DE2017325A1 - Device for the formation of non-woven, open-meshed nets and their storage in a layer structure - Google Patents

Description

Device but training of non-woven, open-meshed Nets and their storage in a ski tape

The invention relates to a device for manufacturing a non-woven, open or wide-meshed net and its storage »wipe two materials for training a layer structure ·.

One made by the device of the invention Network is formed by threads of yarn, fibers, wires, monofilaments or the like, which are arranged at an angle so that the threads cross each other. Prayer shows thus a grid of a large number of parallel threads, all of which lie in a common plane and of a multitude of other parallel threads are crossed »^ which are essentially in the same horizontal plane. Although a wide-meshed network, of this type Crossing points of the threads have been tied or fixed

009841 / 185Q

BATH ORIGINAL

can this is usually not done because the nets will generally as the middle component in a ski bandage used and in its position during stratification. fixed. Such a network is, for example, developed a reinforced fapieree between two strips of kraft paper stored.

A number of different types of devices for forming such a network are already known. at One type of device of this type which plays an important role in practice _ a device is provided, ™ which advances a number of parallel anchor pins, while a transverse lifting mechanism cyclically makes forward and backward movements by one Number of threads to engage the pins · The device according to the invention is of this type and represents an inventive further development and improvement of such known devices.

US patents are the closest prior art 1,211,851, 2,812,797, 3,345,231, and 3,345,232 to be considered in the United States patent specification 1 211 851 are carriers for a number of mountings quite curved fingers provided, which are periodically lifted to intercept Padenröhrhen guided in the transverse direction or to engage with them so that the threads of the net are wrapped around these upright fingers. These thread tubes are attached to a long frame that swings back and forth on a shaft that rises above the Center of the main frame.

U.S. Patent 2,812,797 describes a device in which the suture tubes are mounted on a swinging frame a sudden lowering movement near the end of the stroke must perform so that the ends of the thread nozzles into a

009841 / 1-850 bad original

Position lower than the upper end of the pins, which are advanced in the forward direction. In the embodiment according to the US Pat while in the embodiment of U.S. Patent No. 2,812,797, the suture tubes must be maintained above the horizontal plane of the pins, except at the extreme end of each stroke when they must be lowered. The mechanisms used in these two known devices are complicated in structure and ensure _{that there is} never always a complete, inevitable loop formation of the transverse threads around the pins.

By the device of U.S. Patents 3,545,231 and 3,345,232, a narrow network is formed by swinging a thread tube holder on a stationary rotating tube performs to loop the threads around the pins of two closely spaced, parallel rows of pins, while the filament tubes in Vorwärteriohtung essentially old to be moved at a speed that is more or less equal to the speed of movement of those standing in line Pins near the front 1st, whereupon the Hetz is stretched out by pulling the rows of pins down to the |

desired width of the net can be pulled apart. Daduroh, that the sharpening must be pulled apart to the desired width, excessive stresses and tensions can occur on the threads, so that individual threads tear · If a thread is broken, this damage must be repaired »which may require the device halt, which in turn results in downtime affecting an undesirably high percentage of the total Operating time can amount to. In addition, due to the stretching of the network, the network slide up to its final width Thread the pins up and down or they will turn around

009841 / TIJO

201732:

the pins pulled * causing the pins to wear out and whereby, if necessary, the pins can be cut off by the threads.

There is therefore a need for an apparatus for Formation of such non-woven, wide-meshed keteas that through a simple and reliable mechanism, there is always an inevitable laying around of the Threads around the pins guaranteed and from the beginning a Hetz with the final desired width forms.

The invention is based on the object of a device for the formation of a non-woven, wide-meshed network to create that is relatively simple to set up, reliable in the working environment and with a minimum of downtime or unused operating time works continuously. Furthermore, such a device is intended with respect to Adjustment of the linear distance between the network forming threads, the angle formed by the intersecting threads and the nature or types of the Net thread material used in their operation be flexible or adaptable. In addition, the device should be designed so that it can be connected to a device for the production of layer composites, especially those in which a network is stored and between two pieces of surface of a material, for example between strips of paper, is fixed or glued, integrated and in this can be installed. Further features or disadvantages of known devices to be eliminated are shown in the following Description visible.

The invention accordingly comprises features with regard to the construction, the combination of elements and the arrangement of Parts, as shown later on the basis of exemplary embodiments is explained and indicated in the claims.

009841/185 0

BATH ORIGINAL

A device is part of the device according to the invention provided that a large number of transverse threads in an exact manner around a moving in the forward direction », parallel pair of upright moving pins sole line being the predetermined distance between the parallel pair of upright pins is substantially equal to the desired width of the non-woven, wide-meshed hatch. The in Cross-directional mechanism and pins remain doing in the same planes, bo that lifting the pins, a lowering of the pad tubes, a shifting movement of the Thread tubes in the forward direction the same or correspondingly | that of the pins or moving one of these components before, during or after the loop formation step. In addition, in the device according to the invention, the parallel rows of pins are equidistant held so that there is no need to pull them apart, so that there is no danger of them either tear individual threads or break pins. Finally is in the case of the device according to the invention, an exact lateral adjustment the mechanisms for advancing the pins' and for lateral guidance of the pads, as well as perfect coordination the timing of these two mechanisms is provided. This temporal assignment and coordination has the consequence that with every stroke of the mechanism working in the transverse direction every I threads inevitably and continuously around predetermined pins be looped.

"For example embodiments according to the invention explained in more detail below with reference to the drawings, in which

Fig. 1 is a partially in a perspective view merged sheet or one with the invention The layer structure produced by the device represents, in which »a non-woven, wide-meshed net is embedded is.

0 0 9841/1850

Fig. 2 is a plan view of the device according to the invention.

Fig. 3 shows a side view of the device naoh flg. 2, with part of the frame and the cap drive mechanism is omitted »

Fig. 4 shows a detail of the main drive shaft

Fig. 5 is an end view of one embodiment of a Protection device and part of the drive mechanism assigned to it.

Fig. 6 shows a section through the shooter device naoh pig. 5 along the line 6-6 in lig. 5.

Figure 7 is a top plan view of the drive mechanism associated with the transverse mechanism.

Fig. Θ is a side view of another embodiment a shooting facility.

Fig. 9 shows in a cross section along line 9-9 in 8 shows a part of this protection device.

Figure 10 illustrates four different ways of anchoring the sutures to the pins.

Fig. 11 explains in a plan view the manner in which a second wide-meshed network on a first network can be arranged so that the mesh size of the final * - gen Network is reduced in size.

Fig. 12 shows the chains and drive devices in a side view another embodiment of the device

BATH ORIGINAL

tong »which is designed in such a way that one hash can be placed on top of another.

Figure 13 shows in detail a portion of the two chains naoh Flg. 10 and the τοη these worn pens.

■ ■ ■ ·

FIG. 14 shows a section through the device according to FIG. 10 lung along the line 14-14 in FIG. 12.

15 schematically illustrates the mechanism by which two strips of paper are drawn out in such a way as to wipe the net this is stored as a layer to form the product shown in FIG. 1.

