DE1963227U - THRUST CAM GEAR. - Google Patents

Description

Ä.147 293 * 3/15/67

LäOO

DIETMAR WAGNER · 506 BENSBERG-UNTERESCHBACH. OBERESCH BACH

March 1st, 1967 File 44

Thrust cam gear

The invention relates to a sliding cam gear for implementation an introduced speed and torque characteristic in another output speed and torque characteristic,

The aim of the invention is to create a push-cam mechanism in which two rotating _? Associated bodies with a third body cooperate in such a way that the speed and torque introduced on a V / eile is eharafct it is dissipated on a second, coaxially to the first shaft arranged shaft with a different speed and torque characteristics. The transmission to be created should get by with a few bearing points _s small compared to conventional transmissions, build the same gear ratios / can be manufactured in types; be able to convert a linear input into a linear or non-linear output and / or convert an input in one direction of rotation into an output in the same direction of rotation or in the opposite direction and which are already single-stage in comparison

to size very high _β Ubersetsrungsverhaltnisse allow In respective types are the "to be created transmission in a substantially pure Abwälsbewegung .. 'with; -.. the lowest; em efficiency Yerlust introduced speed and Dr-ehmömentcharäkteris-tik ineine. 'implement Diiehmomsntcharakteristik..: - ■■..' another discharged speed and "■ ■" ■ - ;; "■" ^■.:.

For this purpose, according to the invention, two run-on bodies are provided which are directed towards one another, at a distance from one another and comprise running surfaces that have run-on surfaces of the same run-on height, with the run-on surfaces of the one casserole body at least in its virtual course _: © in an angular-scale counterpart at least to the virtual course of the casserole surfaces of the other casserole body, and that learners between the tread surfaces of the casserole bodies ■ out of reach of the casserole surfaces, Stößelhalt.er..sorts ?, .- in, the .- '.. plungers in particular of the same length are mounted such that they can be lifted, which rest with one contact point on the one running surface and with another contact point on the other running surface ₉ wherein the plunger so in the tappet holder it s-ind "that the opposite contact parts of a tappet are at least virtually the same -'orientierte- complementary points on complementary run-up surfaces," and where T on the tappet holder and 'the two run-up bodies are each swei rotatable about a common axis of rotation and one is arranged non-rotatably. ; - '

According to a further feature of the invention is provided ™ - ' lien j that the tappet age is rotatably arranged.

Another feature of the invention provides that the rotatably arranged a © run-up body a rope of a housing formed to accommodate the other thrust cam gear parts

Another feature of the invention provides that the plunger ₉ holder is arranged rotationally fixed.

Next, the invention provides that the tappet in the tappet stop it are oriented so that they react at the in the stroke movement of the rotation ibrer a rotating part of a direction to a rotation of the other rotating parts in a way which would 'set sighting _e

It is also provided according to the invention / that the plunger in The plunger holders are oriented in such a way that they prevent the rotation of one rotating part in one direction during their stroke movement convert into a rotation of the other rotating part in the same direction »■

Furthermore, according to the invention, it is provided that the running surface of the rotatably arranged run-on body extends essentially in the axial direction and describes a circle in cross-section _s its center around half the run-on height from the

Offset center of the axis of rotation; i & t _r or: that-the running surface of the rot'ierfoar arranged run-up body extends essentially in the radial direction and w a deepest point, - 'a foot point., ■ at a ·' highest 'point _? , one; K.opf point, -. increases linearly j which is offset by 180 ° to the lowest point, and decreases linearly from the highest point back to the lowest point *

According to another feature of the. _:: Invention; It is envisaged that the linear introduced movement is converted into a non-linear dissipated movement through the non-linear design of complementary running surfaces and the appropriate arrangement of the tappets in the pushrod holder that at least one tread "is composed of several sections- _s the run-on surfaces and intermediate surfaces without slope comprise * .- '. ■;"; \

Gemäß.einem further feature of the invention that the plunger ist.vorgesehen j are inclined between complementary bearing surfaces " _^'"'::: - \ V.

According to a .weJJtepea.EttotoalV ' ^: a "^;. ^ F ± nflung.'iet provided that the ram is arranged radially ... on the axis of rotation of the rotating parts s-ind. ■ - ..' r-. ■"->;.; .. ■ "" ^

According to a further feature of the invention it is provided that the plunger radially to the center of the zirlcularen running,

area of the rotating bay? arranged a run-on body arranged · are. '

See further features der'Erfindung ₃ that the plunger, or der'Form ₍₉ bevel _s cylinder, Fäßrolien balls) are provided by slats ₉ Hollkörpern in bearing bushes * "- Imbbewegbar guides are mounted on at least one end or © of the plunger Rolling bearings arranged SiM ₅ , which are intended for rolling on the sugehä- ¹ running surface *

: .- "sees Another Merkmai the invention; before ₅ that Sinex * SiGa substantially axially extending tread is a ■ im'wesentlichen concentrically clasu axially extending kompiamentire" is assigned to the tread '''

It is also provided according to the invention that the casserole

body nnä ä © r Stößölhaitör each in 'a housing so züsam- w.eng® £ äLiit sind5 that SI® in'y'arbiaaüng with the housing as Ge-- '^ rubbed unit with a second identical gear coaxially rigid "are kGppelbar _s vjobei the output shaft led out of the one housing can be inserted into a shaft receptacle in the part of the connected second gear that is to be driven _a

Finally, the invention provides that a driven Casserole with a complementary tread

of two of an intermediate casserole body and the second running surface of the intermediate casserole body with a complementary tread of an aborted casserole so The interaction that the first run-on body 'introduced speed ™ and Prelimomentcharakteristik on the third run-on body in two stages implemented is discharged »'

The invention is shown below on the basis of some principle sketches and some exemplary embodiments with reference to FIG the drawings explained in more detail «In the drawings are?

- Fig. » 1 is a schematic diagram of the arrangement of bodies on running and tappet holder with tappets to each other, where-; where the tappets are shown in one of the two possible orientations »

.Ug ₀ 2 a of FIG. 1 similar principle sketch _s wherein the followers are shown in the other of the two possible orientation aids' tierungen "

Mqο 5 a principle sketch similar to Hg. 1 and 2, with the tappets being shown.

FIG. 4 shows the actual and the virtual course of the run-up surfaces of a thrust cam mechanism with a transmission ratio of in this example 1; 12 ".
Mg, 5 a sketch of the principle of the arrangement of run-up bodies

pern v.nä. Tappet holder with tappets in the form of rolling bodies on one another. whereby the rolling bodies perform an essentially pure rolling movement between the complementary running surfaces,

6 shows a schematic diagram of the arrangement of run-up bodies -and pusher holder with pusher in egg shape of Eollkkörperem to each other 5, wherein the rolling bodies interact with non-linear running surfaces C.

7 shows a basic sketch of the arrangement of run-up bodies and tappet holders with tappets in the form of rolling bodies relative to one another, with both running surfaces comprising run-on surfaces ₃ between which intermediate running surfaces extend without incline; This is a thrust cam gear with a linear input and a non-linear output »

Figure "8 _o a graphical representation of the non-linear = Äisgangs the two gezeigtsn in Mg" 6 and 7, thrust cam gear

9 shows a section through a first practical embodiment of a visual stroke curve getx-sieve in slip-on design. Rotate the two casserole body, while 'the ram holder; c is arranged in a stationary manner »

Fig «. 10 a section through the "shaft on the Linis 10-10

the Etgft 9 '». "', -""■' ■ -" ^: ■ '": ■' ■■■ ·.
Fig *, 11 @in section as a binary duz ch an avl £ ~ . run body: 'deB' in, J? ig »-,""9-'shown gearbox ■' ■

the line-11-11>; ■ - "■ / - '■; ■ [.';.." ^v; \ .. - -

Mg «12 a cut .by -.- a .'- aitfMtes -.-praktisc33.es A« .s ~ - ■ Leadership example of a sciiiifeMrveagstriebes. ' Here"

at fccit- ± & r & n βίχχ, overrun body xuid of the ram-. - '' tar, while: the second - '"

of ^; Geb.äuseB -. Toilden ^ .. ^ nd.'drehrest. .approved'-is. iig. 15 a 'Sclinitt-;dU3?' E-ö .-., _{That, in Eig ö} 12, violated

Fig. 14 a section; -; άΐΐ £ ^ν ο1ι; © in the third practical version »ruagabeispi" ©! Βΐηβ # ·; .S.oliu'blnir'V'aagetMe'bes, in which - - .ι . - der- ■ .'S ^ öiBäihai ^ öa?

FiS »1.5 a. Soüiilt't · '' diiccli d ^ s in Figs 14 · -geseigt © Getae ■. - ■ be »; ^:; -.- '' ■: "'..' ■■ '-' ■ W ;; - _- - ;; m .: ■ -;; ■ -; ^λ: \; ^;;;. ... = ■. ■ Fig .: 16 .. sin iSöinitt. AwGb ;; - Sa, a ^ ϊ © 3? 1ϊβ «^ ^: pca & tiscliöSi Äüafüh" ..: ■■ ~ 2 ^ ngsl3 # isp ^^

stufigeri ■ i.usftliping with two; äreiifestiflit: the Ge "house® d

Fig. 17 '@ia section through -di # _: ^ rste stage of the in _: Fig . 16 shown β35ί. fe

fig, ViS a Sclmi: t1 ^ 'dui? C: & / Mn itinftss practiöolies' export-. ^: ruiigsfeaiSXDiel eiiiesr.Sciiiibioxcvengetriöfoes with as. "'■""" - disks: formed - overrun bodies, between. "" - "those, a άί @ _: B ^ oKeI.: mzuM .: Ixubhewegbej? lagen &'er tt eggs -StOiSiSl-

. / -... "'den.' V- V. -"'VC. -Vo .; "." ■ '" - ^: VV:" ■ V ' - '■ -' Fig-, / 19 ein./ScMiiTfc:V(todit:'dein^.StößisÄitre^'^in.-.yigi IB .. ^v Fig «.. '2

toiiüf body ■

_v 21 a luöfü ^ unsisfcfeisjiiei eimjs plunger with; "■ ■" lagecn an _'d. & ii "'ißXagg'eaden _?; (äer ^; in one

- ger'öuaiise ^; iiiifebewagfeso: ί is stored .; 'Fig ,, 2S - a BcliBltticta ^ isation _{shown in Fig- o} - ^: 21'; : Stößels, an aervliiai © 22-22 äer flg .; .21 ,. : V

In nea PKinaipissJasÄSii / gamliß ^ S V

Explanation as Seisiplel; bm £ e; iri. '"' HadiaIt ^ GhufekurVen ^ etriobe." with a Übersetmmgsverfe & lfe ^^ g ^ Bojamen is1 ;;, _f

sisid O Besugs- ^ ai \ f>;; EOET: abiGnsaiäSS; @ ^i4iea:; Seiiub ^ airvengeferi-ebeS ;, Ä ,, | an innsrei ^ '.'- AüIZeiiikkörper ^ ;. ". & ■ · ;; -. eiii ^; väuße ^ e2? Αμ-floating body", H ei »sviiscneh ^ clsn beiiieä Ati'flextffcö ^ pern. Arranged plunger holder S a number: aaf - dem ti3ß £; aB.g; & 0 ^ οΒΜΆβ2. ^ Βτ3: M "-v'srteilfeer i is the tappet holder" - hubböwegfe ^ "e.Ji :: S ^: t # ß; ' ^: ei -, - ^: - ^^ äep Stö

