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DE1688476U - STEERING SPRING VALVE. - Google Patents

STEERING SPRING VALVE.

Info

Publication number
DE1688476U
DE1688476U DE1954SC013235 DESC013235U DE1688476U DE 1688476 U DE1688476 U DE 1688476U DE 1954SC013235 DE1954SC013235 DE 1954SC013235 DE SC013235 U DESC013235 U DE SC013235U DE 1688476 U DE1688476 U DE 1688476U
Authority
DE
Germany
Prior art keywords
spring
valve
springs
ond
trailing arm
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired
Application number
DE1954SC013235
Other languages
German (de)
Inventor
Carl Schmidt
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to DE1954SC013235 priority Critical patent/DE1688476U/en
Publication of DE1688476U publication Critical patent/DE1688476U/en
Expired legal-status Critical Current

Links

Landscapes

  • Mechanically-Actuated Valves (AREA)

Description

Lenkerfeder-Ventile. Bei den bekannten Lenkerfeder-Ventilen dienen die Lenker federn zur Drehbewegung und EShrung des. Ventiltellers auf seinen Sitz, wobei die gebogenen Lenkerfedem bei den Ventil= belastungsfedem befestigt sind und ihre freien Enden auf die obere Gleitnut des Ventiltellers drücken Es müssen also die Lenkerfedem den Ventilteller zentral zu, seinem Sitz halten, was bei starken einseitigen Strömungen nicht immer genügend der Fall ist, weil die Lenkerfeder keinen festen Halt haben. Die Zeichnung stellt schematisch den'oberen Teil eines Lenker= federventiles mit seinem Hälter l und seinem Ventilteller 2 dar « Der Salter hat beispielsweise drei Eederhülsen 5 an deren Umfang sich die Ansätze 4-befinden die mit einer Ringnut 11 passend für die Lenkerfedern versehen sind-und imanat 2-1 beide zur Befestigung der Lenkerfedem dienen In den unteren Bohrungen 10 der Bederhulsen sen fuhren sich die Federbüch = sen T deren untere Zapfen 8 Indien obere Sieitnut 6* ea ventiltellers 2 eingreifen nnd somit demselben eine sichere zentrale Lagos zu. seinem Sitgeben. Die Belastongsfe = dem bewirken. aieht. nur ein rahiges. Aufäetzen des. Tentil = tellersL2 auf seinen. S-itz sondern drucken auch bem ErIa man der LenkerfedernL deren Enden aaf den ntiltelle'2 so dass dessen Drehbewegung bei, jedem Tentilhoir gewährleistet ist in Stelle der einzelnen Bohrungen 10 in den Federhülsen 3 kann auch eine Ringnut durch alle drei Federhülsen 3 vorge = . sehen werden, in der sich die Federbüchsen 7 fuhren und gegen Verschiebungen durch die Belastungsfedern 9 gehalten werden. Deshalb a ei der vorliegenden Erfindung die Lenker m federn an dem feststehenden. Ventilhalter befestigte wodurch sie einen starzenfesten Halt. erhalten. Die izederbüchsen für die Ventilbelastungsfedem werden in den unteren Boh rungen der Federhülsen geführte so dass die unteren Zapfen an den Federbuchsen dem Ventilteller eine sichere zentrale Lage su. seinem Sitz geben, denn die. Zapfen greifen in die obere Gleitmtt des yentiltellers ein. Ferner drücken die Federbüchsen auf die freien Enden der Lenkerfeders, was den Vorteil hat, dass bei einem Erlahmen der flachen Lenkerfeder, dieselben durch die Belastungsfedem auf den Ventilteller gedrSLckt werden und somit dessen Drehbewegung sicher gewähr leisten. Denn sohranbenfedem erlahmen nicht so schnell als flache Bedem. 3 v 1). Lenkexfader-Teatil, deren LnkarfSdeE (5) an den mit Trailing arm valves. In the known trailing arm valves, the connecting rods are used springs open for the rotary movement and EShreading of the valve disk its seat, with the curved trailing arm springs at the valve = load springs are attached and their free ends on the press the upper sliding groove of the valve disk Handlebar springs close the valve disc centrally, hold its seat, which is not always sufficient with strong one-sided currents the case is because the trailing arm spring does not have a firm hold. The drawing shows schematically the 'upper part of a handlebar = spring valve with its container l and its valve disc 2 For example, the Salter has three Eeder sleeves 5 on whose scope is the approaches 4-are those with a Annular groove 11 suitable for the trailing arm springs are provided and imanat 2-1 both serve to attach the trailing arm springs in the lower Bores 10 of the Bederhulsen sen drove the Federbüch = sen T whose lower pin 8 India upper Sieitnut 6 * ea valve disk 2 intervene and thus the same one secure central Lagos too. his surrender. The burden sfe = to cause. looks. just a creamy one. Attaching the. Tentil = tellersL2 on his. S-itz but also print in ErIa one of the trailing arm springs, whose ends aaf the ntiltelle'2 so that its rotary motion is guaranteed for every tentacle is in place of the individual bores 10 in the spring sleeves 3 can also provide an annular groove through all three spring sleeves 3 = . will see in which the spring sleeves 7 and against Displacements are held by the loading springs 9. Therefore a ei of the present invention, the handlebars m springs on the stationary. Valve holder attached thereby they have a firm hold. obtain. The izederbüchsen for the valve loading springs are in the lower Boh the spring sleeves guided so that the lower pin on the spring bushes to the valve plate a safe central Position below. Give his seat, because the. Tenons grip into the the upper slide of the valve plate. Also press the Spring sleeves on the free ends of the trailing arm, what the Has the advantage that if the flat trailing arm weakens, the same by the loading springs on the valve disc be pressed and thus ensure that it can rotate safely Afford. Because sohranbenfedem do not wilt as quickly as flat bedem. 3 v 1). Lenkexfader-Teatil, whose LnkarfSdeE (5) to the with

