DE7229314U - Round conveyor with vibratory drive - Google Patents

Description

S, .ViUNCHiN '1'7, I) KN

MUIii.STKASbK 2 ?,! IUINUMMhR 4; 3? 21.'22

Georg Sä liner Maschinenbau, 84 Regensburg DonaustaUferstrasse 54

Rimöförder'er with Schv; ingantriet)

ΓΙ N t "\ n \ ÄLTK D: from left - IX O. l · \ '<' ^ -ϊ · - '^.'. ^'.. {J

Dim .. Inc-. H. Wi: ι (.: '.. ". An: - :, Diil.-Puvs. Dk. K.!' Incke /

Di i ·! ..-] ng. K Λ. Wdck mann, D: pi ..- Chum. B. Hu here

722931 ^ 1-9.1.75

The invention relates to a rotary conveyor with a vibratory drive,, '! ci'no the G-egenrcasse having an oscillating mass and at least two the ■ ', Lasse counter oscillating mass and directly connecting leaf or bar springs.

Such conveyors are known in various designs. They are used in particular as shuttle conveyors, where-; in which the vibrating wet is designed as a pot with an internal helix, via which in particular small parts of the inlet can be conveyed upwards or downwards. A W- nciCivl conveyor of this type is described, for example, in the AEG publication "Yibrationstechnik - Teileförderer ¹¹ VIB.2,11 .7 / 0669". As with the spiral conveyors mentioned in this document, it was also

_ 2 -

so far common in almost all other constructions. dJe Gegenlasse and the oscillating mass dui-ch ir. ^ Hrere, diagonally upwards to connect extending leaf springs together, through their Inclination: the Sclw / ingnasEO Drehsch '.-' inrrungcr ε-.on one sch-i ^ ubenforL-igen stalk could run. Pie Scuvmigungsorregung takes place ia al Ir / 'ir.einen through ülekkror..igm: ic these Systems have the disadvantage that they are not one ya ^ dfr -Ti on one Swing circular orbit so that they are heavily influenced by the weight of the? - Oscillating mass are dependent, - and that the slope of the helical path can not be adjusted arbitrarily and reproducibly. In addition, this type of spring system is subject to tension

Similar, partially modified conveyors are described, for example, in DT-PS 1 019 248, DAS 1 280 602 and GB-PS 712 978 described. DT-PS 1 019 248 is particularly concerned with the control of the conveying direction by inclined arrangement of the electromagnetic vibration exciter. The DAS 1 280 602 suggests the obliquely upright leaf springs with respect to their radial distance from the device and with respect to to arrange their spatial angular position adjustable. According to DT-PS 944 300, the helical path is through a Rotation of a torsion spring and lying in the axis by axial oscillation of a diaphragm attached to the torsion spring is attached, formed.

The DT-PS 1 111 434 describes a S chwingv oil seal in which of the oscillating mass and the counter mass lying in the radial direction Torsion spring pieces: excavate pfe, dtr-cn free fnds each be connected accordingly by Vörbinduiv; snrc: e with ei nan'ler. This system is relatively complicated and bulky. His the aforementioned 3'jö.r.ungen is suitable to the above To overcome disadvantages completely.

The DT-PS 914 793 finally describes a vibration arrangement with two oscillating bodies, one of which is at several points

concentrically with a ring-shaped spring body preceded ic :, τοπ which ejected radial celebrations between the BafcGtigun ^ fpunkts, which are t.:ii connected to the other oscillating body?; "/ ^1. This is ^ ai-rh, ie-but not among other things a vibrating conveyor, but around a floating body, with dea ez it is desired that:? it not only performs pure twisting, but rather you swing unhindered in two sealers to one another Such an arrangement is not suitable for air conveyors of the present type.

The present invention is accordingly the object based on creating a circular conveyor of the type mentioned, which is very precise and practically independent of the fill weight circular or in an adjustable “screw-shaped” shape Railway swings.

This object V / ird erfindungsgeniäß by a Rundfö3? Those of the above _kind} dissolved which is characterized in that the Pedern are arranged radially to the axis of oscillation "

The springs are preferably leaf springs arranged on edge or at least two bar springs lying one above the other. in particular Round bar springs, into consideration.