In Fig. 1 a characteristic type of product is shown, which is produced with the inventive device can be · This figure shows a retarded Product in which a non-woven, wide-eyed agitation 10 between a lower layer 11 and an upper layer 12 by means of a suitable adhesive 13 as Sohloht stored 1st. By placing the components and the operation of the device can be made by the tersole Pattern angles are formed.

The net is thereby in the device according to the invention formed that a plurality of τοη transverse threads in precisely around moving, parallel and spaced ones Pins is looped, so that there is a wide-meshed pattern. In the case of the one shown in FIGS Embodiment are the moving forward Pins 20 on separate links21 of two parallel, endless chains 22 and 23 with rollers 24 attached. Each of these chains is supported by the rollers 24 on chain support rods 17 and 18 (the latter is only shown in Fig. 14) supported or guided, in turn on a frame

^009841/1850 β «, OB *« *

are attached and are carried by a series of holding posts 19. The chains 22 and 23 are bit a · »front sprocket and a drive sprocket in icy grip. The lower chain wheel 25, which is shown in FIG. 3, is attached to the chain 22. A corresponding chain wheel, shown as a chain, is arranged on the chain 23. These front sprockets are mounted on a front shaft 28. The chains 22 and 23 are driven by the chain harvesters 26 and 27 (FIG. 4) which are attached to a main drive shaft 29. The mechanism by which the shaft 29 is rotated will be described later. The shafts 28 and 29 are secured by bearings in parallel side frames 30 and 31, which in turn are supported by a series of vertical members, such as the frame supports 32 and 33. The look! and arrangement of such Raimenträger can be distinguished m & lent in and correspond to the respective requirements.

The pins 20 are, as shown in FIG. 5, attached to chain links 21 in such a way that, after ataisii, they are directed towards the side frames. inclined so that the threads used for the net (made of fibers, menofilaments, oam or the like) can slide on the lower end of the pins and be anchored in an expedient manner until they are cut off are preferably made of a hard material, for example hardened steel, in order to reduce friction and thus prevent the threads from tearing and reduce wear on the pins to a minimum. If one of its pins is attached to a chain link, the length of the chain links 21 determines the distance between the pins on the parallel chains 22 and 23 and thus also the distance between the threads forming the network. Several pins can be attached to one chain link or just one pin on embroidered chain links. Furthermore can also

009841/1850

BATH

other facilities but fastening the pins use find «the Trrs at a predetermined speed» can be moved.

In the Torriohtuag shown in FIGS. 2 to 4, a device is provided through which the one "wide" Masehe bsw. A wide net is applied over a previously formed vet, whereby different masonry groups are formed and there is also the possibility of using different thread material for the formation of two different types of thread. This device for superimposing a swslten Hett ·· over “a first comprises swel parallel rows of straight forward moving pins 34 attached to chain links 35” of white parallel, endless chains 36 and 37. The pins, chain links and chains are designed and arranged as described above. In the embodiment according to FIGS * 42 (Fig. 3) are held in a Shane fiber of Ibens in which the chains 22 are held and 23 bsw extend.. Saduroh is old prevents unerwltneoht · BsrHhruag a sweiten Schütsenneohanissus the chains and pins (^, the suerst the trained Vets isajta · Si * · shaft 38 is used to secure the front 39 (Fig. 3), whose Surohaweser is greater than that of the ren chain wheels 25, so that the chains 36 and 37 in one holier The chain wheels 40 and 41 at the end, which drive the chains 36 and 37, are the same size and shape as the chain rings. 26 and 2? and, like this, are attached to the main drive shaft 29 (Fig. 4) r Ben chain wheels 40 and 41 © inä not shown, beveled and downward

001841/1860 "' _BAt)

Umlkteile unordered, which lead the chains 36 and 37 τοη 4er raised level down and »it bring the Xettenrldern 40 and 41 into singriff. The endless bold 36 and 57 can also have the same length as the chains 2? and 23, but this is not necessary. The alternate set of parallel rows of pins 34 and the chains and drive mechanisms associated with them can of course also be omitted or, if necessary, pins can be thrown from Ktslioli · Basse len pins. Weon a hat neohsnismue 96 nioM w £ rd _P Sean Wfomm Ulm Bander bett · Chains 22 and 23 mortars & i »ftlili · * s« £ n "tile shown in Figs. 2 and 3. A & mä®r« Jtawinun »wide satses of Pens and the entsfre @ & «n meohanieiaue is shown in Figs. 12 to 14 and is described later«

Between the chains 22 and 23 there is an alifstmisi 4 that corresponds to the width of the finished »,, imitaasohigeii Mmtm because the pedals are replaced by a in Qaerrlcilitimg-» rb®lt »ai®B SohtttnemneohanisAus 46 qmr lter Sieee» AbstsnS, so that they, among others, are the mlA Tonart® tewe &% nden pens recommendations and wsries anchored to them »The direction of movement is indicated in Fig. 2 by an Ff @ Il«

Its implementation form of a solicitor's suitcase is shown in "in""lnen in Figs. 5 and 6 as well as sui & ®HAti @@! T in fig. 2 and 3 shown. In these figures, the same building tiles are provided with the same besugsseiotea. Bisraer Sohutsen ~ meohanisaus breathes ä & m-, §M iurd & gita & ien FIi®n 51 im dia pens 20 se füteea »Mibei ii # WMm wm Speien 52 ($ i§ * 3) extracted% rari®n ₉ the & mt fine mMkt isi ^e g® si @ llt @ m Attached to the Steok gate

bar

45 with syfclisohen Habbswegungen, whereby, the Ilflen swisehen adjacent pins through, beyond these, so that a * be unaohlimgen on the outside, and then emv again back through two other small-sized pens that during this section of the work cycle twisted "so that the thread sucked around the outside of the pins can remain during the entire work cycle both Sohütsenmeehanisaen and the pins in the same horizontal planes. You will also be through a single Drive device driven »As soon as the desired ratio «Wipe the forward movement speed of the Pins and speed of the crosswise working (f Sehtttsenaeolianisaiss is fixed, be dorea the Torriohtung all hands continually I in a full manner and swanga-Iftufig wrapped around the pens.