ßel and on it "Hubacbse, ^; . £ ■> / die iXaü'f £ läqlie && s-imiexexi -auflauf- _:

10-

body A *} C ₀ the center point of the circular running surface L ₁ in this principle embodiment, which is offset by h / 2 from the · axis of rotation C of the gear, r ^ the radius of the? Running surface L ^ ₅ a ^ a first running surface of the running surface L, _{3 s} b * © ine second running surface of the running surface L ". 1 _Λ the radius of the root circle of the running surface L ^ of the run-up body A ^ with the center 'G, E ₁ a Fußpimkt the Lauf.fläche L ,,, which lies on dam lassfeeeis of the running surface L ₁ , K ^ a head point of the tread Ιιλ j , which is on the head circle of the tread L ^ _s v / obei the head circle of the tread I ^ the radius k-, with a center C has the run-up height of the tread © L ^ and L- ^ ₅ where Lp the The running surface of the outer run-up element Ap is _s So a first group γόη. Run-up surfaces of the running surface Lg «b _P a second group of running surfaces of the running surface Lp ₉ with a running surface & 2 alternating with a running surface b _p , f _? de ;? Radius of the foot ice of the tread L ₀ with the center C ₉ k _? the radius of the tip circle de: e tread L ₀ with the center O ₉ Kp an Itopfpunkt of the run-up surfaces of the tread Lp on the head circle with the radius k _os Fq ^üln S'ußpunkt the run-up surfaces of the tread L ₀ on the ■ JTußkreis with "learn radius f ₂ » a the distance between the top and bottom circles of the two running surfaces L ₁ and L ₀₉ i? p the radius of a sur running surface L., concentric circle with the center C, which is larger by a than the radius P> j. of the running surface L ^ and in this case the head circle of the running surface L ₀ at a point _s the head point of two run-on surfaces

chen a ₂ sb ^ ^5:; ; mna den & ißln? eis'& ^^

.dasu versetzen- -.Stelle-taiigi "sr # ^ - ^>p""^ e ^ - ^ iiii $ _i;". "y"; ään - 'd ± e "-Auflauf' · - , area a ^ der = :: running area L ^ ₁ , JO ¹ / der-Winkel ^:, derh die .; -curb fla - = * \

ehe b / j 'des; * Lauffläcli & .L · ^, ^; ^^' ^ e ^^ iÄ & el ^^ ag »and ß2" äer-Winkelj :: dea; '^;each; Itefiasif £ LäcIie \ bg- ^: <3.er LaMffläeS. 8 "-Ig occupies - ^ -'- P ^" vder tatsachiieii @ NÄn | ageptnÄ: äer .pestel; · εϊι tea?.

-Run area © Τα ^ Έρ the. . Tatsäc | | ie | i # ". Toi ^ ^0fimli:; like he rams on the Laiiffläche-Lg ?: Qif" 4 © £ ": echnit ^ ^ iÄfeiac Kittölliiaie \ E: de3e - 'pestle.

■ with the running surface

Central axles ^ "R-'der * ram with äÄ,: - ajär running surface

area I12 * .. ■ '- .. -. - .; "J ■" ■ ": '?;" _ ^p ^ ■ ^ v ■ -'v :: ^ y ■: ■ _: r ""; ■ ^^'■.; ^ ■; "^ ■ ' ⁷ ''";; -.

The tread ¹ -L ^ lies- \ with: - _: 4fefe ^: j ^ iö £ stea ^; ; vSfcelle ^

C and medium iteer hpchs th. '

; .with the ^: radius: k ₄ lind ä: em; Ätte3, pa ^ t; vÖ ^; _: as, - |: - der- p ^

is "Tom Faßpipalcti ^ -um: \ i80 ^Θ; ^ vwseδgίί ■;:; '^» i ^ ä @ Λ and the Köpfjffcin ^ T ^ · ^
des Auflaufkprperf1 @ e ^ tJoge ^ ^: ^ bk ^ S ^; 480: '"di

run flat © a ^^ Bnf'ßjer- aMeijeii.-ipe2iiile ^ ää: ;; fÄ | ^ © ^ des \; AuÄ: pers A ₁ üfsäe?: isijieij _:. Βο ^ β ».- νοή" fi ^ - ^ ^; -iiö ^ö :>; the AuflÄif-flächl "^^; - Bxe

■ where f ^ j '^;'"

The Laii, Öläe & Lv ^: li © gi ^ iRtAosim ;;. Beispi ©!;: With "- molf" BuQ

12th

"score" Ip

at twelve

^; a "Fußpuafcfe

this case·

in the

^: ; _: run ene

fe ;; ia "

iäa ^: iie "- ifefi; au £ f1" äcliGKi -a

put

m.®

lim d ^ idg

is ice ..

_s the js; in the same condition "consentric.: point of the relentferny4g ^: vom ^V B>; -to a

-; ® "ää- äsF'-

A ν «■■■"

Treads L ^. ^{and- 1} Lp- only- virtual _? . .cUh «, - imaginary points are" to which actual drums move _; eoraneii., - "siBä. _s öie ^: Depending on τοπ the perm egg "pusher between compensation, the-.tolagepmkfcver: - ■ _ ^: Shift due to the investment form against the-Tii? tiielleK complement ■ mentap points are offset" In the Hg "1 to J are Q ^ snd% virtual complementary points -, -P ^ - 't2nd _.: ' Fp ... the actual position points of the plungers _? which these "actual complementary points" are classified as "in Fig" - -Itma / S "■ fall; -Q ^. and. P ^ sus; a®men _{& t} so that the virtual © 'complemsiitarpimlct; Q ^ -Jäu Q _{2 at the} same time is also the actual contact point J _{1 of} the ram an- "· d'er: .- running surface% . / - r. : _ - .- ■ -.-. '■ .-,' -....-.- —-ν. ■; ■. ■ _. "-.

Di @ shift of the actual course, the run-up areas a _? and bp deÄ "ATaflauflcbody ^r s""'Ä ^ :." ^ ^! eg- _; en the ■ virtual course T, which is obtained by connecting-vlrtiielle th Q ₉ on height travel with : -üen. Radii "-Μχ ₀ ,% q / H _ÖCi5 and H ₁ C ₀ arise j ist-in .Fig". 4 shown »".; -.

In the reference position lies the end S ^ of the plunger S aro base point F ^, the running surface L ^ of the run-on body Ä "_;"The other end Bo ^ - ^ss plunger S is' with an investment point V ^ at a base of the on-running body A ₂ to _e where 'are ir," both cases, the two contact points P ^ and * P ₀ also true Koiiiplementärpoiköe' - Q ^ and Q ₀₀ With a relative rotation H with the ram S against the "run-up body A ^ in the direction of the arrow by 30 ° ■ the ram runs on" the run-up surface of the Auf3 on body A ₄

"R-

up and down; d © n Hö & nkreis init «3βπϊ> KaOiUsIm ₇ - ^ - ;. Sas
/ Εηα-θ of the ram. .S wanfQit: - iHa ^; ;; äaS; i§Leiß & vlaß _; ^ om _; Äßteeis with the radius ίο weg ₉ ts & 0: V4äö>] ^^ the radius

f ^ l «the end ip it? 2. ^o ei.; e _; M; döa gieicliest-V / inkelverliältnis antspreehencl game of 1: 1.2 mu & daböi- 4 ^: ö-r Ii2 at a primäEeaSrelimg from point öer Mm-2 _S 5 ^O from -ä ^ / ^ aeiclirieten). is ^:

^ ₀ With - one carefully placed

^ The cut \ /

BaMaIen with fem ^se lb®s. : - 'd © B - complementary point Qp

Point-

in,"

of-

to the virtual

BerJtataäeMicli ©

■ dotted Pp is · the SsoageÄ

against the Besugsrädxal & ^v E ^{:. :} a ^ dem '

-. ■ Radiusf2 zurii: cls; verset.f ^ is »-:,.: ■. ;; '; / ^ v. > ^: ■: - ^: ';J-; ~ -

The same ^applies: hurry to the complement on the Höhenkxeisen
with the radii
Point are the pi emen tärpurikte

■ ; S head--

¥ on

halter H sinÄ. ^ ewe-iils- two; ro ^; t: ierfear arranges. The result is slpfc'die Ö ^ ; the ram

pleasant-Tel

'le relative to osiipt.-statics -

@ Al, 3 _v ^Stöße3;:;: plunger, wobe & ■■ ^ wr isgeseiÄt J.sife-tai '. _ §Ieicli orien · = »■ tier * sindV.iiafeeja * gleist οέ ^

that for example '- = g & nM-- lig - «^ ^: mB, & SfcÖBöl: {\ & / ini%.-'- Koapl'eiBeiitüirpickten%, an ^ pvAi ^ ikufiM ^ e ^ r ^ i ^ y ^ jöiMai ^^ ^^: mitvikrea '· "opposite Komplementärfiiakteiiy ^ - ^ mi ^ -an- _: AuflaoifÄäclien. a _{s of} the tread Ι ^ ΐΰΜ"al3ie; S ^^

^: 'ÄS:'; ^ 3 .; Ιώίlatipfiäciien Tb ^ anlie

oderjtass
₁ to:

h ₂ ' of "LaufÄäciie_I ^ ;; wM all

m the surface area-% j '; the | M ^: ^ lying Ko ^ ieffienfegua & ^

, -An .der.Barteili ^^ pffiäB / lig .- ^ - öfiie ^ them

placed Endowment

sp ^

of
'run body, -f

äes

of?"