According to a preferred embodiment, the leaf springs or the arrangement of the one above the other lying bar springs urr. ih.ro LängnrittelachPG in the Gegenruasce and the Oscillating mass can be adjusted by turning.

Preferably four springs b ;; vj. Pedestrian groups used.

The Vrirksarae Schwingungsfsderlänge can according to a advantageous embodiment of the invention be adjustable.

The springs are preferably in the form of a central, peg-shaped Approach of the disk-shaped counter mass and arm-shaped

ta f t

4 -

Approaches of the Schviiingun-ssrasse clamped, whereby this'. ·· Approaches each e * vl;:; prec: depending on the number of F: -dern runüc ;. wheel:.; 1 have directed bores for receiving the springs, and the ends of the Fou'.erri between two Eylindertil'schnittK-shaped Se [^ ent ·: -r. pinched v. ¹ he the one that leads to ~ ai,: a: on t.:with the feathers an AuSer.du.rchir.crjper, which corresponds to the · Bohrirr.,; ·; On. When using rod fibers, the Sef-erite have recesses in the inner surfaces for the rod springs.

To change the effective Schv.'inßslänge the springs can these and / or the segments widen elongated holes, ir.it their Help the segments can be offset over a certain range of the spring length. Instead of elongated holes, several Holes lying one behind the other in the longitudinal direction are used. The two opposite segments with the one in between lying springs are combined by screws, rivets or the like.

A known electromagnetic drive is preferably used as the drive Drive with a vibration magnet mad one Vibration diagnosis tanker used. Preferably two anchors and two magnets are used. It is beneficial to use the vibration magnets a.M suitable approaches of the Gegenlasse and the Schwingungsciagnetanker to attach to sät sen the Schwingungsiaacoe.

The distance between the magnets and the armatures and the inclination of the arrangement of magnet and armature can be adjustable.

In the following, baisrnelswuiije, preferred embodiments dor invention explained in more detail with reference to the accompanying drawing.

Fig. 1 shows a partially cut-away side view of the Runäförderers according to the invention;

Fig. 2 shows a side view of flea circular conveyor, the ge «

compared to Pig, "I is offset by 90 °;

Pig, · 3 shows a section along the line ΙΪΙ ~ ΪΪΙ of the I ¹ Mg .., ' ¹ !

Pig, 4 shows an arrangement of leaf springs and segments, the on one side for an adjustment of the oscillation spring length is set up; *

Pig. 5 shows part of a leaf spring from Pig »4;

Pigc 6 shows the way in which two round rods are clamped between two segments »

Pigc 7 is a schematic representation of an arrangement from FIG Magnet and armature, the inclination of which is adjustable;

8 shows a vertical section through one embodiment of the round for he s with facilities for fastening Harassment;

Pig. Fig. 9 is a partial section along the line IX-IX in Pig * 8;

Pigo 10 is a seiton wedge view partially in section a chicane;

Pig «11 is a plan view corresponding to Pig« 10 ».

In the pig. 1 and 2, 1 denotes the vibration mass, 2 denotes the counter mass, "As Pig" 1 shows, the vibration mass 1 can be connected to a pot 3, for example by screws 5 indicated schematically , the helix 4 on the inner circumference carries »tone of the underside of the circular disk-shaped oscillating mass 1 are four arm-shaped extensions offset by 90 ° with respect to the center point? Approaches 7. Approaches 6 and 7 are provided with variable bores 8 which run radially in relation to "the Schwinguri £ qma_B3e 1" and which serve to accommodate the later described Psdereleraente. The lugs 6 and 7 iron slots 9 emanating from the free ends and on _s which lie in the plane of the axis of the bores 8 \ ν: * Λ go beyond this by a certain amount * With RiIf.? of the clamping screws 11 v / ird in this way eir.o clamp inx ^ iehtuiifi to pe st clamp the Pedereleraente.

At the lower end of the more insane article sets 7 there is an elongated hole 12.