Claims (1)

g ersn ßw£ (e=h ELingnu (11) versehenen Anaätsen (4) des Tenilhalters (l) befestigt sind. ond auf deren freie Enden die Veatilbelastungs fedem (9) mittels der Federbohsen (7) drcken die aion- idenBces ( der Federhalsen (3) fahren ond. mit ihren, anterem Sapfem (8) deVeailteller (2) durch seine des Riagna sMMxalza&ailsits halten* 2 IMSNaail. aash asBrseh l daarch gekeanseichaet, dass asMdr einzelnen BohrQnge& (10} ein& gemeinsame Mgna durch die BeerhSisen (3 sar FShrang der Feder a (7) iueatw
g ersn ßw £ (e = h ELingnu (11) provided anaethes (4) of the tenile holder (l) are attached. ond the valve load on their free ends spring (9) by means of the spring bushes (7) press the aion- idenBces (of the spring necks (3) drive ond. with their, anterem Sapfem (8) deVeal plate (2) through his des Riagna sMMxalza & ailsits hold * 2 IMSNaail. aash asBrseh l daarch gekeanseichaet that asMdr individual BohrQnge & (10} a & common Mgna through the BeerhSisen (3 sar FShrang der Feder a (7) iueatw
DE1954SC013235 1954-09-16 1954-09-16 STEERING SPRING VALVE. Expired DE1688476U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
DE1954SC013235 DE1688476U (en) 1954-09-16 1954-09-16 STEERING SPRING VALVE.

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
DE1954SC013235 DE1688476U (en) 1954-09-16 1954-09-16 STEERING SPRING VALVE.

Publications (1)

Publication Number Publication Date
DE1688476U true DE1688476U (en) 1954-12-02

Family

ID=32114123

Family Applications (1)

Application Number Title Priority Date Filing Date
DE1954SC013235 Expired DE1688476U (en) 1954-09-16 1954-09-16 STEERING SPRING VALVE.

Country Status (1)

Country Link
DE (1) DE1688476U (en)

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