St & ßelJaaltei? "S ^: tung, eat J

mn

c) des- ^

'In running lcöiper -' red

Äpi: ßl | S | u # g: wis ^ äar Bt ^ ßelfeal

that at

S € qi ^

Auflauf kSrgee "at

of
Stößelhäit-ör.'ff in

of

rotates «- 12s 11

\: NEN tells the .töBel J3 each _; '^: leir; ^^ ^;

before one of the Auf £ äu: Mip.er ^ lieser-Auflaa'f-

■ ^ -movement, a Hubhöwsgaiig! ia: f # i ^: aii StiBalfeltisr & ^o: This ^ Hubbe »· ■ we-supply is βκ: ä 'm äaÄren'M ^AEEN:

corresponding IompX ^ eat # © ni ^ in; - a ^ secondary « ^:

^: Areliung of ^{afcgatrieljeJEiexi:} f © ils; 2ÄxcS # f3 wa, Bäelt; ^ particular örgib-fc SiCl the Omsefegung ^": u & r ^ eäiigedCüHr ^ ^Bri: IDrelizai) - mna: BreJi-: momentcliaraicfeeristite _r ± n?.!.. 'a- ΒΜφβ ^^ iuhi ^ B: ^^ ZSM, -.' mi & ^_: 2tfehmomentcliära & TEPIS ^ ^ik; dadü2Ofe: -äaß; ÄiKf: Bi <ie / ^each; a _Λ: ram of eiseatH / AzBptmkis' _Isué?. .edm®®- Mch ^ a ^ aB-anselilieBenSen,:. Head point # ewÄ ± is eixier ikufiauffläehl vltuÄ tmä -rdtiae - an <ie3? e '.Etide;.. of the plunger vgeAils; Tost a Fiaßjfuiikt-ZÄ -einem: .sioh "on it" an-. . ; - closing! fepfpü] cfi £ i3 each e &
runs j their ipärige ^^ äem;. ^^

larger than the Xiäsge, dar- ^ ggeaaiifl ^ MläQiieväes anäaron-Auflauf «· .. body is nnd / or & ®ren- ^ S% @ igß ^^

.- ■ tuaag · des? an Aofla "flflaclie; - © n ^ is seeded ' _a ^: Dabsi, is by order of an Ansah.! ' auf dem ^ Ußifeng "• vesteüter ': SiiSß @ l jait Aa-Xag @ pimkten bisw»; Kompiamöntärpüiikt%: ft; aii - ^ e ^ relative -

Places, (versciüiiedeiieji- HöliesiEr © ^ fa) 'i- ^; äafCi3? _; Worries; geiragen., -. that ßle Uissetsüßg '"" ■: takes place in each case using .niel & iji © E-pestle · _? ; ^: so that ■ ..: äi @ Sinzelstöß ©! not; 3ie. total ⁷ © Jras ^ itar &eit-; le ± st © n. ^:: 'pour, *. In addition, ä ± e ^ Ms_et; a ^ ¥ ö ^
all pestles Bb ^ rnoämöii · ^ ^{; :} 'pa
is ■; ' GleicheeitiiB '' ^_spbgen:; di ©
At for a blocking; -äfS-S ^^

turn "At '. Reversal- /
de reversal of
.ten

! 'hurry a- Firimärdre & ingi: - des ' ■ one; : '^^ i
; därörehung in gieiciisa? Dr ^ £; ichi3Äg ^v - || @ ^ La ^ other in a @ Seknndäröj? Ehmg ^:: 'ift;: eafeg§genge tung of i

_; .: ■ ":." Shown in ü @ m in Hg <,.?% ^ A; "pS
^ further iaisfübrungsbäisgiels one:; Bc & bkur ^ @ nget2? i @ bessiiiä. dl © same- "Ö ^ .eatieruags ^ ßrh" äl ^ ixiäs%; wi ^

"Center G ^: " d @ r .sirkulsipea Xauf £ läeii © "'Ij ^' des -" Jjuilaa £ body "" --Aiij arranged ..-- 2U s ^ a ^ ;;: ^ i2iä "in ;;. " _: fi; e; s ^ fi ^{? .:} ÄüS ^ "h3 | iingsbfeis ^^ centerlines R" dar ". Plunger _S; gleia & sJtßiiig sin -Hadljalaa-tipped ,, -? '.""_ The tats ^ e: 3alicfe ^ Änl®gepunkfe: -l ^ ' ^: the Bt SBeI ^ -S ^ an V the -! "on" - _: ' area L _x , not mehs? with - ^ @ mvi ^ i3a © i &

samm © nf ellt -, wie.aas' ia -tig _{; 0} > 1 '.Ma' -S ^ 0 f "

. "i.en over the. said ¥ ei? i & i äer
Ciie L ₂ of ΑτιΠΑμΐΙφφβΐ »:" ^

In Sen-in den Mg «1, Ms

iuhrungsfoebeispielen eiiwi ^ construction

■ kind are the "pestle Sf in ^ 'ctes? - S ^ M

in the Stößeläal ^ er ia one &quot; ^ 0

'By appropriate! l) iöeöÄiqniea | p, g; · "

mögliehlce ± tm) _ KönmM p ^ f

provided by ^: be _a

are igert and i; eI3 »ei: s @ ■ ·. odes ?; gana- ^; ss _; ; -den :: fkömpl®ffieB^är@m.^L· _:

■ fläeJien atoroil © p.jr άΛν- · Α

■ ..alert © Gleit-Wäiz ^ ö ^^ ö ^ :; ^ Äfi ^ & v '''Mb: φφ & φτρφ?,. 'come ^ia: / ;; ■ -Irage balls »% lixiäerrö3, leii _? ; ^ @ | © i: D & ii @ n; orir

the profile of _: compl © meiäär © ^

In Üä · »- 5 is © CT / fScb ^^ ■

• pielle Äuf.tiatt "'^ ö ^ i ^ malt

■ or Ho ll] £ body © Ki ^; vorg © sp.öÄ: f £ ^A: ^ φφ; _: ^^ t * 3ii- äfe; same »; Definitions like "". IüTror » ^; ; sla-föS / "f ^ §; i ^ r ^ iü ^ iauffiäcfe ^ :.« ^^ wat ;; ^ ■■ ": like , " in., . the previous gaageries BsisBieiÄ ^ 3.nä;:; Yes; i8r; ^
'at the. Auflauf kkörper.eop- A ₁ ■ YorgeBeiien; ,,

.. NND two to run f läöh @ n ^:: ^ _1; ,; di ©; J ^

■■ den »The complementary - ^ ωχ ££ ΊΜφ £ φ ^^% vi £ laüfMöa ^ ei? A ^ ⁱ includes ACM to run f läeii © s _s ^"u näii | $ i fe ^ IESI liä" ff laeiiea ^ ag ^ -imd; jiea _-;;; ■ ν?

and d © r; -Axif% ifl ^ 2ger; _; ; A ^ vif ^ £ feil6äf
that the gestree & te: - length \ le # - 'f @ I
running-body -. ^ y. '/ ifor ¹ "-" - each ^ swiseHÄ ^ & resi- Io0 ptmäct''3E ^. _: p

'a Fußptmkfc,. ^ "lies _?

'the tread-E
■ see you
: the Ro !! body B; as. Ie »rolling motion ausiSKEfijn. koiaaen »

zwi- - vi'g ^ l'ie-Stj "so ..daß-; - .; w @ seHtlie3h @ n pure ^% very.

degree of the final curve. .. in this case i ,, carries Vi-IiS _? -

Both; "so far-: Mscfeebenen die Lauf fläehew so'.ausi ^ a linear! itasgaog _: -n feiidiing dea *. Lauf f läe & m lets go into aii: Etxeht-linemr @ a

aboa *. "in liäeacer

in the "yig, ■ 6"^; \ a

den -yorangegESgeneii measured - Big. 6 of ^; iiHi ^ a inftaÄö ^ per ^^^ game according to .Jig. ^ - ^. ör ^ Jfo ^^

Runner area L ₁
Examples includes the ^

• 21-

one on top of the other, run-on surfaces lie ewisciien-run surface · "Chen $ 2 without slope, V i;" - · '",""^; / :; ■■''■' -.: '~ 7"''' \ '~ ^: ' - · ^: ^ ^: -; ~. 7 ^'-: - ■ ^■■:;

In particular, the cargo area has: ©; Ii ^% s; SüMi3lmr ¥ en «- <. "-transmission © ₉ like ös in. säintem pSinZipiellSffAfbaii " tn ? ig »._ 6 ge; shows is 9 eight Au £ lai ^: | läete ^ .Ä ^^ ^;

areas a ₂ and four J »f iaiif fläeii ^ b ^ '^ Me / JiiflauÖ faces; a ^ ". .. ■; See each over eifi ^ jf" Ifepfgwp ^ st - "K ^ '- ;. diieekt- ia the run-up surfaces bo over' - interplay. two isöi ^ awä ^ '- ftbeÄgeheiiten' AuilsLU ^ 'f'iä- = · -

Ig on aera foot circle ^; a.8 ^ ^; : Ijaii £ f3.äcli @; L ₂ : Xaii | £ rfeSs »a & schaitte% _s -do not have a slope ■ Vdui-.ciiiküf en ..- '. M: eiern StS ^ Ilialie ^: H- are only '. Two pestles _s here As ₈ - € ^: @i "Jb ^ m ^ oa ^ KollM ^ per-A ^ -" an, ^ diametral- g @ - .

In a relative Ijage ^ ilgr / ^ Auf- ■■ '7

Ä / | and; Ap; ^: GÄSS. the Ärstellün |; -in Mg ₀ ;. ^; are the tappets S on aiauaotj ^. ^ ge ^ Ub ^^

L ₁ and at the surface ptsilgiingslbsm -; !! ^{^^:.}

'dör tread Jjg.,: iHei:; p? isaäir

secondary rotating vSfepfelhalr & ^^ E ^^^ st ^ ion ^ /

Casserole ' Ag nimost:; at £ e _; iixem. ■ Mn ^ ren.BiBigaiiS ^ Äer; iä · fig «the" straight line " ^: p ^ Ä -'- j | i?% '$ Q ^

e t - "" \ and.:-<^n^·^ i

the exit iron! Mehtr-lMea ^^ lig _e .; 8th

by di © curve pg / 'darg ^ t ^^^

22nd

On course body ^; -Ä>. ^{-Voff: der-in:} j Figl -: δΐ gs eigt.en -..- Lai-gei - .;!. stay "plunger S in attachment, at ^j ö.exx .; Fußpuni ^ en, /. I ¹ ^ -;. deJCv ^ iauif-lache -" - Liv- ^ under "-. ^ Execution of a. köMsinierte Gleli-" | ind / Röilbewegung an /, der -. "■ -. Lauifläciie Ιλ- and \ an & en ^

. Running surface IWo ΐΒ1 & Wanipiii ^ dabeir Afe ^ glMcSer-'Brehsahl'mit dam \ '"Auflaufkorper -"'"- JU iä-StÖßelhalter-AmIi ^ *, _35i'e; ^ r: - ^ eweguixgs; section * bfe is the domestic "in FIG * 8 gezeigten'Äägramm ^jdurch: the ^ 4bsclmitib- AWI ~. see O and R ^ der; -liu ^ e'p ^ - '. represent _; ge ^ fee ^% _{: e} ^

dots' F ^ der '"Ijaii £ fiä ^;'

On running surfaces - ^ r & -iÄÜfCLäche '^ ^^^ ijanäi a iäQffläGhe L _2; VOEN the "Fußputtkten F _{1 bÄ;} J ^ Ts ^ &^depending; pun JFE ^ ^ te ^ ^v closing the iron-:; lfo ; gf ^ points; E ^ - ;;: bi; ^

surfaces a ^ der- ^ ufflakshe "Ij ₁ , and; b ^ ■" -.