~ 15 -

seen yes as the inclusion of a fortified gosahraube 1 '· 5 doe "', agnetanlcers 14, as will be described later in more detail aoll _β · ■

The Gogenasse 2 comprises a disk 15 and a flange 16. The 8chei.be 15 uVid eier Plansch 16 oind via vibration damper ·. · 17 _5, preferably made of Gur: .tni, connected to each other, the opposing blind holes in the disk 15 and are inserted in the planch 16. According to FIG. 3, the planch 16 is provided with four ears 10 which have bores 19 for fastening the flange 16 to a base.

A peg-shaped neckline 20 goes from S heibe 15 · to the Oscillating mass 1 facing side. The approach 20 has sweckweise a square cross-section and is on each of the four sides wit one of the holes 8 of the approaches 6.7 provided in alignment opposite bore 21, the diameter of which corresponds to that of the holes 8.

The holes 8 and 21 assigned to one another are used to accommodate the spring elements described below. For clamping the spring elements in the extension 20 are ciit in this bores Clamping screws 22 are provided (in Fig. 3 three of these screws are only indicated, while one is shown), the · are directed perpendicular to the axis of the bores 21.

Sound the projection 20 to go to the four corners of wings 23, which have a lower height than the projection 20 and L-förniig are in the plan view as formed * The free end faces are provided with Bohrunge "Q 24 to receive screws 25 serve to fasten the rocker arms 26.

As FIG. 3 further shows, v. ^; eist the extension 20 in the interior has a recess 28 with a square cross-section.

In Fig. 4, a spring element 27 is shown as it srfindungsgeciäß preferably for connecting the Sctaiingasse 1 and the G-3g8nnasse 2 is used. The Fe of element 2 "includes at least one or more leaf springs 29 placed one on top of the other,

which are bordered at both ends by segments 30 mvX 31 * in the form of cylindrical segments. The segments 30 and 31 are so "dimensioned that they iiusamraen with the leaf springs 29 form an approximate Krois cross-section,

Wc'.mi it is not necessary to adjust the spring length of the leaf springs 29 in a simple manner and repioäüziet-oäE eiüäustellGn. segments of the type shown on the left in FIG. 4 can be used on both knuckles of the leaf springs so that the free length of the leaf springs 29 can be adjusted. 5 shows part of a leaf spring 29 with elongated holes 32 which, in cooperation with the screws or rivets connecting the segments 31, enable the length of the spring to be adjusted. It is understood that the arrangement of leaf springs and segments can also be designed to be adjustable in other ways. For example, elongated holes can also be provided in the segments.

If stacked bar springs are used, indicate the segments preferably have the cross-section shown in FIG ores on- These segments 33 clamp in the example shown two bar springs 34 (here round bar springs) with the help of each two recesses 35 parallel to the axis of the segments and at least one clerical screw 36. In this solution it is possible without difficulty to move the segments 33 in the longitudinal direction of the S-fcabfeder and so the free spring length as desired to adjust.

Four of these spring elements 27 are inserted between the bores 8 and the bores 21 of the oscillating mass 1 and the counterpart 2 and clamped by the clamping screws 11 and 22, if the leaf springs 29 are vertical, the oscillating mass 1 oscillates in circular paths against it the clamping screws 11

• · · · S I

it a »« “.

and 22 released and the peder element 27 rotated from this position, as for example in Piß. 1 and 2 it can be seen, and the clamping screws 11 and 22 then wioder pulled, so dio oscillating mass 1 vibrates in the screw.! or η ige η orbits, where the slope of the helix depends on the slope of the] 31attfedeiu29. In this way it is possible to use the vvv. of the kind dox 'helix fig ^' i ^ nc? The essentially edgewise arrangement of the leaf springs 29 offers the door part that the leaf springs can absorb very high, vertical forces, so that the arrangement is practically independent of the weight stressing the vibration mass 1.

The arrangement of plane armature 14 and oscillating magnet 26 can, as it in the pig. 1 and 2 shown, is arranged horizontally or it can form an angle su the horizontal as shown in FIG. In the case of an inclined arrangement, the Oscillating mass 1 forced a helical movement if, for example, individual or groups of bar springs. be used, or a helical movement of oblique The leaf springs provided can be strengthened or weakened The arrangement of the oscillating magnet and magnet armature is inclined for example, in that instead of the two screws 25 a screw 37 for attaching the S chw ingraagne ton to eggs Plugel 23 is used, while the magnet armature 14 after loosening ■ the fastening screw 13 inclined and in the left inten position is tightened.

