of the bracket 12, the pressure of the direction finder 18 no longer acts on the upper end of the bracket B 12 from one side but from the other . The bracket 12 must therefore tilt its fixed axis 21 , where he leaves the fixed contact 14 'and at öea fixed contact 14 sixr system koaat "The spring 18 expands " in this Kippbeweguag.

If there is one reason or another when tilting the Kippsoöaltlmopfas 4, the bracket 12 does not tilt, the planks 11 * of the recesses can laterally, from the web 8 to the wing at a point below the sippaehse 21 in contact and force it to tilt.

This actuation of the Eippsebaltknopfes noea in des Au * -

where the bugel 12 in contact with the ireetkontakt Bi © Slsnken 11 so press * or to the bracket 12 and reinforce AEEN pressure of the spring 16 'jDiSBer aueötaliehe pressing is besoaders advantageous "ecause the switch In dör capable aussuhalten the Stronapitaeii that in the view of the bineo posture.

It is essential that the leather works at both ends Bottom pulls the bracket 12 against the firm contact 14

to press. The pressure aa upper Pederen & e acts immediately the stirrup, acting during the ata lower Jeäerende; pruek over the planks 11 baw. 11 'äes Kippa hold button 4 on the bracket 12 in the Birmö of the Aaärückens to the fixed contact affects.

J) io present invention extends sioh nioht only to the illustrated and described Ausführungsfora, but also to im. Framework üq & ErfiMungsge & ankens lying changes *

Claims (1)

1. Electrical switch © it one tra a fixed between two stops, at least one is designed as _{a fixed contact, tiltable contact bridge t} with a sohaltglieel that can also be tilted, among other things, a fixed axis, and with one as? ieohea 4-way contact bridge and the switching element ax ^ eorcliiöteii I * eder, with both fixed axes parallel ia the message of the üiaschslter ran, dsduroh. gekeöiizeickn.et that äl & feiler (18) is a compression spring, UB.B Bebstltgli & ä (A) has at least one recess »the part of the planks (11» 11 *) Eysmst smell on the central area above the switching elements, among other things, one of the planks against the contact bridge (12) at a point that is auöerlialb äee feiles asieehea ö © r Eipgaoaee (21). Der EontaktbrUcke \ mä the Federasigriffpuakt, prints as soon as the KoxitektbrCtcke is generally in a position or when switching the force of the spring from one side of the The contact bridge has switched to the other without the tilted eating. 2 · changeover switch according to claim 1, characterized in that the ßehaltglieä (4) »the contact bridge (12) and the öaswi- Fed he (18) in a looh in the middle of a ■ supports made of insulating material are arranged * that s two opposite sides of the lochea sons (2) are provided, the äiQ fixed achae of the Sehaltgliedes (4) form. 5 · changeover switch according to claim 1 vuaä 2, characterized in that that the KontalEtbrlioke (12) consists of a metallic bracket consists, deasöa bridge in the middle with a contact button v ^ rsehön is who is in the setting of the one or other permanent contact in Beriümi & g koiast, and deesöa side panels outside ait cutting (15 # 15 ') verseaen are ^ the form the KJLppsßkse (21) for the temple » 4 · changeover switch according to claim 1 and the following » deß a metallic ίί-shaped bridge (16) öit their thighs protrude into the hole in the stud splat te (t), that the bridge of the ü-föraigen bridge with a clamp (17) let and the leg pans (10) on Vise, in are the cutting edges (15, 15 *) of the contact bridge (1g) to store. 5 · ilnsohalter neon claim 1 and the following »characterized * && M that connector ale KJippechaltioiopf (4) from« - 10 - is formed, which consists of an upper part (5) »two lateral Nozzle (6, 6 ») and a web connecting these supports (8) and that on both sides of the bridge there are recesses with the bridge as the bottom and the inner wall (11, 11 ') of the studs are formed as a lateral boundary. 6. Uaeohalter according to claim 1 unt following, characterized »deS the outer surface of the öberteila (5) of the tilting (4) serves as a pressure surface for actuation and the inner surface is provided with pans (7 »7 '), which are placed on the Behaeidea (2) of the carrier (1) and with this the Kippachee (5) of the tilting bowl head ( 4 ^ form and that the inner surface of the web (6) is provided with a capphone (9), the sapfen and the Mame & in the i-middle plane of the Kippeehaltknopiee 7 · changeover switch according to claim 1 and the following, characterized in that the teder (1 @) is tied to a thread divider (19) which has a raised hand (20) on the outer SMe and can be seen on the pin (9) of the web (Θ) ebstütst, bo that it can tilt around the pin, while the enderd end of the spring abotUtat on the double bent ends of the side parts of the Higele (12),