^ ßpunltten ff ^. ^: / Baw. ..Fg ^ vpabeirdur ^ hiäält ^ the rende pestleÄ '* er - H "^^ ä.e ^ bow-.

der - ■ Auflsuiiΐif ctiea..l ^ "uMS ^ W ^ en'- Aiiiiwii'fläclien, b ₂ /. eatspricshfe; Vim / ^ rlieg © ndeii *; Ia | l; äii ^ c | Lläaft: -ter; S | ; ößel--., ''"von- den Faß; gimkt ^ -; ^" ^ ü * Ä ^ i? ^^ . R ₃ Bweiör in each other ^ Bibers ehe ridsif f ÄÄauifUächöa ^. mid. b ^, .βΐήθΐι. .. arc γόη 50 °, rolling .glsi ^ eit ^ äör-Mip ^ © ^;

Qk - ^ - F _4. "« Iwi. '■ xi ^ i ^ -t ^ :: ^^^^! »^^^^ *''iaeinan-" y. passing. ^ l ^ ff ^^^^^; ^ /, ^^^^^ ^ypn . - so. ', ätff üas; ^; ÜlJ © rset®ungp ¥ i8 ^ 1tnii ^ i '.--- 5C

V '1 s3.6 is / -3) er ^; ^ a.teC aüÄlÄa ^^ .; Al3selmitp;.: äer ^ -Auggangs-: fejrv @ p _o lies ^: s

^: After. Reaching the ■ base point; it Fg ^f ^ ^he tread L ^ are the plungers S again ¹ to the ÜPußpvmkten 1? ^ tread Ι »,, and stay up below the next base point it ?, in this position _s from which one again © Übe3 ? reduction of the input to an output of i ~ 1; 3 ₉ 6 takes place _e Before this point ■ is reached, the plunger lead with the -Stößelnalter a motion from _$ corresponding to that of the running body -On a ₁ * "in the curve Pp, this section lies between points R ₀ and E- ^ between points R ₁ , and Rc- and points Rg and R ₉ of "curve P2, a rotation of the tappet holder takes place accordingly: ■ At the same speed as the control body k _Ay while the

; Speed of the run-up body A ^ with a translation of i ~ i s3 _s e between the points R, and H ^ ₅ , R ^ and R ^ as well as R "and R ₀

\: transferred to the tappet holder, »

In the case of the one cited as a further exemplary embodiment

ieb® ,, v / ie © s in its prinssipiellan structure in 'Kg. 7 and based on the same definitions as in the previous examples, the .. tread L _{1 has} two run-on surfaces a ^ and two run-on surfaces b ^, xtfobei each a run-up surface a ^ over a head point ¥ La overghts directly into the other casserole area b / j. Between the junction points of a run-up surface a and a run-on surface ^{b, there are} intermediate _{surfaces G 1 f} which do not pass through a slope. Likewise, the running surface L _{2 has} two run-on surfaces a ₂ and two run-on surfaces bg on ₃ with each

a ramp a _? _ passes over a head point K ₂ directly into the other run-up area bp * between the sfcßpunkte ϊ ' ₂ run-up area a _? and a ramp surface b _g depending »veils intermediate tread G _2s extend the no gradient traversed The arc angle between a" Fiißpxm] ^ F ₁ BAW. T ₂ ^{and the} nearest point of contact K ₁ or »· E ₂ ; in this example, in both cases, 20 degrees. ,, so that keine'Übersetzung "If the head points K ₁ and K _2, the PUßpunkte P ₁ and F ^ ₅ and the abutting surfaces a ^ BAW. b ^ and a ₂ or. b ₂ are each diametrically opposite »

In the plunger holder are mounted hubbewegbar in the form of target bodies at an interval of 90 ° ram S, the dan to kom tary treads L ^ - abut and L ₂ '

Ir, a relative position of the tappet and de>? both run- up bodies A ₁ and A ₂ according to the _3) arstellung -in Pig »? are two diametrically opposed tappets S on the two run-on surfaces SL- the running surface L ₁ and on the incline- free inter mediate running surfaces G _{2 of} the LaEf.fläche L ₂ . With a primary rotation of the runner A ₁ clockwise with a secondary rotating ram holder and rotatably arranged runner A ₂ , the run-up surfaces a _{1 take} the ram: Li the ram holder with, because they are not able to run, this section of the "rotation of the run-up body A ₁ and the tappet holder H is

in Fig. 8 by the curve section between 0 and S ,, of the "two curves · p ^ and p * aariz ₉ where p ^ represents the input uria p, the output of the non-linear push-pin mechanism shown in Mg ₉ diametrically opposite, two other tappets, replaced by 90 '' in the first pair of tappets ν, run - carried along by the tappet age - along the running surface Lp "while they are in their". " ₅ keep *

As soon as the upper contact point P ^ of the ram S lying at the foot point _{F. «d®r on« - iaufflächen a 1 of} the running surface L _{1 reaches the base point SU of the running surface fo o} the * running surface Lp, the ram S begin between dsn complementary treads a ^ xinü. bp to the head points K ^ .baw _B I ₂ start _Λ Since in this example the radian measure of the run-up surface a ^ is equal to the radian _{measure of the run-up surface b 2} (and the radian measure 'of the run-up surface b ,, equal to the radian measure of the ■ "^ ramp surface & -p) is. remains the Sekundärdrs? i.ung of Stößelhal »ters H to the primary rotation of the winding body A ^ equal _s to the opposite complementary points P ^ ™ Q ^ or" Pp = ^ di © head points K ^ or " K ₂ have achieved. Ata "-stehen the plunger holder, d" h _e does not rotate on, and the run body rotates among the previously carried two tappets more »this Stolle permanent this section of motion of the plunger holder H at sle ^ici3m AESSiS wide? rotating Run-up body A ₁ is represented in the diagram shown in FIG. 8 by the curve section between the points S _-1 and S _{2 s} the p & mllel to the time abscissa

26th

'Mi-

t runs «The run-up body A ₁ - -reach with ö.as? further rotation in stationary punch-holder H with its on running surfaces and. ^ then in contact with the second Stößeipaar "Since the plunger can not accumulate _s they are taken along by the head box body and lead to a rotation of the plunger holder Miu the gle * · chen speed as der- Auflaufkörpar A ₁ . This section of the sequence of movements is shown in the diagram in fig * S. by the KuEvsaab · = section between the points Sg and S, »

Accordingly, the entrainment is of the plunger holder · then off again, when the two plungers are altgeführten reaches the diametrically gegenüberliegenden.Kopfpunkte K ₁ and K ₂ (S ₅₅ -S section. ₄ the curve P ₅ in · KLG. S) ₅ constitutes With ■ the tappet guide holder again when the _s 90 to the previously entrained plungers arranged two other ram of the JClick 3 on surfaces a 'again reaches °-are (section S ^ _- S, - the ^ ur-.ve ρ, in Figo''S) ₉ , the entrainment of the plunger holder then stops again when the withg © leads © n both plungers di @ diametrically opposite head points K ₁ mid K ₂ reaches Bind (section Sc-S ^ of the curve © Dy ₁ in 3KLg. 8) etc.

By kombiiiierto sliding and rolling of the ₀ in Figures 6 and 7 EollkSrper used as a plunger to the 'complementary treads Serge is taken to ensure that sine Verkedlung the rolling body between a & n tread can not be done, "

? "■

■ - ■ ■ The "bisner." DSEpispje ^^

. "■ ill games are necessarily; aie ^^ die

, - - partiest. ; Bauarten .jdeö 'y &p' £ inaungs ^ iem ^ Be & vSpHubiEurTeosstiei.e "-

■ -. bes, but should only- ■ V'-kcia ^ ioäßiä ^ iic ^ lEQiten. "within"'■■"the scope of the invention; da ^ ät ^ Iles * ^^ that ^: ent« =

: speaking YerJiälinIsse _r ; wx ^ ^: si ^% iiyor -; ^ r ^^. drives jd »h» gear
' ■■■ marriage, fundamental ■■

. "Rope gear apply; d" üo ::; for i @ tri © l5 ^©: Jait ... "lying Lauffläclexi ^ Ba ^ ^ei: t^@teffi.jedocfc: ^ iie Sckubkräfte in" ■ "■ -axial direction aui-j /; di; ^. ^: \ d ^ cn \ sni3; ^ eec & eä-ä large-dimensioned -, bearing caught wgröeÄi '"möis © n ^" so ' iaß-; f ijöfe'-f-olo & e- Axial «-Sebxib-

■ "'""" cam gear mainly iii ^ - ^ gealSlf älls. suitable _S; at. dsnes. ", ..

'' ■ '.Badial thrust cam drives from - ", - ä-öm ;;,. E-inen',. ^ O§er! Aadaren Grand - not" ■ are used Wxämxi: .B ^ i -'- -Äa "^ al ^ BöhüTb3 ^^ engetriebe.n ·. Takes place ^;

■ ": ·: BrucMrätze ^ di © In -rad ^^ er ^ H'i ^ iitiaiiSi'.si ^ rkQn ^" - so:; "- that - .. none - .. grp- = ^: ße bearing dimensions «Ig he fodder Ii ^; J.

. ^: In SIg ₀ 9 is eia-.p? AktiseSöCÄ ^

-.-. Sliding cam gear .geae'igt ^ - and sa ^^ as / _: Hadial '^ Steekgetriefee »; - ■, Moses gear 1 uiaiaß'fc: \ a ^v "^^
■ is made up of sswei Flans-'cixteiien- 3_ and: # \ sus ^: amHiÄS @ set; St _s - ^: where the '-. "■■

flanged eil 3 of G ^ © ö.äuges -eiaveinstuc & ^ is with ^him yerbuhdeiies -Mant elteil 5 includes''pas - flans _clät: el ^ 3 ^{"has: to;} seiaer Mßeirpe-' also eineix ^ s'ifh radiÄl : ®röfe © Gfeiiden: Flaiischi? Iiig: 6 "

-aa

with an analysis aaiial through -'den .. # lans-chririg 6 the j on deal _: TJmfang- distributed erBbohrungen- 7: on i .. center is cli-axis of the flange part 3- jumps out -the level of Hans cirfe eils "3 a Ringansa & r 8 ■ axial; ypr; .. 'in the Fiansöhteil 3 is / centric; a bearing 10 in a Riagassssparung; 9 inserted to las bearing 10 sits on a Welleriabg & tss. 11 of a grooved shaft" 14 _β IDa an to jsur shaft 14 A suitable sleeve 15 is inserted in the leading ring collar of the viewing part j. with. one against the .Wellenabsatz 11 detached Diclilifläclie "ΛΖ- äer shaft 14 cooperates _ö

The wave 14 ,. , t®ren- liitenprof'11 'in Etg .. _: ; 1p- as. .Section ■ on the line © · 10-10 άβ2? _^:: -Jig * iS shown 9 ₅ © is e.ins.tückiges part of an on-running body / 15-! ias'besöndera ■ is the © shaft 14 over · - a flange part 16'with; a is ass-IAEL extending ring 19 'are connected ₁₅ whose - Innenseite- "a · ■ Eäuff la öii® 20 of Au is formed on body 15 £ l' /. '- ■ - ^;; _;;,;... - ^: -