Another setting is that the Ilagnet anchor 14 is held in lanyard holes 12 by means of the fastening irons 13. ITa ch Lös ei ¹ , the Beivstigun-soobr-aube 1T ¹ , the distance between the Sdriwingmagncten 26 and Rletn I-ia ^ nitanke: ¹ 1 ■ 'can be changed within given limits. In the diet; :: way, the oscillation amplitude and da ~ it can be represented; ? örde "behavior f.cr A nla F, e tax η.

'£ ■':.?. .Schv.'ir. ^ Vn: "··.;. Vl:" aue depends further on evr ν · ΐΓΐ: εο- ~ £ :; Γ cJ-; ζ · 1 ".:; - ·: ä ~ r I ^ ö ^ rjio-cnte.! by aie above r-esohrieb-ine JS Coollr.r. _t ü '· :. ν; ir ..;. ^ \ q :. I'cu; vlärr e 1115t dr ago e 'hc': ic.lls ua.C ^0:.?; : ": · :: ν. · Ϊ́". ; uv: .- ^ "! it 'e

IV part:; : '\;:. i: /; v>r.; ί: εο ge ^ sniiber acv Ge ^ enr'acse by äio χ ··.: li <' - l: -. ; -. C'C: o \ :: π Pederele ^ onte in radial direction n · ger.cu C ο leads v: ird, schv.-ingt the Schv.'ingimgsmasse ame an exact circular path ao dis 1- j. central axis of the opposing body; V; egen dor ho (:. HkLir "fci £; s arrangement of the leaf springs or the use vcn several superimposed liegenden.Stabfedern the device vjeitgehend gewichtsunsinpfindlich and swings prat.tis ^ ^v j independently of weight of Sclwingunassiasse and its load.. . I'iircl) inclination of the leaf springs or the arrangement of the rod springs, by 3 ins division of the lleigun; given to adapt the warf parabola and thus the Pb'rdero properties dos Pörderors to the respective circumstances. In particular, it is possible, by reversing the heat of the Pederleniente and / odox change of the fidelity of the 1-Iugr.etantrJebs the Pcrderricli ™ tung urr.sukehren. Her erfin'Jui'.rjsger.äße circular conveyor is therefore completely or largely in its operating conditions

f estgiJ ■: / rten RundförderOi-n considerably superior.

Finally, referring to o / uf 3? Ig. 0 to 11 one exportur.goforra of the P.andfördererG according to the invention v / ground, which is particularly concerned with the aufnabiae of harassment is directed. IJDter SclmVanen are in this context Understood facilities that are in no suitable porm in the Wendelbahn intervene and only pass those ropes to the right of the conveyor to advance a boutinr.itcn point, which is in the one for open use; "boinpielsv / eire an I-lontage or further processing urf orderl.Vc>; cn räu; "". ' lohon location,

Fig. 8 and 9 show a vertical and a horizontal g

Section through an exit prechonea}: ν.-α ' ^Ί promoter with taxe ichtv. ··.' ·. |

ZVx receiving such a chicane) tw _e l their liaitertJYan, §

Same or corresponding parts are ^ It same Bu ^ unGiiiffmi |

vc: rselien _e As far as the individual parts kit 'ion "described so far |

share ütiöreinstiur.03i _s they will not be explained again ,, \

With "well-known Pamdi'oröc-rern the attachment of Sortior- j

.schilranen Kiaaeist Scliv ^r ierigkeiten "prepares _e have the ^Sciiikanc-n! rigid vnä not vibrant ansgeniIdet his irü you ^ on ao'i'ic-.v
of a fixed part of the device - "example avieise dea i'lansch.
16 of the inventive conveyor - go out αηα to öen
vibrating files pass by or through this

8 and 9 show, the flange 16 is provided with a mandrel 38 protruding through the countermass 2 and its attachment 20 within the recess 28 which is extended downward through the entire countermass. The mandrel 38 is opposite the recess 28
a game so that a transmission of vibrations is impossible »The cathedral 38 protrudes by a certain amount
the upper end of the neck 20 addition. On the flat top
Surface of the Doraa 38 is fastened with the help of screws 39, a triangular retaining disk 40, the diameter of which corresponds essentially to the "circular diameter of the oscillating mass 1 and
des l'opfes 3 matches.

