DE1816110A1 - Device for guiding flexible lines, in particular on spinning machines - Google Patents

Description

I OL DR1961

Leesona Corporation

Warwick. RI ,. V.St.A. 1 8 1 6 11 Q

Device for guiding flexible lines, especially on spinning machines

The Irfladung relates to a device for guiding flexible lines, which are particularly suitable for this ^ the supply lines of the operator runner of a textile «· Keep the spinning machine in orderly condition.

The device of the invention is an improvement over that shown in FIG. 26 of Patent 1,685,884.7 Supply arrangement «

In short, the invention is directed to a device for guiding flexible lines xmä in the following in connection with an operating barrel for a spinning machine described "The operating barrel has a carriage that runs back and forth at a number of spinning stations, the spinning machine and automatically asshält "a-to-use station za versorgst. The driving force for the operation of the slide is supplied via two Yesfsorgimgsleitungai in the form of a compressed air hose and an electrical cable, which are connected to the slide the carriage according to the skates © »motion go along" Ute feed ends of the pipes are fastened aa terminals which are arranged fixedly relative to the guide device.

909833/0928

The object of the invention is therefore capable of holding a new and improved device for guiding and streamlining of flexible pipes, in particular the supply lines of a movable operating rotor of a textile machine in an orderly state at primarily the creation of ^{the first}

Specifically, this device should track two supply lines in an orderly state, one end of which at one end or is attached to the other end of a carriage guided on a guide rail, which is under the train of one or the other line can be moved along the guide rail.

The following is the invention in connection with a preferred embodiment example explained in more detail with reference to the drawings. Show it

Figure 1 is a schematic partial side view of a section a spinning machine with a service runner that has a ^^ guide device with the features of Invention has,

FIG. 2 shows a partially broken away, schematic side view of the guide device according to FIG. 1, in enlarged scale, and

Fig. 3f, 4 and 5 kept schematic on an enlarged scale Section views along lines 3-3, 4-4 or 5-5 i »* ig · 2.

According to Fig. 1, a spinning machine 10 has on both of them Bathing vertical girders 14, which transverse girder members tin «

909833/0026

finally wear a cross member 16 on which a number of spinning stations 18, each with one on one Spindle 22 seated bobbin 20 is attached. The operator

A nomination runner for the spinning station 18 weisVin patent 1 685 884.7 explained in more detail, indicated by dash-dotted lines Slide 12, which is in front of the spinning station 18 with the help of two running on a cross rail 26, running wheels 24 (Figs. 1 and 3) and upper and lower pairs of stabilizing wheels 28 and 30, respectively, which are on associated upper and lower transverse rails 32 and 34, respectively, run movably is led. The carriage 12 automatically runs back and forth when the individual spinning stations 18 in the row are scanned and, if necessary, stops at one of these spinning stations to serve them. For example, if one of the Bobbins 20 is fully wound, the carriage 12 stops in front of the spinning station 18 concerned, pulls off the full bobbin, replaces it with an empty hub and directs an associated roving 36 that runs from the top of the bobbin is fed from, for winding on the new winding core to this. The carriage 12 then begins its passing movement at the spinning stations 18 again.

According to Pig. 1-4 one between the carriage 12 and the spinning machine 10 arranged carriage 38 with elongated, spaced from each other own side parts 40 rigidly connected to one another by spacers not shown, which in a movement path running practically parallel to the movement path of the carriage 12 is movable. To this end has the carriage 38 mounted between the side panels 40, in the longitudinal direction thereof arranged at a distance from one another on üaufräder 42 which protrude from the side parts 40 downwards and according to Fig. 3 on the opposite upper channel

- 4 -9098 33/0926 originally inspected

th 44 of a U-shaped rail 46 run * which in the runs essentially parallel to the cross rail 26 carrying the slide and is located between this and the lower one Cross rail 34 "is located. At each end of the carriage 38 is A large cable rail 48 between the side parts 40 rotatably mounted, which protrudes without contact into the trough profile of the U-shaped rail 46. To make the carriage 38 in to maintain an upright position, are according to fig. 1 and fastened along the inner side part 40 nylon shoes 50, each having a slot 52 for receiving a downwardly protruding flange 54 of the carriage 12 supporting Have cross rail 26.