:;. The Flansölat # il U- des GeMiiB @ s; _: , 2 has; wi® the flange part 2 eiii © n llanschring: 24 / on>_.-; in which a number. axially: ■ 'extending over € äm- Ütafang -.- distributed /. EohiBungea 22. are provided ", in the same peripheral ^ -" .- Iiags ■ '. As "€ ie ■ -bores" 7 in the flange 6, the ISaÄSch / part 4 is; with: a ".Eingabsats 2J in, the coat part" * ?; de © SlaESiCHteils- '3 / einscäiobBa ^ on the _; Maatel part 5 "centered and ^: -iaitfe'el &: \ imej ^^ chsjci ^ tsoliraub € n' ^: 24-'or. ";. The same", which ^{; left} in / the llaBschteil 4. © ind _s with lern ' ■ coat part- .. 5 -'and 'clamit ^' aiit deBi: - ^ laascht part 3 firmly connected - ■ .-

"29,

Yon the .flange part 4 · sic3a extends axially inwardly E to the axis an annular collar 26 for receiving a bearing 2 ?. The bearing 27 sits on a shoulder 33 of an inner run-up body 30. In an annular collar of the flange part 4 up to the point of the run-up body JO, a “suitable sifting 28 is used”. one "against." the laben approach J? 5 detached sealing surface of the labe cooperates '<»^.; - .. / ■ ^: /

Stretches from the "flanged 16 of the on-running body 15 © ^ - · ■■ axially ponder zentvxsch to the axis. -.. A collar-17 'ssur receiving a bearing 18 * The bearing 18 sitst on a Habenansata J ^ i- of the inner casserole body- 3Ö _a ■ "'■''".'". .-: "

The 'Ringbund 26 tees anschteiiß # with dam Eager 2 "and Ringbund i"? des llansbhteiis 16, des'AufiaufkSrpers 15 with the bearing 18 each engage in. King recesses 33 or ^:. 32 of the run-up body 30 -einφ tables the two ring recesses 5-3 'and 32 extends radially from "der_ ^: -Habe des: run-up body'-Jö- ss.U" an outer rim''' Ji "a'Btegteil ^: 59;» - "to-the outer" periplierie "of the outer rim 3i 'of the run-up body ^ O finted the running surface 38 as a counter-running surface of the XaUf surface-20

. "■■ The property of the '. Run-on body λ 30 is: on. Drilled and points in the axial direction: extending teeth on _s :; the -koraplemen *

50

tar su the grooves in the shaft. "/ 14-. of the overrun body 15 are formed ₉ so that a second gear with -" the same, formed shaft 14 and the same., Connections: are connected with this gear Fcaniv by inserting a shaft 14- into a total hub JS of the gearbox / 1-, the required centering is carried out by means of a shoulder corresponding to the "ring attachment 8", which is inserted into a ring recess 29 in the flange part 4 "The connection of the two gears that are kept out of the same way is carried out by means of a fastening element," the holes / in the connected gears and the holes 22 in the! chring 21 out and pulled together .be- »,. ·

Di® Ifabe 36 des Auflauf kör ρ er-si. .30 is sealed against the gear mechanism by a pressed-in locking disk 57 in order to prevent oil from running out of the gear at the toothed bore of the hub 36 zn. O. -

A tappet holder 41 is inserted in an aentric aur axis anoräiietea Ringausspamng 2 ^ in the Elanschteil 4- of the housing 2, which is centered with an inner surface 40 .- .. in .- "outer groove recess 25 on a corresponding / blessing surface © : the ram -.- holder 41;;. ". mittelaSlimensechskaBtschrauben- 42 or the like j the domestic the flanged eil · 4 are embedded ₉ firmly, the flange part 4 of the -Gehäueee 2 -werbundsn .. '■ In the. Tappet holder 41. » which is in the form of a: cylinder ring ^ ', -. is - are see.

axially extending slots distributed on the circumference, in which plungers, Mar in the form of cylinder rollers, are inserted, you plunger or cylindrical roller)! ^ 5 rest on the running surfaces 20 and 38 of the two run-up bodies 15 and ^ O and can be lifted in the slots in the tappet holder 41 according to the course of the running surfaces 20 and 38. On the front side, the cylindrical rollers 45 rest against the end of the slide of the plunger holder 41 'and on the other hand against an end ring 4p, by means of which the respective slot for receiving the cylinder rollers 45 in the plunger holder M4 is closed at the slot catch. The end ring is rigidly connected by means of a number of circumferentially distributed countersunk screws MA with the plunger holder 41 ""

The winding body 1.5 by means of bearings 10 and 18 rotatably ™ "bar supported _s and that the housing 2 sowohl'gegen as well as against the inner head box body 30. Likewise, the winding body 30 is supported against the housing 2 as well as against the outer Auflaufkörpsr rotatable, namely by means of the bearings 18 and 27. The first necessary bearing position is the cylindrical rollers 45 between the running surfaces 38 and 20 of the two run-up bodies 1 and

In the one in Pig. 9 shown- practical embodiment for a push-turn gear set 15 dea overrun body A _? , 30 the run-up body A ^, 41 the ram holder H _? 45_ the plunger S ₃ yes; the tread L ^ and 20 the tread L _{2 of} the principal

Representations of the erfindiingsgemäßen · SchiibkiirYengetriebes according to WO-bai lie preceding, S ¹ IgUDeH ₅₁ 'same Verhältnisse'zu- "grande down, are"'. ^';

The gearbox according to .Fig »9 feann in a., Series is advantageous in gear ratios of i = Is ^ ₅ 1 ~ 1 · 6, i β 1ί? ₉ i β; ΐ-: 8 and 1s, 1Ö are provided ₆ : so that with five individual translations in a known way a number of possible combinations are given,

In which. practical example of execution shown in Fig. _{0 12 and 1J!} another type <äes .erfinäungB.g.emäß @ a thrust-cam gear acts as the output member StöBelhalter _f while the inner Anflauflcörper as drive part forgesehep.ist _ "Sin shell part of the housing ..ist as .äußerer · Mf running body formed . . .- '..-. ■. ; .... /. .. -. ; .

In one, the "gear" 46 'comprises a housing 47 with a _{flange (} attached to it 48 and'one-'itself axially © rstreekenden ₉ ; a piece of a piece with an Äem. Flange part 48 irerbiiiidemsn shell part 4-9 ₉ ' to the @ A foot 50 is provided; In the "flanged 51" a bearing is inserted in a central ring assembly 54, which sits on a shaft point 56 of a well 57 "=

etfi? O ** = »"

Sin radially to / with the shaft 57 ffistreckender annular collar 58 of the flanged © ils 51: takes a ^ Diehtring 59 ₉ with a sealing surface züsaöimenwirkt 60 of the shaft 57 "The sealing ring 59 seals the shaft 57 ^counter-: d ^ s ■ interior / of the housing 4-7 from «In the paddling part 48 is also-. Is a bearing 62 used in an isentric elongation 61 _? , AEAs sitting on einepi Wellenabsatss 63 a shaft 6Ψ ,, Biri located radially Ms z \ m Wave ~ & ¥ © rstreckender Hing collar 65 of the Flanseiiteils 48 receives: a Diclitring && on "which cooperates with a stepped sealing surface 67 of the shaft 64-- " _: The sealing ring -66 seals the shaft .64 g @; against the Ismeiie d, @ s housing 47» ■ .-; -. . - - ^{; /} ·

Wave 5? .is part of a. Plunger holder 68 _a life of the shaft 57, the plunger holder 68 comprises a flange part 69 » that-. check radially "extending outwardly, and a with the flange 69 'from the shaft 57 verbundeaes cylindrical ring part .7O _3, the centric zur- axis of the shaft 57 are HOUR RESET-WeIJLe 64 .is saigaördnet. _{Furthermore, the tappet holder 68 comprises: a centering disk 72 β} firmly connected to the cylinder ring 70 by means of countersunk screws 7 ″ I or the like, in which a bearing 75 is insulated. The bearing 73 sits on the shaft shoulder 65 of shaft 6-4 and is held at a distance from the bearing 62 by means of a spacer ring 74.

Me Welle '64 is part of a airlattice 75 " Mebep. the shaft 64 includes "". the Auflaw-JCköcp'eae 75; a run-of-the-mill

connected by a web 77 with the shaft 64. In a Istv ^s and between the ridge 77: .I <aiiflcranz; lying 76th Cylinder recess 78 is a bearing; 79 used., Which sits on a shaft end 80. The shaft end · SO / is a part of the ^: tappet holder .68 and extends axially inward from the plan cli part 69 »The bearing 79 is coaxial with the bearings 55, 75 and 62V

The running ring 76 of the run-up body 75 is thus: between the viewing part 69 and the gentr-ietfscliöibe. 72 of the "ram holder 68 radially inwardly of the Zjlindesjrings 70 ·" It comprises a estÄentrisch zuf Systemächs © ^ of the transmission, lying circularly © tread 81 ·;... ': ^■;: ./ ._.''.'

The housing Ψ / and in particular the Mantelt "@il 49 comprises an outer body 82 ^ casserole of einstti & kig is molded into the Msntelteil 4-9" Is this Ausführungsbeispi®! The Äuflaufkörper includes 82 six headers and six EH ^ ßpunkt © and according to six Run-up surfaces in a steady direction and six run-out surfaces with an opposite direction of incline., These twelve run-on surfaces together form the complementary run-out surface 83 ZiJT run-out surface 81 of the inner run-up body 7.5 _o

In pockets 84 of the cylinder ring 70 of the plunger holder 68 are used as plungers "^ rlindarrollen 85" between parallel walls 86 _? 87 'of the pockets 84 are guided so as to be movable in the bub = the' yeorendung τοη cylindrical rollers 70 (or balls, tapered rollers

or Passrolies) is particularly advantageous because instead of an exclusion of maturation movement, there is a combined sliding and target movement of the Cyl-inaerMllen on the complementary ' Flicker, success-t. i = · in- _: «3J.eseKi -kusf ühruiigs —-.- example as well as in deal" according to.ä.eii; Aeg ^ -5 ^ to "1Ί". y: --- -. .