One embodiment of a suitable Sohtttseaaeehaniemue is in one in the? Ig. 5 to 7 shown. In this embodiment, the hats neohanismne 46 runs in two parallel rails 55 and 56, which are fastened to the side frames 50 and 51 and see the frame extending at right angles BU in the direction of movement of the chains 22 and 25. These rails have the same structure and consist of an upper bar 57 with a snt-rereeheaen and a lower bar 58, if necessary with an actual bar, which are held at a distance from one another by means of two distant bars 59 and 60 (Fig. 5). In the bottom formed by the rods 57 and 58, a rod 61 is slidably arranged, on which an inner plate 6? and a sweeter plate 65 is attached. The entire transversely displaceable structure consisting of rod 61 and plates and 65 is constructed and designed in such a way that an unhindered goalkeeper movement and backward movement is possible along the path given by the grooves in the rods. A holder 65 'for fa-

009841/1850

denrShrchen fastened ₉ the els © Aasahl from FaS @ nfÜtaingeröhrchen 66 has «which are inserted into the rod and guided through it» which forms the holder. Bnroh elae hole 67. in each iadenrehrehexr 66 is bent, elm Ksä® »hi. The meaning is the position of the thread guide tubes 66 in relation to the pins 20 (or pins 34). As can be seen in FIGS. 5 and 6, these thread guide tubes must be as long as possible The upper surface of the chain links 21 and the pin® 20 can be arranged so that the thread is supplied from the Ufetere @ ite de® thread guide tubes 66 at a point near the upper end of the pin and the surface of the chain link _φ at the let the pin be connected to the chain link. If a thread on this © Art rad ¥ ®i © § © feg®gog®n is »this is guaranteed»
Pen will apply xmü
that he is in
comes “Wesii one

A previously trained Hetz w © ri © a can be passed through the swaagslliafig © holder i @ r Äi © »öes © rstea fietses on the lower Bnä @ of the pins olme Seteiifi'igteitea © la other thread guide rShjroton over && e © rot® Wetzο

In FIg. 5 is also the type Raai ¥ ®iee amrgaütelltss is herurageftihrt in the ATE FadenfUhrun 'sröhrohen 66 (in the .gestrichelt darg®et "falls @ m position) among others a pin, which is beyond the outer Orense the pin hinauebewegt w ä aen transversely extending The thread loops exactly around the advancing pin. This relative arrangement of thread feed tubes and pins as well as the precise lateral assignment and control of the various drive devices allow the threads to be anchored exactly. B®r distance between the Faöenführerröhrchön 66 should be the same as the aswieekeia of the pin 20 (or 34) or a full-length TielfecBi © ® ■

00984T / 1860

BATH ORIGINAL

of the pin spacing. In general these distances are " same·

The holder 65 and therewith also the thread guide tube 66

are only crossing the distance 45 by a drive rod 70 gate and surfed k moves, which to a * code on the inner plate 62 is articulated by means of a pin 71.

As can be seen from Fig. 7, the other end of the drive

rod 70 through two connecting parts 72 and 73 and duroh a pin 74 on two parallel binding chains B 75 and 76, which in turn are fastened with sprockets 77 and 78,

which are attached to shafts 79 and 80, and with a chain wheel » the 81 and 82 are in engagement, which on shafts 85 and attached, you shafts 79 and 80 are driving the truss baw.

Chains 75 and 76 and push the in the transverse direction

movable structure gate and seruok · Wit mm «lif« 2 berror »· each end are movable in a transverse direction

Identical drive devices assigned to the superstructure Another embodiment of the transverse direction Mechanism is shown in fig. 8 and 9, where sur Designation of the same components the same designation as in

Figures 5 to 7 are used. In this AusftlBrimgsform the rails 55 and 56 Figures for Sohüts "" elnriehtrajg in λ. 5 and 6 ersetst duroh shafts 87. The shafts are in brackets 88 and 89, while “di a * f 4” a S * it “ar * lswn 30 and 31 are attached. A block 90, which is displaceably arranged on the shaft 37 by means of a bush 91, is designed in the same way as in the case of the ama guide form according to FIGS. 5 to 7 * n of the drive unit connected and fastened to the holder 65 for the threadr9hr @ hen.

The Pig. 2 to 4 show the arrangement of a wide, optionally attachable gate mechanism 96, the beyond

009341/10 SO BAD ORIGINAL

2017321

ereteren arranged let. Br has a aaf rails 98 and 99 running holder 97 for the thread r @ lirc * & 6n, which the gate moving a, before laid out let "moved in the transverse direction" around? South on the luS & ran, or chains 36 and 37 attached pins » 34 se τ * rankers, eo that on the first set a «wide one is trained« servant ¹ SSWeite Sohfitsenmeonanisaiuisr 96 is in Ser gleienen like the already described- Sohtttsenmeelia & isaiie 46 "mtt8g®lsi2det, aufier da @ d @ r holder 65 for i £ a

the aiJher lying "level, la ββτ. eiofc iie pen · 34 higher ang @ © rfaet 'let · Sa s« i®rtea die Aat ^ ieimlnrlD ideatisßh with ü @ s fte ά®> η © satsa S @ hlts @ ameliamin « i need äi @ e®r second 8üMts «ii» eoliiiBisiH3 aloii1; ae & r adjust Isseoteiebeii

With the in de » game

37. Έ eia® awe © faitJSig @ wm>] chain 101) lad eia KettenmS drives. Dies® la sielit

Wave will «ärcroh an AassM iiifwslÄ Sttttsea-104 the lttaga'd @ r string ües tsftseae 50 aagetsiimt ßimä · Aiaf the«

105, 106, 107 wtü- 108 attached. Ä © latriebsrad 105 «divides- 'with a Zaimrafl 1.10 * the shaft © 79 1» Ilagriff,

di © left att3 © B li © g © aäe S © tt @ mm in lyingea Ea'lt ©. fi rushes the Mfe

■ rad '111 im Slaßvlff »fes' sisf ie® With"

deepened Zaltema 11

BAD OMiöiNAL

This drive system® is duroh SahnrSder 1OB 115 (Flg. 2).

The Hamptanisi @ bisw @ Xle 103 also drives one of the edre "ine" grease 118 of the device, old the 4 * 8 paper, which the SahiohtTerband forms with the wide-meshed back that is sucked! & The machine. The shaft 29 (FIG. 4) is set in rotation by means of the main drive shaft 103 via bevel gears 115 and 116. The shaft 103 is supported in a bearing 121 in a frame 120 formed of lst _t iet in turn fixed to the main frame 30th The driving sprockets 26 and 27 for the chains 22 and 23 and the sprockets 40 and 41 for the chains 36 and 37, which can be optionally attached, are attached to the shaft 29. Furthermore, a driving chain wheel 117 is attached to the shaft "29" äae ait de? Sett® 118 (Fig. 2) is engaged, which again * »transmits the power that is required« in the nec through the machine, using paper that has been strengthened as ▼.