The holding disk 40 has a over the entire outer Urafanr;
trending UVFut 41, in which, wio later in connection with
Fig. 10 and 11 should be described _f at any point ö (.a
A chicane can be trapped in the circumference »Furthermore is
the retaining disk 40 with recesses 42 vercohon, cU. ^r : the passage of the protruding approach 7 of the swinging wheels, 'to 1 with
allow a certain amount of play. This play prevents the transmission of vibrations from the oscillating mass 1 to a disc '40 * The disc 40 with the!' Groove isv.r absorption of baffles,
thus represents a fixed, non-vibrating 3! © il der
Device represents "

¹ "

In Zvisr.snenhang with the adjustability dc- f.chikaiisn over the entire circumferential range of the T ~! Iut 41, it is awceknii-ißac to adjust the pot 3 to the angular position in relation to the oscillating mass 1 also in suction This is, as is also evident from a different embodiment of the invention, achieved by the fact that.? go?: · Bode: ·; corresponding to the outer periphery of conical Spannseileioe 44 engages, with the aid of a screw 45 which is preferably in the Hittelachse of the pot _Liegi: can be i braced axially with the oscillating mass 1 "Bach a loosening of the screw 45 of the pot can opposite the voice = mass 1 are rotated »The pot 3 is centered and fixed at the same time by tightening the screw 45. The adjustability of the chicane on the one hand xir-ü of the pot 3 on the other hand makes it particularly adaptable ability to adapt to different operating conditions,

u? ig. 10 and 11 figs, for example, an execution horn! a chicane _e In the T-hat 41, for example, two nuts 45 are not rotatably arranged. Screws 46 are screwed into the nuts 45 from the outside - in I'ig. 11, for example, two screws are provided - with the aid of which a block 47 in the form of a circular ring cutout can be clamped against the outer sand of the holding disk 40. A vertical shaft 43 extends from the block 47 and an axle pin 49 is screwed into its upper end face. The acbs pin 49 consists - seen from top to bottom - of an axle area with a smooth outer surface, a support area with a larger diameter than this and a threaded part. A sorting wheel 50 supported by the support area runs on the axle area can be exchanged without difficulty. On the outer circumference of the sorting raclea 50, in the example shown here, pins 51 are attached which run in the radial direction and the length of which is so dimensioned that they pass through a certain amount through a slot 52 in the outer wall of the pot 3 can intervene. In the example discussed here,

. small · deep sucked, sylinarische öpfchon ^ Y / 'j · sortir::. b \ -icvd' .- y; i ₄ It angenoicncnj soi that d. ^: .e gevrünsohtf-i Stelirr ^ öer 'Co ^ -Cc ¹ Io.i'./·> the one is «which the lower vifü ·? öpfcho" i ir.! - 'Ig. 11 xuir "! · ^Ί;. , shown on the left ·? Potty in Pig. 10 an ear. ^ r ..

At "belranntcn E5nx-iolitir / :. ^: ; cn vrardon cerarti ^ 'T'Üpfc?.: Ci: nv-: h cIg :: Scliv / erpunkt sorted * It, 3 had cen ITachtoil; flsß dio CeschvrinSigltcit on etv; a 4000 Stud: per hour ■. · ". · Ο Lcachrih: ' ¹ r'.-Ar Ur /"! -Die Pelilerquotö olea ^ lialt from 1 $ location In the case of dor in Pi ^ * IC and 11, however, is not din r.ohv.'url'-Tcit exploited, but the pins 51 grip .j.weilfö in the bowl 53 located in the desired position "without & push this from the turning track" push a pot 53 in the wrong position ^? (top in FIG. 11) from the down-Wendelbalm. This can be sort ge scliwindiglre it en achieve 40,000 to 50,000 Töpfehen per hour, and the error rate is equal to prairbisch ITu.llc