■ Respect would be a ^ work trip wiM. ■ on the ne prinzipielle- .fanktionsl> eäeiireilsiö.s veriiese &s,> AEIE to the Oarstslltingesa FIG ₀ ^ Ms 7 .itiitat .: ■ It BiM 75th ^{tee: i.uilSöf-:} -. body A / i , _s . 82- dep ^: -Jki & flasif body ÄQ-g'se ^ yurii 83 ^: aie-complementary treads; L ^ '.-And- ί · ^ »- <S8 d®2? YSiÄßelÄalt'er .. E _r ""85 - di ©, plunger S * ■ '. The tJfeQrsetaiijigsveriialtxiis. ^ Is iii; ^: this example of execution α ™ -ι ««: ^; - ^: '"" - ■■;: - ■■■ - -' ■■■■■■ ■ "'■:" -, ": ■■ y. ■■■■ -" / ν- "- - ■■■■.. \. ■

rtmgsbeispiel © iaer further;
kuirvexigetriebes _$ that as: llaiischgets? Ie "b, e _: iOa? ge _; seiien.Is _9th is the pusher holder d3?e3a.f@st-angeoBänet _o The outer« -.- casserole "catches as
bener rotor _e

Included in the eisis0lB.en; ^the: CfeteI © loading SS; -a: G © bäiisa.S ^ ialt; ■ _"? ■■ a Flaaschtell 90 and: one-slcfe ^ axially örstreekenäen ^r EIA lumpy with Aem - llansolrfceil ·" ^ ^ yej rtdenea. Shell part -94 <> .Axial -y from the plane "des mense &tÄas; ^

Gegengesetstv-zum Maat el part $ H " [e £ M ^

Periphery of the i'lanscliteils 90 / '. & $ £ ^ s ^ worked). is and,. In '.- -. · The one to25 $ .hl on (tem / lfeiiang;, .wertßißMer ; öewinäelöeliei? 95 "sin ·» .. are drilled using & e: i? 6r ^; feS :: ö ^ an-

- 3SaKn ₅ and ^: öm-e ^^^ are flanged

^: sc] to be robbed; - «Bas. ^ ehäuse ^ $ 9 ^: 'üffl £ ö.il # fea? a @ 2?; - one ^ wide KLaaseli- _: ^ part 9 ^ -y äas aertfcriseli with one ?; iRiögsc ^ ult-er _: -9-5 ^ in <äas Earröpl » ^; . t © il 91 singled out ... is ■ and mi1ii3 ^: ice ^{; _:::} -IimenseciisfeantscBrauMn. SS or the like / with outer coat part ^ -f ^ Xie st ■ -y ^ öunden- 'is _s -InV - - "dem. Splashed !! 94 is- in ■" © iϊι © 3 ^^ Vz ^^ M $ ^: öEJgÄ; Hl ^ a.üBBp ^ usig-9? '- - _; a camp 98 set up ₉ - the .aü £ _>iHeia;_;# © llenaWsit: Ä: 99 of a wave 100 si tat "^. Sin sick raäisl 'pis -3t # / tfell: e; iÖÖ streöien · -: the ring collar 101 des- llanscht: eils34 ^ Mmint; © inen ^: Di © Mring .102 -. Aui,. "The one with a menu 103 ^ _; aei? ¥ # lle; iÖÖ- ausaminenwirkliö Der-Bichtring: 1: 02 dieatst di @ wave: j1 ^ 0 _; "gegen-;äasVInner®; ö.es. Gs- '-näuses 89 ab _c Im' flai ^ eliteil -. ^

see ringing. 104 a bearing ^ Μ & Ϊ shaft shoulder 106 · © inei? ¥ elle 10? "# Itz ^; i / CÜa, -siß] a; i? Ä & ^: ial; -Welle 107 erst2? @ Ek ^ ider; Kix ^ btuidV: ipÖ - 3®: Sv; 30.an ■ _? • a ring Picht ^.1Q9: on / 'det with: - a ^^ gesetKiien; ^ 110 of the shaft 10; 2ίΕ8ΒπβηΘη ¥ ^ΐΓΟ:; ₉ Υ; Β # νΜ Γίη ^ ^ 3; elle ¥ 107 against a.as? -Always. Des : .lÄ ^^ V ^^

The wave-IO ^^ st Vein
Keben the wave 10 ^ ianäfasst ^v äe ^^ AwiIatiÄör ^

Flange part 112 _s that extends radially from the shaft 10? extends away outwards _? and a cylinder ring 11J connected to the flanged 112 and which is centered on the axis of the shaft 107 and the like. is arranged to the shaft 100

The shaft 100 is a rope of an inner run-up element 11.4, the runner body 114 comprises a ■ running ring 115, which is connected to the shaft 100 by means of a 3-web 116 » in a cylinder recess 117 located between the web 116 and the running ridge. a bearing 118 is used, which sits on a shaft end 11.9 «The shaft end 119 is part of the run-on body 111. Bs extends τοπ the flange 112 axially inward. The. Warehouse. 118 is coaxial with bearings 98 and 105-

The Laufkränz II5 of the winding body 114 is located so Zvi rule the "flanged 112 of the on the running body 111 UNAE the part 94 of the housing 89 radially within the ZylinderringB It comprises circumferentially distributed baking surfaces, oils the tread 120 of the inner baking body 114- form .. "A total of twenty-four run-on surfaces are provided in opposite directions of inclination, the top points of which are on a tip circle that is centered on the systematise of the gearbox and whose base points are on a 'centric to the systemaclise of the gearbox'

On the inside% s ^ ψ 3yi3iröteEöä.sgs: Ί15'4ββ outer on-.laufkörpers 11Φ is Elisi sur ijänfflfeli ^{©: 1;} 20 - ^; cie & ^: inner.: Auflauf körpers 114. komplefflentäES ^ Läiiäiäcij ©, 121 ^L _s: äi © '"" takes a largen course and'whose llttelpuiakt; from -. 'Äer S ^ steraachse - gear yersöt ^ tf-ist »; ^;; ^ - Λ; '.-;-; - · "" - ";/; v ^ v--; · .. ;; // :. ^: /

In'eine Hliisaassparanis 122-; Αβδϊ- ^ ί & η8οΐ3.ΐίβΐΐ8 9 * Äes GsMu _: ses 89 is an Outer branch 125 ^ ng © setzf ;; ii3Ä; ^r ap. _i - @ iaer ^; t flat 124 das. flans, e & t © ils 94 mst \ ^ s ^ Ä ^ cl ^ f ^ defe Getiiebes -triert. The ^; StÖßsXkalt: © »- ISJ'iBt by means of .Iöiietts @ ehsksini3scfeiraw.b @ n:

125 or the like solid; With. Eier Flanaekfeeilw 94 'of the'. Housing 89 connected '. In the §töj | eiii.al * he _ί25 Υ d ^ ^r:; ln d @ r:; QRM one Zjlin · · · ^=: äerrings trained ί £ β% ^ Sijm sa-Qli? '. axial stretch £ KLe ^: Scixlitee ^:

126 on the iMfaiig ^ ert & il ^ _fc! in:; - dierstöl% _r ; tipr

Fins or Plafctiöl ·: - ^^ are on the run ^flauen-: 120; ^Md; 42% dea? bs £ (lea _y Mf running body ^111;: - 114 and ^to: and: sinj in-the Se ^..

speaking of the course; ^ dit ^: Laufflactea ^: .'.- "■ '.

Väif. Lamellae lie on the forehead ^; iS7 einmaii ^ aBi.-slot end of the tappet holder 123s, "sum anäiben:; än ^: © ineÄ ^ ÄfeäohlMßrine 128-Ä, 'by means of which the ^ ewöiiig'ö @ eß | itB: sur - # fna | age." ^ er. Laiaellen. 127 in plunger holder '123 m ^ ehPizlniang. afegeschXossea; ista 'Der: ring 128 is ^: ^ eleiÄ ^^

the

.! rotatably mounted _t- against the inner »per 114- gsge; ^ the body 111 dreipiatf

118 “As the fourth successorieli © .. i2? swischsa den tettffiac ^

per 111 and ^ ' ^^^^^^^^^'

-. -. Hinsiahtlieli; ■ principle ■■ '^

114 of the 121 are the ramp tor H ₉ 127 ale ■ this Pali .; i:

eitiswfes ^

^ on the -

^, ft, ₂ : _{S :;} 120 and

b © ispi © l ■ gear / das around:

At-ά ^ ίΜ ^: -ϊϊ ^

a- further ^: type ^^ Jl ^ liB ^ nssg ^ pÄ ^ ■

ärehf ββΐ as driven

as

In detail iiaifafit äas ^^

a flange part 133janä slnem slj? hy- ^: "a ^ ial: -.-"'© iistre "cS: enä @ ft ^; ^ lumpy sait dem; - S.aEis; ditöil-132 TörbunänenesliaiiteltBil 133" from the plane © ; äes- Flaiasefebeiis ./152C ersfeesfet ^: siö ^ ia; R ± cb.tiing ent-; _; . .. Opposite sum, M ^ te "lte: 4 ^: ^. 2 ^ \ © in inputs ^ afe;.: 1 ^; 3 ^ ^: an.:the outer ^ periphery ä ^ S: -" S8 | iselrt; eilS -; ^452: sf "Ae ^ _{glangeasbäitst;:} ± _st: -unt: in -: ^;;: Deia a Ansaiii ^on; D8i pifaiig T ^^ sll ^ Br / eewinteMclier-i ^ 'mono- ■ ^-: - .gebohrt are ₉ / by means of tar ; .-. äs &&& te & nm Ά3% -aa '"@ ia®m component _an ~ - .flanscht -be'" Mm ^ -; iö © lx®ni; sgÄchanä ©; SelE? attfeen: einusschratibt " will. The © © blouse: i ^ -um ^ ß ;;; fe% er _: ";^^; - βνΐθ ^ .ο« - ^ ΐ8αΐ8θΐί ^ ίί'136ί '· ^: -. "dias"s®ntrisGli-; with ^; · one.; Ria% s: cfelteff ^: J ^ 7 ^ in; Aa ^ - 'coat part ^{: /} 135 - - - _: .-;', inserted isVMä pit ^^

pit'äem-.ISant ^ lpart ^^; ^ flange-

136 is / in: a @ r; .aeni52? Iscaen iiiBgföS5 | a ^ mns .139 a camp; IM) _{seeded a} -.d ^ .a ^: Mnem ^: V®llenab ^
.seat-t. A - see radial - hisi - body /
445 des Flansoh1; eils 3 ^ 6 ^: nimiat ^; a ^^
Biner sown .. Diehtiläele

-mehtring 14 # :; diGirKe ^ "^; äie ¥ ell @ 1« J% © n-das; Iimere ^ de.a ab «Im Ei ^ ehteil.: ή ^

Ä ■ ¥ © 1

148 ■ / ^

149 extending · ^

Bicntring
- «eil © 149 ismssffimswi ^ t« | #: 1) ieht ^

- against aas

V ^

Life -

Vden is

step in an outer part in part includes -the ^: 1 of a web -162Vwith the see ^; saving 165

Ä

■ Stf

the

axial '.ein -fei

in a radial one that is in a hurry; 16 ?, ^:: bound ring: M

^ inaeren

and ^;

; ter

, older

VMli ^

4-2

166 of the outer double run-up body 159 radially inside the ring 167 j while the tread 161 of the run-up body 160 between the flange part 1.36, the housing 1.31 and the flange part 166 of the outer double run-up body. 159 lies radially inward of the ring 168. The overhead traveling crane 154 of the inner run-up body 153 "has a circular running surface 169, the center of which is offset from the" system axis of the transmission (see section on the line 17-1? Of FIG. 16 in FIG. 1?) "The overhead tread 161 of the inne-. ren on the running body 160 has as the up running bodies · 114 of Fig. 14 and 15 vierunflzwanzig ramp surface pairs opposite pitch on j whose head points to a centrally zv-s Bystemachse the gearbox lying tip circle and the base points on a, Sentri & ch to the * system axis of the gearbox. These run-on surfaces form the running surface 1? 0 of the run-on body 160 »