The various gears, greases and corresponding drive wheels are often designed in such a way that the βτ * δηββ & - te and gate-fixed relationship with the resistance of the earth moving pins on the endless chains and the (Sesolswladiglceit de Sohütsenaeahanieaus receives. Meees e # eohwiadi £ <keits ratio is again determined by the width of the distance between the pins and the angle in which the threads are to be attached or arranged in the formation of the fetsee. Wi® emerges from Fig. 2, imag das? © r ~ tilltnls swiscfeen d @ r Egttengeschvrlnäigkeit; and the @ ® ° »@shv? indigkeit of the sole semichannisiaue in transverse direction & ® te &e> rdiniert wc - '^ aB ® at the end of a complete work®--

© insr position is _v iu isT d®§seea

009641 / 18SO

BAD UHiGlNAL

the one around the pen adjoining the titan pen, which during the mediocre pre-pounding the front veranitena ^ aetift file · * «« the touch! tat · *** £ · «· eo held. As can be seen from fl. to adjust the pins «t« the special thread g »- recommendations b« w. is anchored. In fig. 10 elmi four branches of the anchoring of a bath are explained, the last thread of an expired - Arfeeitesykltifl "Sümst * üiae aueg" sch 'gene line 51 ^: tmd the first, ma: foremost WM®® des nloaat "- following work cycle iur @! I ^: a g «@ triOB®lte line. 51m ■,. ■ '., Is shown. 3) i @ laktfollowing and ^ft i®r stick & m SoMltB · »- · ^: - TQfiohanisiaus karai so chosen verddsi, i®i" a d®n, tn 'any number of pins is taken, b @ ispieiffi% mi «» Se around a pin (Fig. 10A) or tm a larger AjutaluL pins (sB · four pins, as it is shown in Fig. 1UH ). In each case at & S the sesolvijsdigkeit '-amp movement of a pin {vertical arrow In general the speed of the Querbewtgun® des (horizontal arrow in flg. 10) so swept * ain _r d * § ▼ orste thread 51 "among other things the pin 20a geeohlimgen know4" ..About the pin represents the plumb pin 20 aagraorl «which in turn formed the front anchorage pin and the last thread in the immediately preceding work cycle.

Pie Tig. 11 explains the manner in which, by means of a second sole mechanism, as shown in FIGS. 2 and 5, a Bweltee ftets can be placed over a previously formed one. In this position, the threads 51® of the arguing net are indicated by dashed lines to distinguish them from the threads 51 over the first net. In this example, the wide drawer

00984171850

BATH ORIGINAL

.η- 3017328

aeehaniaaus dasu uses »the hash beds of the trained Halve iretees au * However, this · V ·! · They are made of a different material, because vets are stored. Assortment of Sehtttsenmehaiiiamn one behind the other Can be used as described in fftg. 2 and 3 eggs in another exemplary embodiment in fig. 12 to 14 is shown «

In a Torrirshtung with a sweiten SetiStsessaeohanimnie is "as shown in Fig. 2" shown 3 »4 and 11» let ·· etc. required because © have the sweiten chains gräSeren a distance from one another as the chains sur forming the first Netsee, Once the! fets close to fl. 11 is finished »all threads along the * Xnn @ number of the two inner chains -22 and 23 must be cut off, so that the! fet» is released · It has been found that this is done with some Types of Ifademaatsrialiext classifies according to difficulty · In addition, the whole material of the thread, which runs from the intersection to the outside of the pins, is lost as waste. SohlieSlioh feaan dl · Time sequence of the swei sätise von Setten ₉ as they dit.fif «i tmä 11 seigen ₉ Wtmstesml su Sehwlerigkeitesi lead · Hit the in fig. 12 to 14 illustrated Aus ^ r- I findungsgea & Sen Torriahtung kSm & en all si ··· th are excluded »those with a Torrä '& jgnmg flg. 2 and 3 when superimposing a wide Hetses ffi & *% one other previously aiisgebildeten lets occur ktSssie & a in these are "figures for the same components, the ß * $ i $ hm Se" sugsasiohen as in the previous figisr $ &

The general arrangement of the di @ pin is carried out by Sesi-Setter in Fig. 12 echeme.tisföla without the BohUtzevt ^ and Amtriebis "" mechanisms shown in advance

061141/111 ©

the old roll 12? erereebenen efciten asgebmobt (tig. 13 «ηθ 14). These »white parallel chains» 130 and 131 vezden duron holding rods 132 with 59 «BfMtttst» di · on the rolls 24 de * & tie% 22 m ^ 23 aifti * § & as wetati 41 · »· letsteven Xette» pins 20 trägem, « a S »» ®si -. 'Am -. west - lit »as just beeofirlel» eü sttegeliierter

Pie HauvtraJiBea 30 wn & 31 sJjsS mm. t »iiem ten naob above and 31b in Mg, 31 & deceives a wave tritbene chain lock 136 is Ms UU

wave
attached

indicated eiaä> ₀ imt fc W9llo ^ f) £ 0 ^ © Sm M ^ Atihemi 140 ias nit eiaeffi SefeüBseS 141 sat ies? Well «1ST

130

a lion

row ait like an® f lg « rubbed ait the pencils

1 st _t i

tmd «« nage- »

As in the fig.

Li © "", da ©

Äea @ lies «

@ s * Stift® 20 '«ad'

BATH ORIGINAL

125 loosely accurate and «■ becomes the resulting double vets designed in such a way as to ensure that the sowing takes place at exact intervals Wet 'pre-sharks are ·.' ■■■■■■ ... '. '■' ■■ .- '. ■ - ■ ■ -, '... ■ -: -

A »inventive torriohtung for the production of tines desert is particularly suitable, with« inttr • of Aüebildimg · 1χμ · SoMolitieriMUiaea miiiieiniTiiTit «sä la this ·« iBgetetrt η w * rdea, · ο da · ma nickS o weitlets ewi wiiÄ, from flwcibl · «HftterinX wi · about fti« i «p _e Xa dta

Fig. 5t 4 vaä 15 is the Torriobtrsn «star Htretellicag« la »« SohichtTerbandee in tints Au9ftDirBng8fom dtfgtsttllt, old the tin Ytzttairkttr AipitrcOBiohtttoff produced wtzdtn «lauan · which is then soled in Stxet & ifea Hömitten made wexien team «

Fig. 15 explains eonewitieoli dieee TozrioMtmg whs Αηβ-

forms a Sohiohtrerfoaaes. The ready-made lets 150 "dme either on one""of the eveI layers" is bathed in two separate tapes, with the steel 154 being sucked off by a Meferrelle 155 via a FeanmgeroXle 156, while the other strip 159 via one Series ron ^ fffbrangsroilen 161 _V 162 ant 165 wt & one

Delivery roll "160 sucked" ad danaen d ^ roa eias SiaTiektamg λ

It is guided as to how the adhesive is used dea AaeftQirttngpbeleaiel aaon flg. 15 shows this policy an Ilebetoffreserrolr 165 and swei Besold.alrtBnta «alsea 166 and 167 aaf the aaf of one side old adhesive 170 beeekiofetet Strip 159 is danaoh suseaaen since strip 154 and dea Vets 150 daswieenen dtoroh den S $ alt swisohen dem two free nalanfenden lhnaokwalsen 172 and 173 led »

Haohdem in the gap swisohen the Srackwalsen 172 tmd 173 the

Sohiohtrerlmnä is formed, so that lets τθε of the pen be loosened «This is expediently done by _f d & @

009841/1850

BAD OBiGlNAt

A® in a Jffteserkliiilfe 174 eertsesrat dl ·

176

ltateffiden xitiSQkm H®n Bin & @ r »i« s utohiohtfespbandes tmd the pins, abgeöhnitieii
175 (Fig. 3) attached

βο that the completed

-sw HersiellnBg de® lfatsee atbfMogea w® »i # a taan«

R <u! M 1Θ0

1st

The Gesehiolitate ' guided

Strip one one

amf W @ llen 186 Waves 136 maä 187 as well as the putties 190 sswiehen chain 11 β

mat üiemn 183 and 189

etrinf®

Me

β «?