The division of the pins on the outer circumference must correspond to the axial spacing of the successive pots. "The sorting wheel 50 is driven by the correctly positioned pots 53". It goes without saying that the ßortic-rrad 50 _? To understand pins 31 and baffle 54 as an example. The T ~ Uut can also be used to take up other types of harassment if other front parts are required,

Claims (1)

ί ^ / Π s ρ r ü c Ii e 1. Round conveyor ν.it. ^ O ^ v / in ^ -ntrieb, dor a Gigenraas. ^ E, a Sfihv / in ^ r.KsaG unci wo ni :, sterile two ai «counter-race and the oscillating mass ur. · .. ·. Has btclbar connecting leaf or bar springs, characterized in that the springs (29, 34) are arranged radially to the axis of oscillation 2. Round conveyor according to claim 1, characterized in that the pedals dur & b jev; eils at least an upright leaf spring (29) can be formed, 5. circular conveyor according to claim 1, characterized e i ο ä η e t that the Peders through at least two Bar springs (34) lying one above the other are formed. 4-round conveyor according to claim 5, characterized in that the rod springs (34) fire rods are, 5. Round conveyor according to claim 2, characterized in that that the springs (29) uci their longitudinal axis opposite the gagea mass (2) and the oscillating mass (1) are twistable. 6. circular conveyor according to claim 3 or 4, characterized g e ken η I show net that the arrangement of the S-t, abfcdern (34) in total with respect to the C-cgsninasse (2) and the Oscillating mass (1) can be rotated in advance. 7. Round conveyor according to one of the preceding Ansx> smells, characterized in that four springs lizw. Fed er groups (23,54) are provided. <.
8. Round conveyor na ^ U one of the preceding /.ncprü'.ht, d:. · Through £ e Ic e η η ζ eic ' ^{! Lne} "k» ^ ^a! ^ ^C ' - ^: ' ^{e 1} ^ ^ - FederlUn ^ e the Γοαίcn (29,3-I) is adjustable. • 9. Around ι or those going after one of the ν or cn /.r.:; ρ λ U ehe. d -a. - by ge Ic ο η η ζ cich η et that σ J ^! 'Odern (29,34) between a central, pin enf örs ^ en ./, attachment (20) of the fee mass (2) and ara-shaped attachments (6 , 7) of the oscillating mass (1) are clamped. 10. Circular conveyor according to claim 9 ·, d a d u r c h characterized in that the zapfcniform extension (20) and the arm-shaped approaches (6,7) according to the number of Springs with round, radially directed bores (8,21) zux ' Receiving the springs are provided, and that the springs between two segments shaped like a cylinder section (30,31,53) are added at the ends, whose G-esaiiitaußsndurch- • jiesser corresponds to the diameter of the bores (8.21) after the springs have been taken up. 11. Round conveyor according to claim 10, characterized in that that the Segi.iente (33) recesses (35) for receiving the bar springs (34). 12. Round conveyor according to claim 8, characterized in that the leaf springs (29) in the area at least the one ignition at least »ο in in Län, f; srichturg have extending elongated hole (32). 1-3. Round conveyor according to claim 8, characterized in that the segments (31) are in Lküiftnriclrb show running long holes- 14. Round conveyor according to claim 8, characterized in that the leaf springs (29) in the area
at least one end of at least two lengthways
have holes lying one behind the other. 15. Circular conveyor according to claim 8 _? since you raw geke η n draws that the segments (31) are at least two have bores lying one behind the other in the longitudinal direction. 16. Circular conveyor according to one of the preceding claims, characterized in that the vibratory drive is provided by at least one vibrating magnet (26)
and its associated magnet armature (14) is formed * 17. Circular conveyor according to claim 16, dad ur ch characterized in that the Schwingmagiiet (26) on the counter mass (2) and the magnet armature (14) on the oscillating mass (1)
is appropriate. 18. Circular conveyor according to claim 17, characterized in that the Ali order of oscillating magnet (26) and magnet armature (14) is arranged inclined to the horizontal. 19- circular conveyor according to claim 17 or 18, characterized by the fact that di ^! Beigung the arrangement of Schwingniagnet (26) and I-Iagnetanker (14) is arranged to be pivotable relative to the horizontal. 20. Circular conveyor according to sineni dor claims 16 to 19, characterized in that the gap