The driving force to operate the various components of the carriage 12, including its port moving means and the device for operating the spinning stations 18 is supplied via supply lines 56, which at the Embodiment shown from a flexible compressed air hose 58 and a flexible electrical cable 60, one end of which is in a fixed position on a provided on the carriage 12, calibrate with this along the Row of spinning stations 18 moving holder 62 (Fig. 1 and 2) is supported. The supply lines 56 go from this bracket 62 from in opposite directions and run along the top of the car side panels 40 provided guides 64 (Fig. 1 to 3) · These guides can be of any type and are in the AusfUhrungsform shown than between the side panels 40 supported guide rollers embodied. The supply lines run from these guides 64 via the cables * disks 48, each of which has a supply line 56 in the trough 66 (Fig. 3 and 4) of the trough profile U-shaped rail 46 leads into it, and further! Bags of the

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ORIGINAL INSPECTED

Rail 46 (IIg. 2 Mb 4 ·) "in order to then in the height of the longitudinal center line of the rail 46 through openings provided in the recess 66 slots 68 to an associated Versorgungsansehluß 70 (Mg. 1 _t 2 and 5) to pass through.

This supply connection 70 is in the form of a holder with a plate 72 (fig, 2 and 5) ₉ which is rigidly attached to the U-shaped rail 46 and points downward from it and has two spaced-apart slots running parallel to the rail 74 and 76 is provided »The compressed air outlet 5® is connected by means of a connector 73 screwed into an adjustable attachment look 80, which forms an L-shaped passage on a supply valve 82» which penetrates the adjacent valve 74. The attachment block can be moved along the U-shaped rail 46 and clamped in the correct position against the supporting plate 72 by means of two screws 84 that penetrate the slot 74 and are screwed into the installation block.

The electric cable 60 is rigid with a right angle electrical connection 86 connected, the rigid at one Leg 88 of an IW-shaped holder 90 is attached, penetrates this leg and then extends through the benaolibarten sole 76 of the supporting plate 72 and held in this slot by a manoohette 92 will. Right-angled connector 86 and a fastener passing through bracket 90 and slot 72 94 hold the holder 90 in such a way that it is freely longitudinally displaceable with respect to the rail 46.

Tightened around the compressed air hose 58 and the cable 60 hold, is a tension spring 96 with its one end on the other leg 98 of the L-shaped bracket 90 and with her

900833/0926

other end to an adjustable socket in Porm an eyebolt 100 which has a hole in a surface 102 fastened to the supporting plate 72 interspersed and in the desired set position by two against the two opposite each other surfaces of the flange 102 tightened nuts 104 is held. This way you can change the location of the eyebolt 100 and the compressed air line attachment block 80, producing the desired tension of the tension spring 96 bo be determined that the compressed air hose 58 and the cable 60 must be kept taut «

When the carriage 12 moves to the right according to FIG. 1, the compressed air 8clilauoh 58 pulls the carriage 38 afterwards on the other hand, when the direction of movement of the carriage is reversed, the electrical cable 60 pulls the carriage to the left. The tension spring 96 also holds the compressed air chi. 58 and the cable 60 tightened and thereby effectively prevents undesired jerking of the carriage 12 while guaranteeing a smoother and more instantaneous movement of the carriage 38 as the carriage moves.

In summary, the invention therefore creates a device which the supply lines of a spinning machine operator runner holds in order while the carriage of the service runner at a number of spinning stations passes and stops to serve any spinning station to be supplied. To this end a carriage that is movably guided along a rail receives the supply lines, the one line carrying the carriage with a carriage movement in one direction in this direction and the other line the carriage with an opposite Movement of the slide pulls in the other direction.

909833/0926

ORIGINAL INSPECTED

Although the invention has been described above in connection with a special, applied to a specific application form is shown and described, are the Of course, numerous changes and modifications are known to those skilled in the art possible, which is why the invention in no way applies to this illustrated embodiment or the described Use case may be limited, but rather all changes and changes within the extended scope of protection Should include modifications.