naoli ie "" ia Stranding

1f7 © ■

aif Tffiitii

Ahoy & tn

have about 2.5 oe of each other. (This example serves to "finally provide an explanation of the method of operation of the device, referred to aan flg. 2, so in this mode of operation the pins 20 on the straps or chains 22 and 23 have a distance of about 5 cm from each other ^ raid it is necessary" these chains 27 and 23 are spaced so that the distance between the corresponding pins on the swel chains is somewhat greater than 127 approx

009841/1850

BATH ORIGINAL

net. Your actual look depends on the timing of the

Goalkeeper movement of the pins and the oeao speed dee In Transverse direction movable Sohütseniiechanisiiafl. AuSerdett

becomes duroh the look! of the threads used sus & naen with the control of this cycle sequence of the angle determined by the threads are laid. The sonut drive mechanism means that the drive rod 70 and the chains 75 are designed to be 6 _V and so long, so that the conveyor tubes 66 can be moved straight up over the pins on each chain 22 and 23, so that the loads are often in the

Pins in the middle match their tips and the places ■ "■ -ä

to which they are looped with the chain links B. connected and. It is assumed that "dai der Sohütien" mechanisms are in the extreme left position in Fig. 2 is located. The see Torw! Lrtebewegenäa pins 10 of the chain 23 meet the women who are at the peg & -

Imng slide down and vm this geeoMuiigen werS «B _v

wXbxend slon der SohütBenBeonaniBmue aaoa reoJtite T * seeM «bf% ·

At the time when the Sol ^ tBeniwohanieaue la seli & r

Runs in the right lying position, in which he is guided by the pins 20 on the chain 22 AlBäarott "have Bioh moved the chains around the belts d * * Streok"", which is determined by the width of the SohfltseBeoaaniemue. If the SohntBenaeonanlBan "a Work * ^ cycle duroh return below the äußeret left lying · St!" · Development abgeBohloseeu asked eien (located in the Aseioht neofe

Fig. 2) the IadenfuitrungerShToaen lying on the widened top

in a position in which the thread over the pin 2 © the

The chain 23 is soled, which is attached to the bottom «ii bow»! « Pin 20 angrenst, vm the invite at the beginning of the work · »

Zyklua was soled. Daroh this clock sequence and Steuenssg it is avoided that there are gaps or spaces in deo wide » meshed UetB.

In the embodiment shown in Fig. 2 * _: wiri üt® & @

009841/185 ©

. _22nd 201732

The exact timing of the forward movement of the linier or chains and the drive chains of the SotaBtrönmohaniflane is achieved by a suitable choice of the Oherseteimgsverliilt positions and the chain wheel size. It is also possible to achieve other known arrangements, for example separate but synchronized drive motors for the shaft 29 and the drive rods 70 as well as a corresponding number of gear arrangements. However: a® eiieeHs® »mechanically connected drive device; as shown in, the Pig. 3 and 4 is shown _s vorgesogsn. It must of course be a drive device vcrgssitea «» it ier the cycle sequence described are achieved tea »«, "Ilralioli" devices, are for the coordination of the movement . imus 96 and it smuecwdneten endless chains, the pins also trag®B. Bsi 'of iwisMw ^ te to the chains 22 tind we i®n with pins on the i @ n listf mm. JS and 37, a gewiss® EinstellCTg mTtmtamviMh 23 ^ In such a way that the broad 1Tets _N indesent T@rliU.inie bsw "is placed in the desired relative position on the previously formed network. This relationship can be established in a simple manner for any line.

Due to the matching formation of an interchangeable anchoring of each thread on a pin, the assignment of thread guide tubes and pin, by maintaining a predetermined local movement speed of the endless chains and the cross-direction moving shield mechanism , aws®k iie formation of the Jfetsee sit the final width from the beginning and because the zeameo straps and pins are kept permanently in the same horizontal planes, it is possible with the device according to the invention to let them run for an escalated period of time without being turned off

those caused by broken threads

0 09841/1850

BATH ORIGINAL

en! »levels © due to yob Mete» or & beolittitte from Sea Hets ^ r & iasstaeoSmeiaen. AmSerdes lmsm finished nets directly into a ¥ ®rrie & tiiiigι «production; of a SetticlttYeriwndee initiated w & vüzm ₇ m® ImS as fet «wend igfceit deflates β amsHets eisy sfeitesea. TesKes ^ asf a®f «

snwiokela. '' ■■ '■. · ■ '; .- ''. '■. ; ; ; ■■

Sine erffwdwfflgwgiBlie Tineriohtiiiig - siar- AimMIAvbc eiaee woven »ef ^ feaaaselii ^ a lsties w®ief t ^ si ^ steae stiei siei ■ wenf8rteliewegpii @ ₉ parellel® 'Itiiiea ¥ meld m% f «ii®" ine Tielsel »! ^ ®η- fiii ^^ ^ erStrliagen ^ a '(iiest Stift® /.-solilingt. JflBurenä äie Stift«' la. #imeff lieriseatmlen l ^ eae ▼ omrärtslewegt imä * M © BoMIts * a «inriahtmsg ¹ ^ a a pen rhyme® » we msaämmm in <· 1μμτ «i ^ ®ip®2I .liQrisieate ^ ® Ä and Börüökfesclio ^ sii WiIL ^ ₅ lines. 41« Mäe »fas · ae way * et% m toensseis® tapemst ?. Se siai SinriolttnngenVvittgtMlMttr ^^ U ^ 113® »aadia pen®»! Aufig en \ v * tm & ittA · Selsli € ili © li is the? ®KPi®! itimg.alt einer Bisriilit ^ sg vere ®li @ ii _s ait- ier Sas ferliüesiellte in a Seltielitwerl & ni «in ^ Blep ^ t weräes% ejan.

00984171850

BAD ORiGiNAl-

Claims (1)

