DE2126098C3 - Device for guiding a tulip - Google Patents

Description

Lies under the Venn *

^ _$ ie "centri ^ « r axis of the FüHele task becomes with a

_{and the} pivotable pivoted bearing pin or roll against guide strips L · and are connected.

rather distance from the respective bearing pin (S, can occur

FUn (6) and de, FCrUn ₈ S ₅ Ch ^ (12, «**

The present invention relates to a device for guiding a tulip with a Bearing pin on the container filling machine carrying the tulip and another bearing pin on the

Se known embodiment of this type has a Knee lever open. which is connected to both the switch filling machine and the tulip, st. To the Connection points of the toggle lever parts, these are guided against one another by a toothing. This Embodiment not belonging to the prior art then shows certain disadvantages when with a frequent occurrence of broken bottles in the container filling machine is to be expected. It has been shown that between the teeth of the Knee lifting parts and the articulation points of the toggle lever place pieces of glass and cause rapid wear and tear or blockage of the tulip guide being able to lead

The same disadvantages have a tulip guide known from the USA, patent specification 2 794453, which consists of guide rods for receiving a tube body sliding along it in the vertical direction. Another known Vorrichiung (German Offenlegungsschrift 1482 618) consists of a four-bar joint, the extended coupling of which is connected to the centering tulip. With this refinement, a desired parallel guidance of the centering tulip to the filling machine is also not possible . The centering tulip is done almost straight in this Ausgestal. This is but Hinilick to today's requirements, as they have been in Kler tungsfüllm4hinen _s, to be au before unbefriediEend as not straight out bottles kiss? Reason ^{8 of} the high seal ^ - »stress undesirable signs of wear

are organized.

Further embodiments according to the invention to Further training courses are based on the following Bt-

description, the drawings and the sub-descriptions

Proverbs evident. With reference to Figs. 1 and 2 dt-

Drawings is a ^iü * ^^ J ^ Z

proper Fuhra ^ ben. The F. g. 1 shows the p

Longitudinal section, while Fig. 2

by the device according to FIG.

never represents IMI. The Fig. J

by Schn.it along the LmitJl ^ J ^ 4 <> On an outer wall 1 a.ncr not furtherJargr

put fla'henfullma 'diiiie is an ^F ^

ste2 attached to the ^Fuh ™ "f ^ ^Is ^

Jumps 3 and 14 ^ ^m _for ^Β ^ Γ

and 6. Continue to wear the Holding bracket 7, the ™osters

wearing. On the bearing pin 8 '' em M

shaped Wa Izteil 9 pivotable ge lageα A tulip support element 10 .st J

11, which carries hererse.ts.ein _f 12. Dipe guide rail '-f *

Guide rail 2 formed; she has the same Height and width dimensions D «^" ^ ungs-

Rail 12 carries a bearing block 13 with the

Bearing block 7 w.rkungs Maß.g «^ 5 ^^; °" Bearing block 3 has a bearing bracket 14

which is supported by another; ^ ^ηαβ . " ^βΙιΙΟΙ ϊ ™ ^ SS _gate The two congruent i ^ yJ ^η « ™ ^. shaped rollers 3 and 15 are in a plane ... the distances from the bearing point I and U ^ to the

6 "Coat 16 or 17" ^ _ ^^ 'ζ ¹ ^ ¹ ' ¹ ^ the radii of the coat are also the same. The rolling parts exist, see in this respect Fig. 2 jus. two Plastic parts !!, between which - wie ^ ™ WaIzteil 9 - a recess 18 is present, or how

in the case of the rolling part 15, which consists of two individual., at ^ distance mutually standing plates 19 and 20 are made. The recess at the WälzteU W sch! «Βί dieFuhj tion 12 * ui, while the distance 21 between the

Flatten 19 and 20, the guide 2 receives in th recesses or between the plates you the springs 5 and 6 arranged. The spring 6 is fastened in the holding part 22 of the guide 12. the Spring 5 is attached to bolt 14

The two rolling parts 9 and 15 are equidistant from the associated bearing pins 8 and 14, respectively each has a bore 23 or 24 in which a bolt 25 or 26 is mounted. The bolts 25 and 26 are on both sides of the rolling elements 9 and 15 each via a push rod sfarr, but movably coupled to one another. A stop defines the lower end position of the tulip guide.

The function of the tulip device just described is as follows: ii

Starting from the position according to FIG. 1 that the corresponds to the lower end position of the tulip, the tulip 10 can be moved upwards. Be there hear

parts 9 and 15 to your lg » _{d 17 f}

pan and _{hiss ^ £ η} «ϊί

each ^ ^dcren J:.! ^U _o S ^g _en 7 Wazteile only a single coat Rolden "de ™ _is friction ^b end or abwälzende ^ £ J _{crstellen DCR} bolt can only amonsten and" ^ & _dabci

take place. The feathers 5 ^ * * _umer ^

tense. When releasing the Τ " ^! Ρ ^^ ° ^ _{edcr after the} effect of the t ^^^ S ^ against each other

£ J »^ ^or · ^{on the} *

1 sheet of drawings

Claims (1)

the tulip and multiple Patent claims: dung of five reasons, ^egg ™ tulip for ^ benies to device 1 device for guiding a tulip with a bearing bolt on the SebätterfüllrnaschSne carrying the tulip and a further bearing bolt on the tulip, characterized in that the bearing bolts (8, 14) are pivotally mounted in zy-Jindersector-shaped roller units (9, 15) which are zen are compared to the tulip (10) "or with respect to the filling machine on vertical supports FühnTnileisten (2, 12) against the force of rolling over the tension elements (5,6) and ^ent each g ^e 8 ^s a SrAubstange (27) . himself significant damage