JNSPiCTED 909833/0926

Claims (1)

Patent claims 1. Device for guiding two each with their one End at an associated connection device and with attached to the other end with a sole slide that can be moved on a guide rail and are located in the opposite direction Direction of this approximately length of the guide rail forterstrstrende flexible lines, thereby characterized in that the lines receiving means are provided which the lines in their hold opposite directions extending position and which through the lines depending on one Movement of the carriage relative to the guide rail along the guide rail can be set in motion. 2. Apparatus according to claim 1, characterized in that the Büttel receiving the line through the one Line along the guide rail in one direction and through the other line along the guide rail can be shifted in the opposite direction. 5. Apparatus according to claim 2, characterized in that the lines are supply lines and the connection devices each form a supply source for these lines. 4. Apparatus according to claim 1, 2 or 3, characterized in that the means receiving the lines have a carriage that can be moved along the guide rail, on the carriage of which in the longitudinal direction of the guide rails 909833/0926 distant ends each have a pivot point for recording of a curved abaon center of one baw. the other Line is provided * 5. Device naoh claim 4 _f, characterized in that the Anaohlußeinriohtungen are arranged along the guide * rail vorxiohtungafeet and that the device aligns the lines bo that each line with a zwiBohen the Aneohlufereinrichtungen and the pivot points befiadliohtn section is on aev guide rail and the Pivot points of the guide rail and the last-mentioned section of the relevant line opposite «- 6. Apparatus according to claim ₉ characterized gaJcesmseichnet B, the Bohli tablets along a "practically parallel .aur Be * wegungsbahn de» l carriage ttg &»& comparable it fHhrungcaohiene I «but A ^ etiesii von & bt Wagen« * B «iw * gungebahn Bawegungsbali ^ is movable, the moveers aneohlüesf the lines aa slide über den insohXuB @ lBricJr ^ iinsen liagt, and <?. ate di «. öi «arranged 7, Vörrieh-lußg · muAk-AnBpraoli 6 "d" duvi> h that one is a flexible DruoklufteohloJioh and the other line @ äa fle ^ tfelea elelrtriaehea Kabtl di «i Ä? the Sohlsaioh and ^ int eltirtrisca · füida® it * D'l are formed and dafi «ine Sinrioatung veape« e @ ain _{s well} met the Sohlaiioh and dna - 10 -903833/0926 bad.orhühai. 8. Apparatus according to claim 5, characterized in that the car let stored such that sr is at Movement of the carriage in one direction relative sur! guide rail under the train dtr a line in the one Biohtung along the ruhrungseohiens in motion sets and when moving the slide in the opposite branched direction relatively sur Ptlhrungeaohiene under the Pull the other line in the opposite direction to the length of the guide rail moved 9. Device according to one of the preceding claims, daduroh gekenneeiohnet that the plank is movably mounted along a movement path running essentially parallel to the guide, that the lines each have a Krüraungsabaohnltt swischen their bathing, that one line a flexible Druokluf tsohlauoh and the other line is a flexible * electrical cable »that the connection is practically fixed along the length of the guide rail and a Druolu.uftq.uell · for the hose or · an · electrical power source for the cable, which is a carriage with the length of the guide rail distance from each other existing indan is provided »which see when the slide moves parallel to the guide rail under the tension of one line along the guide rail into one direction and when the slide moves in the opposite direction parallel to the guide rail under the tension of the other line into the opposite eeetete Biohtung length of fUhrungssohiene moved "that each am- 'end of the wagon each have a pivot point sur recording one I ilmmunga section β one line, where j «d # line is a swisohen of the AnoohluSeinriohtung and the «ordered pivot point ~ 11 -900133/0926 _BAD the guide rail lying section has ₉ that the pivot points of the guide rail are opposite and the last-mentioned section of each line between its associated pivot point and the guide rail runs ι that a device is provided which keeps the hose and cable taut that the trajectories of carriage and slide distance each other and that the connections of the lines on the slide are above the connection device. 9 0 9 8 3 3/0928 ORiqi _{Nal INSPecTE0}