Patent application Device for forming a non-woven, open bait wide-meshed net, marked (a) by parallel endless belts (22, 23), the τοη- each other have a distance (45) of predetermined width, which essentially corresponds to the width of the network to be trained, (b) by a plurality of pins (20) «or anchoring der? ädea, which at intervals at these Baadern (22,23) attached and aligned transversely au their distance (45) and during the formation of the network la one set horisoatalea level are kept, (c) by a SohStseneiarichtuag (46) who la one set horisontalea level paraillel su this one The pins (20) level works and weaigsteas one Section of this Baader (22, 23) crosses this distance (45) and a Tielsahl tob thread guides (66), which are spaced apart from the pins (20) in accordance with the gaps, the lower delivery end of these thread-like phrases (66) ends under the tips of these pins (20) and this Schtit Beneinrichtung (46) is moved so that each of these thread guides (66) through a space between two adjacent pins (20), around the outside of at least one pin and back is passed through a space between two advanced adjacent pins (20), (d) by a main drive shaft (103) and (e) a device (100, 101) which this main drive shaft set in rotation, (f) furthermore by means of a belt drive dressing (29, 26 »27), which is mechanically attached to this main drive shaft (103) 0 09841/1850 ^/ BATH ORIGINAL closed iat and these pins (20) advances at a predetermined speed in the forward direction, and (g) by a cap drive device (70 ₉ 75 76) which is mechanically connected to this main drive shaft (103) and the thread guides (66) in this plane Moved forward and backward in the transverse direction, this shuttle drive device being assigned to the tape drive device (29, 26, 27) in terms of time and coordinated with it in such a way that the foremost thread guide (66) is calibrated at the end of a partial cycle of the movement sequence of the shuttle device (46) is in a position in which a thread is looped around the pin (20) which is adjacent to the last pin, which in turn forms the front anchor pin for the last thread in the immediately vara ** - going cycle. 2. Apparatus according to claim 1, characterized in that these endless belts are formed by chains (22-25) and these pins (20) are attached to the chain links (21) are. 3. Apparatus according to claim 1, characterized in that this Schützeneinrlohtung (46) parallel rails (55 »' 56) that look across this distance (45) and extend beyond the bands (22, 23), and a rod-shaped holder (65) for the thread guides (66) is provided, which is attached to a holder support (61, 62, 63) is attached, which is displaceable along these rails (55, 56). 4. Apparatus according to claim 3, characterized in that this protective drive device has rods (70), which are hinged to this holder support (61, 62, 63), as well as a device (75, 76 * 77) for the back 009841/1850 ^ original and floating these rods. 5. Device according to claim 1, characterized in that gekenas · lehnet » these parallel endless belts or chains a first Pairs of endless chains (22, 23), which have a "rates, train the lower part, and at least one ■ «· additional pair of parallel endless b-strands or chains (36, 37; 130, 131) "those above this eretesi let" train overlying nets as well as any subsequent trained agitation. 6. Device according to claim 5 »thereby ge ^ ennseiohnet» thatB this lovely pair of parallel endless chains (36, 37; 130, 131) is so arranged that the pins (34, 125) attached to it during manufacture of the Network in a horizontal plane Hbef the plane of the Pins (20) in which this first sharpening is formed, be moved. 7 * Device according to claim 6, because it is recognized that it is rewarded this extra pair of parallel endless chains (36, 37) outside or on the outside of this first Pair (22, 23) is arranged. ; Ζ .--. "■■ - 8. Device according to claim 6, because this additional pair of parallel endless chain (130, 131) is arranged above this first pair (22, 23) and the scrap on the lower section or strand of this second chain pair is above the first last is trained. 9. Device for forming a nioh-bg®woben ₉ open or wide-meshed * ^: -Nets.es, in particular according to one of claims 1 to 8, gefcesnseiehnet (a) by a frame structure (30, 31), 00S841 / 1S5O ORIGlNAL BATHROOM -27- 2017321 (b) duroh B two parallel endless belts or chains (22 » 23), which rorbeetiaeter a distance (45) from one another Have breadth that is essentially the breadth of diini-bubbling tea corresponds, these chains are arranged within this frame structure, so that they have parallel, movable endless trains with upper, net-forming sections and lower sections -. ■ '■ den, "-' ■■■■ ■ '■ .- ■'. ''"-.'..- ■ '-.,' .. ■ "- ■■ - ■"'■ - '" (c) by Kettenabs does tongues (17, 18) _e to these Rahsienaufbau (30, 31) are arranged and denoberen, nets forming portion of these chains in a fixed | hold laid horizontal plane, (d) through a variety of pins (20) but anchoring the threads attached to these chains at intervals and across their spacing (45) are aligned as well be held in a fixed horizontal plane during the formation of the bench, (e) by a chain drive shaft (29) and chain wheels (26) showing these chains in torquing red with Vorbe-βtlnater Drive speed, (f) duroh a main drive shaft (103) · the BMphanieeh . 9Λ ' this chain drive shaft (29) ^^ «nd this Kettenrldez · (26) is attached, (g) duroh a drive device (100) which is directly connected to this main drive shaft (103) is connected, (h) through a hat device (46) that works in a fixed horizontal plane parallel to this plane of the pins (20) and overflows at least a section of these parallel chains (22, 23) across this distance (45) and a number of tones Padenfiluhrungen (66) which are spaced according to the intersections BwischeQ the pins (20), wherein the lower delivery end of this PadenfOh- ■ rütgen r (66 ) ends under the tips of these pins (20) in the case of this shoe device (46) so moved 009841/18 50 _BM) original is that each of these thread guides (66) is passed through an interspace "between two adjacent pins" xm the outside of at least one pin and burüok through a gap between two adjacent pins, and (i) through a cap drive device (70, 75 »76), which is mechanically connected to this main drive shaft (103) and moves these thread guides (66) back and forth in this plane in the transverse direction, this hat drive unit of the rotary movement of this chain drive shaft (29) and the chain wheels (26) laterally is assigned and coordinated with these that at the end of a complete cycle of the sequence of movements of the SohützeneljKrlohtung the foremost thread guide (66) is in a position in which a thread is looped around the pin (20) adjoining the last pin, which in turn forms the front anchor pin for the plumb line in the immediately preceding cycle. 10. The device naoh claim 9 »characterized in that this hat device (46) has parallel rails (55, 56) that extends across this distance (45) and across these binders or chains (22, 23) run hlnau «, as well as a Balter (65) for the thread guides (66), the is attached to a holder support (61, 62, 63), the long of these rails slides and is slidable. 11. The device according to claim 10, characterized in that that this shooter drive device (70, 75, 76) has rods (70) which adhere to this holder support (61, 62, 63) hinged and on endless chains (75 »76) are attached via sprockets through this main drive shaft (103) are driven. 