On the inside of the ring 167 of the outer double casserole

Body 159 is the running surface 1? 1 which is complementary to the running surface 169 of the one inner run-up body 153. It includes "· on the circumference distributed run-on surfaces, the top points of which lie on a top circle centered to the system axis of the gear unit and whose base points lie on a barrel circle centered on the system axis of the gear unit. There are swälf pairs of run-on surfaces with opposite inclines. On the inside of the ring 168 of the outer double ramp 159 is the ZMT tread 1? 0 of the inner ramp 160 complementary.

tare tread 1? 2 _r the one ^;; alrkular; it. Feriayl'Mmmt-'and de ren center point 'from the syst ^^ ss ^ h

In one- ^; R: IiigaHSSparun ^
ses 131 is a stacking holder --- 474 '^

- ".-"'. ■■ -. area 175 -des- ^ lanseM; ei ^ ls 1 ^ 2, - - _; isu3? . SjS teffiaehse -des- "transmission ■ zeatrlert The StößelJaalte ^ 174 j ^ tt: ^ 3 _^:; Innensec] iskaatsotoaiitien ^': - 176 oder.-like fixed to the ^ ^ il laalisijiit 1 |> 2 of the. ; ^Geliaiises;: 151. "In that; Stöß8liialt © Kf: -i: ^ - ^ - <ier: is; ö @ ^2:?... loria Ernest ZY ^'; relieving rings trained _s ^ ^siad;; s ^ c ^ _-;; axially extending Sehlitze 177 on deia .Umfang verteiilt _"to:; ili © ^i:.: i _tl5ißel: j Her: -in -.'- OCE - - Lorsa on Damellen 178 _v! -inserted bind *. 'Di © vlf8aa © 3, iöa .I7S / li @ S ^ea "^ ⁿ den -Ijaufflächen 469 and 1'71 ·;, 4θγ.-beId ^ lii ^ iAuffci ^ per ^.; ^^: ^^; "! ^. an"'._ urid are in ä © rr 0cMits®Ä \ 177_ iffi ^ Stffellia ^ "". ■ the run on the running surfaces $ & 9rV £ ^ $% £% & ^^ "/ die lamella ». '178"eiDmal-; aif ^r: Bsäilitägnäg tes-StiöIellialters, "" ■ ". '.,. ■■:? 1? 4, sum to other an ei®Ä ^: Afeselilmßeii ^ ::; ^ .jeweilige Sehlitjü 2; im?>"Miöato © deB _: ;: IÄQ ^ li ^

^% ITA- am Siäilitzsnfang "abselalossma'-isi; / Ber ^ AbsehltxBring'179 '., By means of a to-2skhl · -au £. Äe ^ J"' Ü ^^^ "- ■■

with the push tolt © ^ /! ^ _a ;; ^ A; .-;:; ^v V- /. ' .-

^: .. Likewise, ittaiHe / Rin is ^^

"of the housing- ®-eiiiStöß © Äite ^: - Ä ^ i ^ ösö-tfe ^ mä '.; an". -one

^; celebration area -185 'of "' Els ^ ehtöii ^
centered.-.- ■ The

screws 184 or "& © rglei0fie & ^: ~ p &isM; -with . cXem vELansehteil 1JS des .Häuses 151 VBrbunden-o ^ Ia-dem" [6 ^ & ^} ^ fßr ^. ^^ .; 4 ^ 'eb & niaLla in the form , "of a Ziylina ^ rrcings is formed _{- 5} pind axially extending slots 135: aÄ .. the" circumference Tertgiiltv in the plunger "here in the form .ygb iamelleii 1BG _r ; eijag © set2it; Mniä * Die. "" Slats. 186 are on, fen Laufiläehss; 47Öv; u'nd. ^; : I72: 3rd & ΐ _two: Auflatifkör ¹ - = per 160 and 159 ... to - UNAE. föiiit _r i% ^ # ea .BcHIitzen 185 ^ In the plunger holder · 182 'according to: - the Yerlauf jfer. ^ iäiulflachen 1-90 -and 1? 2. hubfoeweg bar »Frontal., lie the-Laiiiellea-'1 © 6 ^; ;: einmai ^ ani Sehlitzeiiäe StößelJaalters '182 _S ; zurä' ^{:. r} .aieans ^ .n \ ^ '187-'"aa _s

by means of which the "respective" Süiilitp-ii ^ - '"' 4 _> üfaah% e -." äer "" i ^ aell «n 186. in the plunger holder 182 sm Schlifezanfang ^ is separated * 3) he ^; Abs.chlußring 187 .is- by means of ..- © 1η @ £ Γ & έΒ | ϊϊ sttif "fern Äfang. Distributed sink screws ISS with- ^: dea: B% 5ßölhalier :; 132 fixed-, connected ^.

Pie casserole lcSrper " ^^ g ^^^ - xmä." Iso are ^; -Biittels ^{; :} dfea 157s 154 ·;. and 140 .. ijpräea? ^^ l ^ aehs © ^ d, isv: G @ triebeÄ "gelag © i? t ^ and that both against the / 'GeMu & @ ·; ^! ^^^' bar : <iie Iiaffi8ll0nsät2se ..see the Lssuffläciiöü 169 ^ tmd-vi ^ CMw ^ i ^. ■;

Regarding ä & p --- Jk & te® & t & $ ^ ß & -w &

principle "J \ i ^ tiönsbeschr © ^iteing:; £ ÜR ^--äie; E3.ng; els; TIIF s" hingewi © - sen, the IETF sic ^^ ^ ^ aa äi.I ^^^^
at are "in the Sinsels: tüfen ^
Ie "rings 16? And 168 '_;' des

169 and 171 or 190 and 1? 2 the complementary running surfaces L ₁ and L ₂ , 174 and 182 of the ram age H, 178 and 186 the ram So the introduced speed and torque characteristics are 'on the driven overrun body 153 in the ratio from I ₁ s 1Y12 am zv / i η change driven ^: "run-on body 159 implemented" The intermediate run-on body "sets the ratio I ^; its ■ running surface 172 in turn in the ratio of i _P = ■ 1 '; 24. on the aborted overrun body 160 ui _} "so that-see a total transmission ratio VOHi ₀₄ - 1s288 results«,

In the last practical embodiment shown in FIGS. 18 and 19 of a further type of construction according to the invention. On running gearbox is-to-one ..: Axial Schübkurvengetriebe "d" h "a gear with axially opposite Laüfflächen instead with radially sailed opposite tread as in the previous examples," ,: with the _'.? Tappet holder it is non-rotatably arranged «,

In detail, this ixial gear 1S9 © in housing; . 190 having two opposite ;; Flansehteilen 191: and-.192 and an axially erstreckendem beidenElaaschteilen between the casing part .193 "- The jacket part 1-93" engages with a 'Hingabsat ζ im.Plansehteil in an annular recess; ^192: and actual thus ge-.gen the Systemaehse the transmission sentriert "Bas shell portion 195 1st firmly irerbunden with the Flanschtail 192 mittels'.Innenseohskantschrauben 19 ^ .or the like, is also the llansehteil ^191:.. quietly yet to be described: against: the 'system axis .. centered

-46

and by means of Irmeiisechskantselirauben 195 or the like with the Dumbbell part 193 fixed '.'- connected, V - / -.---' "

In the flange part 192 is: in a centric Blngaüs = · -. Sparing 196 a bearing 197 is inserted _y that sits on a shaft shoulder 198 of a shaft 199. The -bearing- -.197 - acts as a fixed bearing and absorbs axial forces _o In addition, it ensures perfect centering of the; shaft 199 in the system emash.se of the gearbox: An annular collar 200 of the flange part 192, which extends radially up to the shaft 199, accommodates a dielectric ring, 201. a stepped sealing surface 202 of the shaft 199-interacts with the flange 191 is also used in a seatrischen ring clamping 203 © in-bearing "204", - that on a shaft shoulder 205.

a shaft 206 \ sitting "Das.Lager 204- Is .'aufneh as Äxlalkräfte -; .- formed Mendes bearing _o. It cares; the shaft 206 against the Systemaehse and is a ..- einwandfreie- centering. "as - floating bearing trained '·'. Meanwhile adjustment;. In axial Rich tuiig done with '' t.els an adjusting ring 2O ^1, OCE with?. . ■■■ jLüßengewind ^: e .. 'iB Inaengewind © In a Msata: 208-des Plaiischteil 191- engages. The adjusting ring 207 can be clamped in its position by means of a counter ring ^ .209 _:. In the adjusting ring 20? Is a; Mcßtring 21Q; TOrgeseh.en ₅ - which interacts with a stepped flat surface 2 "of the shaft 206. The sealing ring 210 seals the - ¥ §0,1 © · .- 20 © against tas interior of seconds = · trlebes from ^*: .- ": - \: / y [\ ^{[^]} .-- :.: - :. ^:

In the, .mantel. 193 is' one who functions as a StMÄhalter

Cylinder disk 212 inserted ₉ which is non-rotatably connected to the dumbbell part 195 by means of wedges 213. The cylindrical disk 212 is secured against axial movement in an axial bend by resting on an annular shoulder 214 on the inside of the dumbbell part 193. The protection against wandering of the cylinder disk part 212 in the opposite axial direction is provided by a cylinder ring 21, which is partially pushed into the jacket, on the side of the cylinder disk 212 opposite the Bingabsats 214. Ir is in this system © by the opposite Flange part 191 tightened to it. held "The cylinder ring 215 simultaneously takes over the centering of the flange 191 against the system axis of the gearbox ^" by laying down under a ring shoulder. on the Elans enteil 191 ",

Between the cylindrical disk © 212 and the flange part 191 there is a run-up disk 216 _S which is connected to the shaft 206. Coaxially with the shaft 206, a shaft stub 21? to the inside o On a shaft .absats 218 of the shaft stub 21? "sits a bearing 219 _? & as is set in an annular recess 220 on the cylinder disk 212. There is also a run-up disk 221 between the cylinder disk 212 and the electrical component 192, which is connected to the A shaft stub 222 extends inwardly from the thrust washer 221. A bearing 224 sits on a W®1-lenabsatz 223 of the shaft stub -222, which is in a ring recess 225 & «^ Cylinder disk 212 is used.