2VJ is before η Schwingciagnet (26) and Magne tanker (14) can be adjusted. 21 * circular conveyor according to a dtsr claims 16 to 20, el a ~ characterized in that two Schv / ing - magnets (26) \ md two provided according to © Iiagnctanker (14) are. c Round conveyor after a previous AnaprUoho, thereby sec o r>. η % ο I η et that the oscillating mass (1) is connected to a pot (3) _r on the dor.son Imvnn- * wall a conveyor track in the form of a Y / end (4) is provided. 23 «circular conveyor according to one of the preceding claims, characterized in that the arrangement of two segments (30, 31, 33) with the ^ on these detected ends of the springs in the bores (8, 14) of the oscillating mass (1) or the counter mass (2) can be indexed. 24 »Run conveyor according to claim 23, characterized in that that in the approach (6) a slot (9) lying in the plane of the central axis of the bore (8) is provided istj starting from the free end of the approach (6) and passes through the bore (8). 25c circular conveyor according to claim 24, characterized in that in the region of the free end of the at ~ rate is provided a clamping screw (6) _f by which the slot (9) is clamped. 26. Circular conveyor according to claim 23, characterized 'marked Inetj that in the shoulder (20) the bores (21) are assigned threaded bores and clamping screws (22) » 27. Round conveyor according to one of the preceding claims, characterized in that öaß axially through the GegeiHuasse (2) from a lying below the dog conveyor, non-vibrating point from a mandrel (3 ") upwards The top end is led with a horizontal lying below the oscillating mass (i) and extending up to High bracket extending from the circumference line ft * fr « - 17 ~ * ' is, 28. Circular conveyor »according to claim 27, characterized geke η η ~ se ί ch ι e _t tj, do.ß the holder is designed as a circular retaining disk (40), the recesses (42) for the lugs (7) of the oscillating mass (1 ) and a hat (41) running over the outer circumference! £> 9- circular conveyor according to claim 27 or 28, do, durchg ej ~ ke η η ζ calibrated η <?. t that a block (47) is detachable and adjustable in the circumferential direction with the aid of screws (46) »nuts (45) and the I-hat (41) at one point on the outer circumference of the retaining disk (40), 30. Circular conveyor according to one of the claims 27 to 29 »d a through, marked that with the Klots (47) a sorting device engaging in the interior of the pot (3) is connected. 31. Circular conveyor according to claim 30 «, characterized in that that the sorting device has a vertical shaft (48) and an axially fluchtöäJos rotatable with this Sorting wheel (50) includes. 32. Circular conveyor according to claim 31, characterized in that the sorting wheel axif the outer circumference distributed pins (51) which engage through a slot (52) in the £ opf (3) in the interior thereof. 33 * Round conveyor according to claim 32, characterized in that the division of the pins (51) on the outer circumference with the spacing of the eu sortSen. !Hurry about t immt * 34 ". Round conveyor according to claim 32 or 33 »d a d u r c h g e k e η η ζ e i c h η e t that the sra sort-ndeti 2eile are cylindrical bowls (53), which are through a baffle (54) before the encounter, don Sortiorraci (50) sit in οί: αβ position ■ * ■ · with horizontally lying oil axis on sericlvbc'r · v / v / o'bei the length dex * pins (; 51) ει ο tieraoBSftii 1ε; 1; _{ that c'ci.e with a bottom outwardly lying iöpfolien ('? 3 ^r ) from egg spiral (4 ·) v; ground egg shed _? while the pots with the bottom facing the inside of the pots pass through the sorting rack (150) and take it with them, 35c Itimdförderer according to a flor preceding claims, characterized by the fact that the pot (3) has a recess (43) at the bottom, lateral slides are cut downwards and inwards, and that the dex pot with the help of a tensioning _{cable (44) y} which has a complementary bevel opposite the Soliwingniaase (i) is.