009841/1850 BATH ORIGINAL 12. Provision for the formation of a non-woven, open or a wide network, especially one of the Claims 1 to 11, characterized (β) by a frame structure (30, 31) v (b) by a first pair of parallel endless ties or Chains (22, 23) which have a distance (45) from each other ▼ orbestlmmter width, which in the weaentlioaen of Width of the Ratz to be trained entopricht, where these chains are arranged in this frame structure and have parallel, movable endless trains with upper ones Form net-forming sections and lower sections, I (e) by a first chain self-deletion (17 * 1β), the this frame structure is arranged and the upper net-forming section moving the upper run of this holds the first pair of chains (22, 23) in a fixed horizontal plane, (d) by a part of the first pins (20) but anchoring of a Tadens, each at intervals on this attached to the first pair of chains and aligned transversely to their spacing (45) and during the formation of the net in a fixed horizontal Be kept level, (β) duroh a Bveitee pair zwisohen parallel endless binder or the like chains (36, 37t 130, 1311, the roneinander a Abetand have substantially gleiok de "distance this first crisps few, where these chains in this frame structure (30, 31) are arranged and form parallel, movable, endless cages with netK-forming subsections, (f) duroh β wide chain supports (132, 133), welobe the net-forming portions of this second pair of parallel chains (130, 131) in a fixed keep horizontal plane above this fixed horizontal plane in which this upper net-forming ^ BATH ORIGINAL Rererlauf sections of the first pair of chains, (g) by a variety of swelter pins (34, 125) rar anchorage of a thread, which is attached at intervals to each chain of this prepared chain pair «ad (" **? ■ » whose distance (45) are aligned as well as the Formation of the network in a fixed horizontal direction Level held above that of the first pins (20) will, (h) by a chain drive shaft (29) and chain wheels (26, 40, 133), which this first and «wide parallel Pair of chains in forward direction at a speed that is determined by rust drive, (i) by a main drive shaft (103) which is mechanical is connected to this chain drive shaft (29) and these chain wheels, (j) by a drive device (100) which is directly connected to this main drive shaft (103) is connected, (k) by separate © SohütBeneinriohtungen (46, 96), each bucket pair of chains (22, -25} 36, 37) are arranged, each Sohtitseneinriohtung in a fixed horizontal plane parallel to this plane of the pins (2O ₉ 34) So-ordered chains works and at least "a section of these" ordered parallel chains is spread across this distance (45) and has a large number of thread guides (66) which are spaced apart from the pins (20, 34) according to the Iwlschenrlnsen, with the lower delivery end of these thread guides (66) ends under the splits of the separate pins and these Schüteeneinriobtungen are moved so that each of these pade guides through an intermediate space of swiss-wissngrensenden pins, around the outside of at least one pin and burüok through a space of swisohen bwei gate frames adjoining pins , 009841/1860 BATH ORIGINAL and (1) through a sole drive shaft direction (70, 75 »76) for each hat set (46, 96), the meohanisoh Is connected to this main drive shaft (103) and the thread guides (66) are moved in this plane in the transverse direction Tor- and surüok, whereby the movement each Sohtttseneinriohtung the rotary movement of this chain drive shaft (29) and the chain wheels laterally is arranged and coordinated with them in such a way that at the end of a complete cycle the sequence of movements der SohütBenelnriohtungen (46 * 96) die foremost thread guide is in a position in which a load soled around the pin next to the last pin, which in turn is the front anchor pin for the last thread forms in the immediately preceding cycle. 3. Device naoh claim 12, characterized daduroh, dsJ this wide pair of parallel endless ties or chains (36, 37; 130, 131) is shorter than the first pair (22, 23) and a party is placed on a previously formed vets, which is attached to these pins (20) of this first pair parallel chains was formed. 4. Torriohtung naoh claim 13 »daduroh getamnseiohset, daft this wide pair of parallel straps or chains (36, 37) outside bsw. let arranged on the outside of the first pair (22, 23). 5. Torriohtung naoh claim 13 _V daduroh gekennselohnet, dai this sweite pair of parallel chains (130, 131) is arranged as a whole above this first pair (22, 23), wherein the lower portion BSW. the lower strand of this closed train forms the net-forming separation of this second pair of chains and the base device 009841/1850 OBlGlNAt (90) Working within this closed train who you ^ ch this «wide chain pair is formed · 16. The device according to claim 15, characterized in that öafl the chains of this first and second pair of chain links (21, 126) and roles (24, 127), where ** in the case of the support (311, 132) for the "wide chains (130, 131) on the rollers (24) of the first pair of chains (22, 23) rest. 17. The device according to claim 15, characterized in that that the chain drive shaft (29, 137) and the sprocket (26, 133) for the first and »wide parallel Chain pairs are formed separately and are mechanically connected to one another. 18. Device only formation of a Sohiohtrerbandee in the shape of a non-woven, open or wide-meshed ■ embedded between two flexible materials ITetzes, in particular according to one of claims 1 to 17, marked (a) by parallel endless belts or chains (22, 23t 36, 37), which are spaced apart (45) of predetermined width, which is essentially the same width of agitation β and greater 1st al · di · Width of the forming tape (176), (b) by a number of pins (20, 34) with anchoring of the threads spaced on these chains attached and aligned across eu the distance (45) and during the formation of the Netses are kept in a fixed horizontal plane, (c) by a shoe device (46) which is in a fixed horizontal plane parallel su this plane of the pins works and at least one ab- 09841/1850 BATH ORIGINAL Without these chains across this distance (45) and a plurality of thread guides (66), which correspond to the Spaces between the pins (20, 34) are spaced, the lower dispensing end of these Thread guides (66) under the tips of these pins ends and this contactor device (46) is moved so that each of these thread guides through a space between two adjoining pins in hindu, around the outside of at least one Around the pen and back through an intermediate space " between two advanced adjoining pins j to be led, (d) by a main drive shaft (105) and (e) by means (100) which drives this main drive shaft in turn reree did, (f) by a chain drive device (29, 26, 27), mechanically connected to this main drive shaft (103) is connected and these pins with predetermined Speed backwards in forward direction, (g) through a sole cap drive device (70, 7? »76), which are mechanically attached to this main drive shaft is and these Fadenfunrungen (66) in this plane · in the transverse direction dead and surulously moved, I. this sole drive device being the chain drive device (29, 26) laterally so arranged and coordinated with this 1st, da8 in the end a complete cycle of the movement of the shuttle device (46) the foremost thread guide (66) is in a position in which a thread is looped around the pin, the adjoins the last pin, which in turn is the front anchor pin. "for the last thread Forms in the immediately preceding cycle. 009841/1850 ^ ^ _0R1G , _NA u -34- 2017326 (η) by a Schiohtungeeinrichtung (172, 173), duroh the bridge is applied and which is arranged in such a way that that it absorbs the non-woven, ve it ma β ο hi ge Het «, while it is still on these pins (20, 34) is anchored (i) by a device (155, 160) which «In« rat ·· and "wide flexible material (154, 159)" for this Providing notification facility that this Vets (150) daswisohen orders, and (j) by means (174, 175) of clipping ~ of the threads forming the net near the pins (20, 34), what is the purpose of the formed sole chord ron this device can be balanced. 19. The device according to claim 18, characterized in that it is germinated, that these parallel endless belts or chains one first pair of endless chains (22, 23) comprising a Form the first party below, as well as at least one pair of parallel endless chains (36, 37; 130, 131), which has a net lying on top of it first and any subsequently formed vets, this susltsliohe pair of parallel endless Chains are arranged in such a way that the P ten pins (34, 125) while making the heat in an aural plane above the plane of the pins (20) on which the first vets formed will. 20. Apparatus according to claim 19, characterized in that da0 this susfttsliohe pair of parallel endless chains (130, 131) is arranged entirely above this first pair (22, 23) and this nets on the lower section of this A wide pair of chains formed over this first vets will. ^009841/1850 BADOR, G, NAL - 35 - ■. ■ "." - ,. ■; ■; ■ · 21. Torriohtting but training a · Schiohtverbandes in the Fora of an eternal double flexible materials embedded, non-woven open- or wide-meshed fetses, in particular according to one of claims 1 to 20, characterized