'HQ-4

The Auflaufsciiei.be- 216 _? which: "is intended as a driven casserole j has-an A-uflauffläeii. @ n || B, a3? EiJf ₅ , whose 'sfcei-' ■ gear opposite Yeriauf-; Me ^r ; l3eiden- form the running surfaces Iiauffläeh-e 226 of the disc ^;; / 216 ₀ the ^run-on-disk. 221, ■.-aborted as Auflauf.scheibe - is vorgesehen- ;; _s-twelve casserole has fläehenpaare each entgegeögesetzter '-S-feeagungsrickuung the individual '. Casserole fiäcfeen a couple _- their "head and foot points; e" ~ in head-lasw «" barrel planes lieg @ xi, j which are parallel to each other. and perpendicular .to the "." - SystemaQhs; e \ des- "gearbox .stand ,, The axial distance between the top and bottom point; -The _· "? üaüfflaclie 226 of 216 Sciieibe entsp2 _ iclit the axially en para header and iußpunk ~ -to the treads on the disc 221 taiid _r: the" DIE Xauf area 22? of the run-up disk 221 « . /;. _{_,;}

The cylindrical ^{disk 212 is:} -ΐη "radial-Hichtung'mit"

Sehlitaen 228 -Yerseh.®äi ₉ '-, i3. "I © -" assial "imfelieteegbaJ? ©'" .I »aiaell.en 229 ^: -to take / The Sen-lit se 228 / are radially outside by means of inlaid pieces of rail; 230 ge $ en- & ae. Maalielte; ^ ■

■ Opposite a Baden äer pestle »*" ΐ «ώβ11θΐι. 229 are in contact. the complementary Laaimta

aT.aiÄf ^

^: In the two-speed disc "216 ®φ- 221 _r of / slat 229 '' of the Stößellialters 212 .'zueiaaxi & he is _ia: urid--:. £ bwiGiaiins .i '-' Eig. 20 bowed in detail "^; : .-- "■: -; .. '""_[■''-'-;) ■ '■';. - '". > /_.■■ '..- ■■ ~ ~ ^ i ^;

Regarding the working method, the iro.uangegsn.gene are principally referred to © "'FuMfct jLoaa-s' ^ esc'lirQlbuxig · - ¹ for ■" ■ -Badi.al ^ S'chutolquirv'ensetrie- · "b @ - ^N die sick on the representations; the -, - Figo 1 Ms 7 ^ = the same applies analogously to '/ Jydai ~ Sctoi>kurvengetrie' - ■., Be j as in this Äo.sfüimu.ngsb@ispi @l described wosj & ea. are, Bas translation ratio- is' in the present example i -

. In. Fig. 21 and 22 shows a tappet 231 _§ which fully `` ran '' in roller bearings. In one. Enele, which takes place on one of the two complementary 'gap surfaces, is a rolling bearing. 252. Seen before, -am. opposite.cteii. EnäLey 'äas on' the other 'of the fetid complementary. "Lauffliciien ^ ■ -ablMft.-v a roller bearing 233 is provided. A shaft part; 234 of the plunger 2Ji is mounted in a reciprocally movable manner in a spherical bushing 235". - The ram length is also adjustable

In Figure "21 UNAE 22 gezeigte'- / ram is Sicli Besoa DERS for large gears, Babei MispieXsweise just- -each can aweiten to tread a casserole flächenxjaara ram zugeord net- his" wenndi@Ui3ersetzu.ng enough '- -is*. . ;

50

Claims (1)

-JQ: - * Γ * Ί Q -V "γ-- -ι - * ~ οιγ-ν 1C ν» Ό. UOAi it dui.ö pi.U, wXIi5 1 thrust cam gear for '' pinsetaüng. An introduced speed and Torque fluid characteristics in. Another tested speed and torque characteristics.. G & ke ■ -n η ζ. E 1 ch net dur eh awei Auflaufköx'pör (A ^ Ap), which on each other-a ^ -directedj im Distance between running surfaces (L ^, L2) encompass the run-up surfaces (a ^ b, -, or ap9bp) zv / ish successive hop or flow points (IVj2Ky, or, Fg, Kp) have the same run-up height (h), with the run-up surfaces C & nafcp) of one casserole body (A0) at least in their Yir'buellen 7erlauf (?) © in angular-scale counterpart at least sum the virtual run of the run-up surfaces (a ", b") of the other runner "(jL ·) are.j and further by a between the running surfaces (L ^,, Lg). the runner (A / jSAp) out of reach of the Av. £ ~ run surfaces (a, j ·, b ^ ? a? 9b2) ■ lying ramfiia "cer (H) r: Lc, the St plunger (s), in particular of the same length, are supported, each of which rests with one contact point (P ^ on one running surface (L4) and with another contact part (P0) on the other running surface (L2), with the plunger (S ) are arranged in the joint (H) in such a way that the opposite landing points (P ^ 5P2) are at least -./irOesusll identically oriented complementax points (Q13Q2) of complementary run-up surfaces (a1sb ^? α2? ^ 2), and where of the joint! holder (H) and the two run-up bodies (A ^ 5 A2) two rotatable about a common axis (C) and one threatening · »2“ Schufotorvöngeto ■ geke η η s β; i c h η a t r äass; the / StöBeliilater (H) is rotatably arranged »,,. "., ■ · ....--. ■ ::. -Ν.: '.: ■ 3» Drawer larvae gear according to claim 2. ^. D "a d.u i? c ■■ h S e k e η η ζ ■. © ic h ne t.,. that the: * permanently arranged a run-up body formed part of a housing for the receptacle © of the drawer. .:: / ■ - y. ν -. ■■ .. ::; :.:; 4 «Schmbkurvengetriebe according to Äspiuöh 1; s ;: d-a d u r c h S e k e η-η s ei ch" n> t 9 that the tappet holder (H) is arranged fixed against rotation c "% -. '.' ■. "- ■.;: ■" '■ "' 5» Sclaufefeurvensetriebe nach-. Ähsprucis, 1 to 4'3 da -.. By g e'fc-e nil zei cli η e ty. That the The ram (S) in the ram holder (H); SiM5 is oriented in such a way that, when you move your hoof, it causes the rotation of the one end part in one direction into a rotation of the other. rotating 5eiis in the opposite direction.-transfer -..- ■ - "'. ■;." ■ - - ..:..: 6 »■ Wheelbarrow drive to Jnspruelv 1; to- 4 ?! -da through g e. Ke η ή "ζ eic hn«; t ^ - that; the tappets; (S) "Ia stem holder (H)" "are oriented" in such a way that when they are fiufefoew © .gmng they equal the rotation of the ... one rotating ... rope in one direction to a rotation of the other rotating part in you Direction umsetzBao "_.: V.. ·." '".- ■".' ": ■.;. ■■■■ _ 7- S; Clwib] £ ur \ r" ö.tj, get riebe Bac, li: lnsprueh, 1 "r; dad -ti. r c Ii g e k e η n. &. eic c. Q ^ arsctoitt describes a circle,. its center around_ the; Jaalbe luülaufIxöiie: from -. The middle of the ^ - ■ thrust curve gear drives according to claim i-s :. da d u. r c- h g e k e η η a β i c h η e. t 3 that; the running surface of the rotatably arranged runner body extends essentially in the radial direction xmß.-ypsi, a -tiefsljen: point rises linearly to a 'highest point9. the .by 180 ° .to the lowest point le -offset xstf and ¥ on dei? hoahsMn 'Stulle1 mivncli _z-m deepest point .linear drops .. ..-. ·. ^ _; - -. ■ '. : 9 «Schubkurvenget.riiS.be- according to claims -1 'to S5 da dureh ge ke η- η ze ic h η et" that by non-linear formation of complementary running surfaces and by s: ntspreehen ~ - de arrangement of the tappet in the tappet container "the linear introduced movement is converted into a niclit-linear are" -ducted ■■ movement »ν .... -: "- ■ ■■■. ■■■;"; Λ. 10. Drawmryeng. ©; triebe-.vna (^ '- claim "9'; ida S ure Ii geke η η ζ eic Jx η β; ts" that -at least one running surface. Composed of several sections "; is? ; the run-on surfaces and intermediate surfaces without a gradient include e _ - 11 »visual stroke curve gearbox according to claim, 1 to 10-9 d. a - ■ d. by g'e mark z: e I e £ re; The ram between the different treads are scfipäggestelit ,,:. .. ■ 1.2. . Scliubtoirvengeti? Iebe after "Jkßßpnxoh 1 to 10 y & a ~ - through geke η η .ζ e i." anyway ₉ . that the rams are radial - "sux · axis of rotation of the roijierenden ropes arigeoränet": 15 ". SciniDkurYengetriebe according to 'claim 7 ₉ . . da ά u 1? eh g -0 ke η η se 1 e / h, / in ■ © ■ ·.: * ■. _s . \ that the tappets are arranged radially at the center point of the circular running surface of the:. ; . " _: ..; :. 14 »Schubkurireaantrieb 'according to' Äaspsraeh 1 to 13? there - : throughout "© · ic e ^: n.'η ζ e 'i- c k'n' ^ ty, ..". _: .that the tappets la. the shape of Lamellea provided siiidV; - ^:. _ 15 "■ SeiiuWkurYengetriabe naeli address 1" to 1% da ": · = · du rchge Iz e η as β '± c "it' a-. e _{:, - t: - 9} .. that the plungers in. .-" the shape of rolling bodies a '(balls, Ksgel ^ ZjiiBder » ₉ , feßrollea) -;. are provided. »- '-". "\ ; _ _^·:; / ■ - ■■. "- '"-' Mäch, claim 1 ^: 'until 14 _? there by © hg eic e ansei ckn, "e t. ' ₉ äass the tappet in bearing bushings or"' -fitoingen "mounted in a stroke-movable manner ■ Bind.-. 17 "SciiublmrTengetrielDe according to -" claim. 1 to 14- _s da ™ ά urchgek en η is it. That arranged at at least one end of the plunger / roller bearing: .sincL · * the same rolling on the associated running surface ;; provided ---are.* :\' ; . IS "Sciiubkurvengeijriefee naeli claim 1", 'dad u "' - r." - © h gekenn-zeic- Ii η et ₉ '.. äass / an essentially axially tapered running surface of a sicli essentially borrowed toE -sentrically to it, axial, protruding l £ ompXem # ntary- _; "Laufflach. © au» 'is ordered. / - ■■ · / / \;. «Thrust cam gear according to 'claims 1 to 18, since the β rch ge fe-e.n'a ζ e..x © h- a © Vt. _? , .that the ■ overrun JsS-body and the plunger holder each in "one. G: eliause."so; - together & quantity ~. fasst sind.y that they are in Tertsinduß ^ pit with the housing as a gear unit. a 'second transmission gleicken leoaxial rigidly Icoppelbar _{sina> t} where the inen from the housing © ■ .herausgeführte Ab in eine.Wellenäufnähme In anmitreilsendss part of the second transmission · einsteiSkb; ar / i 20 «Sclitiblair ¥ eng0tri ©" be after address. 1 to 19? -.A a d Ii r CQ g; £ rte © a S 2 e: i ; n / e tj,; that @is Auflaufkörper with, .einer feoniplem@n.tärhabena Lamffiielae --- ypn, one- swlsehengetri «böne & tofIa ^ ffcöKpsrs un4- the second running surface of the zAMischgetrieberteK casserole body with .one complement; tary running surface of an aborted run-up body interact in such a way that that the introduced at the first run-up body speeduncl Two-stage torque characteristics on the third control body implemented is discharged " ?. 21 »Schutlsurvengetrieüe claim" 1.5 el adurc to geke ii η ζ θ I η e 1, in that the rolling body and the winding body are dimensioned such ₅ that the elongated lengths of complementary ramp surfaces between each foot and the adjoining head point are essentially of the same length