(β) through a frame structure (30, 31), (b) have a pair of parallel endless belts or chains (22, 23) "spaced from each other a distance rorbestimmter width corresponding substantially to the width of the ausBublldendenITetses epr ent loht, said chains ~> are arranged within this frame structure * and parallel bewegliohe , form endless trains with upper net-forming sections and lower abeohnitten, (c) by a chain support connected to this frame structure (17, 18), which form the upper nets * the sections of the chains in a set Hearing Bontal level holds, (d) through a variety of pins (20) but anchoring of the FUs that are spaced on these chains attached and aligned across eu whose distance (45) are so as during the training of the ITe t se β in a fixed horizontal plane be held, I. (e) through a chain drive unit (29 * 26, 27), c that drives these chains in gatekeeping direction at a certain speed, (f) by a main drive shaft (103) which is mechanical is connected to this chain drive unit, - /■■-■.■■■ '.; ■ .. ■ ■■■■; - - ■; ; "■;.;: ': ■■' ■; '■ / Λ ■ (g) by a main drive device (100) which connected directly to this main drive shaft (h) by a Schüteeneinrichtung (46), which in a set hoi'iaontal plane parallel su this one 009841/1880 BATH ORIGINAL Plane of the pins (20) works and at least a section of these parallel chains (22, 23) sweeps across this distance (45) and has a plurality of guide guides (66) which are spaced according to the gaps B between the pins (20), wherein the lower Ab * handover end of this Padenführungen terminates under the Spitien these pins and these SohÜtseneinriohtung is moved so that each of these Tadenführungen (66) by a gap "ewei wipe to * ^ hinduroh adjacent pins, including the Aufienseite ψ of at least one pin around and surüok duroh an interspace swisohen two advanced adjacent pins is guided, (i) through a sock drive unit (70, 75, 76) which is mechanically connected to this main drive shaft (103) and this imden guide (66) in this plane in the transverse direction of the gate and surüokbewegt, this Sohütsenaattriebseiarlehtung the rotary movement of the Kettenantriebesiarlohtung (29, 26) lateral) unordered u nd is coordinated with this, that at the end of a complete cycle of the movement of the Sohtttselnrlohtung Α (46) the foremost thread guide (66) is in a position in which a thread is soled around the pin that is attached to the last pin-> border, which in turn forms the front anchor pin for the last thread in the immediately preceding cycle, (J) by Schlohtungswalsen (172, 173), which use the non-woven, wide-meshed net (150) take up while it is still anchored to the pins, (k) by means (155, 16Ό), the first and "wide flexible materials (154, 159)" ud these. SohiohtungawalEen deliver, 009841/1850 BATH ORIGINAL (1) by a device (165, 167) which applies an adhesive to the surface of this wide flexible material (159) which comes into contact with the fat (150), (m) by a device (174, 175) to cut off of the threads forming the web (150) near the pins (20, 34), whereby the formed sole bandage (176) can be withdrawn from the device, and (n) by a device (184, 185) ■ «■ Dismantling of the Sohichtverbandes (176) aue der Torriohtung. 22. The device according to claim 21, characterized in that this device is removed from the socket (176) has a take-up roller (182) from the device, the Duroh Tronmelwlclcelwaleen (184, 185) is driven, which in turn are driven by this chain drive device (29), whereby the entire Device by this main drive device (100) is driven. 25. Device but formation of a SchiohtTerbandes with a non-woven, open or wide aaaohigen Vets, in particular according to one of the Aneprtlohe 1 to 22, marked Λ (a) by a frame structure. '. (3O ₁ 31) t (b) by a first pair of parallel endless ties or chains (22, 23) which are spaced apart from one another by a distance (45) of a predetermined width, which is Im essentially the breadth of the lfeteee to be trained corresponds to, these chains in this frame structure are arranged and parallel, movable endless trains with upper netzblldenden sections and form lower sections, (c) by first connected to this frame structure Chain spacings (17, 18), which the upper net 0 09841/1850 _ßAD original forming sections of this first pair of chains (22, 23) in a fixed horizontal plane keep, (d) by a large number of first pins (20) on the anchoring of the pads, which are spaced on this first pair of chains and aligned transversely en their spacing (45) and during the manufacture of the Vetzes in a fixed horizontal Be kept level, (e) by a second pair of parallel endless ties or chains (36, 37; 130, 131) which τοηβin one another have a distance that is essentially smooth this distance (45) between this first pair of chains (22, 23), these chains being arranged in this frame structure (30 »31) and parallel, form movable endless trains with net-forming sections, (f.) through second chain session (131 »132)» which the net-forming sections of this second pair parallel chains in a specified horizontal plane above this specified plane hold »in which these upper net-forming sections of the first chain pair are held, (g) by a plurality of second pins (34, 125) «w Anchoring the threads, each in sections attached to this second pair of chains and aligned transversely to their spacing as well as during the Making the network in a laid horizontal Level above the level of these first pins (20) are held, (h) through a chain drive shaft (29) and sprockets (26, 40 »138), which this first and second parallel pair of chains in forward direction with ror-determined Drive speed, (i) by a main drive shaft (103) which is mechanical 0Q98A1 / 185Q BATH ORIGINAL to this chain drive shaft and the chain sprockets connected, (j) by a drive device (10O) ₉ which is directly attached to this main drive shaft, (ic) by separate instructions (46, 96, 90), which are each assigned to a pair of chains, with each contactor device in a fixed position horizontal plane parallel to this plane of the., pins of the associated chains works and little » at least a portion of this associated parallel Chains across this distance (45) over- ■ and a plurality of ron thread guides' (66), which correspond to the spaces ■ where the pins (20, 34, 125) are spaced are, the lower delivery end of these thread guides (66) ends under the tips of the associated pins and these sohtttieneinriohtungen so are moved so that each of these thread guides through a gap between two adjacent pins Hindoo, around the outside of at least one pen and back again through one In between, the two door frames should be approached Pens is led, (1) by a Schüttseninriohttmg (70, 75t 76) λ for each of these Schütseneinriohtungen (46-96), which is aeqhaniaoh attached to this main drive shaft and these thread guides (66) in this plane in the transverse direction and backward, each of these hatch drive devices the rotational movement of the chain drive shaft (29) and the chain wheels (26, 40, 138) are laterally assigned and coordinated so that at the end of a complete cycle of the sequence of movements of the sole units the foremost thread guide (66) is in a position in which a 009841/1850 BATH Paden is soled around the pin that is attached to the last pin, which is again in the front Anchoring device for the plumb line in the immediately preceding cycle forms » (■) through slaughtering whales (172, 173) »which take up the non-woven, wide-meshed net (15Q) while it is still _{anchored to these pins (2O 9} 34, 125), (n) by means (155 x 160) fttr the feeder of a first and wide flexible material (154, 159) for these soles, (o) by a device (165, 167) sum application an adhesive on the surface of the "wide flexible material (159), the" it des Vets (150) comes into contact, (v) by a device (174, 175) 'to read the '. Sutures from the anchor pins to allow the formed cosmetic bandage (176) to be pulled out of the device, and ' _r (q) through a facility (184, 185) Btni Ibslehen this Sohiohtrerbandes (176) from this device. 009841/1850 BAD ORiGINAL