DE2050936A1 - Wrapping device - Google Patents

Description

DR. MDLLER-BORE Dl PL-PHYS. DR. MANITZ DIPL-CHEM. DR. DEUFEL DIPL-ING. FINSTERWALD Dl PL-I N G. GRÄMKO W

? Π R Ω 9 1 fi PATENTANWÄLTE

ti MCT.

D II94 Ho / ck.

De la Hue Instruments Limited

84/86 Jlegent Street, London W.l. / England

Urnwicklurigs / orrichtung

The invention relates to Urriwicklungs / orriohtuniien with which oin U.-nhüllungsband can be attached around flat objects. The invention is particularly applicable to :; U-.weln / on cruppenblatt-like, flexible, flexible objects, such as stacks of paper objects, for example banknotes. However, their possible applications are not limited to this. The invention Ui.ifai3t further TJinv / LckLuriiiS '/ ori'Lchtunyen for stacks of paper that are r'iinainiiKmgesfitzt with soiehon machines, which elnn /orbest.innattj number / 021 fil ^: ittvm zVüi \ fn and an eiru;

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BATH ORIGINAL

1 2050336

can wind without any single manual adjustment of the device required were,

In the present specification, the term "object" includes both a single object and a group or arrangement of objects that are to be tied together on top of one another.

The wrapping device according to the invention is characterized through a platform with a work surface for receiving an au wrapping object a conveying and positioning device to bring a belt to an opposite surface of the platform, by a resiliently attached support device that can move close to the platform, by a with constant stroke reciprocating gripping device, which the object with the intermediate belt of the Platform transferred to the conveyor and then moved to its end position, thereby both tape as well as to grasp an object, and by means for bringing together and connecting the two ends of the tape.

An embodiment according to the invention is described below with reference to FIGS. 1 to 6 of the accompanying drawings, which are schematic vertical sections of six successive steps of a single actuation process which a device for wrapping a bundle of banknotes carries out. Further embodiments according to the " ¹ Krt'Lndun": are described in connection with the accompanying drawing with reference to FIGS. he wandelLeu Batilc.no tenaut * nah: noplattform

I o y 8 ι ο / u ι /,

BATH ORIGINAL

Figures Io and 11 represent the two extremes Movement positions of a modified Baudfördereinriehtung represent.

Pig. 12 is an end view of the lower part of the lifting mechanism of FIG

13 shows a modified device for connecting the two ends of the tape shows.

The description contains references to a banknote counting device, since the coupling between a U; .iwicklungsvorrichtuns and a counting device is highly desirable in practice. However, the now described Wrapping device also for yourself alone and independently be used.

It should be noted that the drawings are only those Parts of the device show necessary for understanding of the invention are required, and that for the sake of clarity, all components that relate to the structure and the drive are omitted.

According to Figures 1 to 6, the device comprises essentially a rectangular, box-like housing with a pair of parallel main frames which receive and hold the moving mechanisms between them. The upper surface of the housing has a rectangular plate 1 with a recess 2 in which a transverse bank note stack can be received by a holding platform 3. The platform j> lies below the plate 1 and is held at its rear end. Accordingly, Fig. 1 shows a stack of banknotes H in otirnansicht on the work surface 3 ^f of

- 3 -10 9 8 18/141 /

Platform 3. The platform j5 has slots to To provide space for gripping elements that have yet to be described.

The plate 1 has four recesses or pockets (of which one recess 5 is shown) around the feet take up a banknote requesting and counting device. The latter bears the overall reference number 6. The counting device corresponds essentially to that after British Patent 898,715. However, it is provided with a delivery stage which comprises a driven toothed wheel 7. This wheel can take banknotes from one Divert the path of movement within the counting device and spend a horizontal position below the wheel. The wheel is driven counterclockwise, and the banknotes are in the gaps between the prongs introduced and then rotated by about 180 ° until they are finally removed via stop elements 8,

The counting device comprises optionally actuatable control devices with which the operating personnel can set the delivery of a predetermined number of banknotes at the delivery station. Additional devices are provided which automatically divert bank notes adhering to one another during conveyance, this being done in front of the counting station, so that the correct number of bank notes is delivered with certainty. It should be noted that the counting device can be of general use and that it can easily be inserted into the wrapping device by placing it on the plate 1. Alignment takes place automatically with the means described above. An electrical plug-in connection couples the functions of the two devices, so that wrapped bundles of banknotes are created according to the settings of the operating personnel.

1 0 9 8 1 8/1 /, U

The wrapping device essentially comprises a revolving assembly that sits below the support platform 3 on a horizontal axis. A single one Counterclockwise rotation of the assembly is used to remove a paper tape from a feeder magazine, to bring the tape under the stack of banknotes and remove the stack clamped together, whereupon the tape ends are brought together around the stack and together be united. Finally, the stack is discharged onto a belt conveyor at the bottom of the device.

Tape feed magazine

The tape feed magazine comprises a channel-like box 9 which ^{can swing up to the limit position shown in dash-dotted lines 9 1} in FIG. The box is detachably seated on a pivotable frame, not shown, which is made to vibrate via a cam system. The latter is driven by the main drive, not shown, of the device. The box can be removed from its associated frame to facilitate loading of the ribbons. The underside of the box has an opening Io so that the front end of a strap 11 can protrude therefrom. A weak leaf spring engages the extreme tip of the ribbon to hold back the bundles left in the Masai: Ln. A F <derverspannung also is provided to press part of that box around the band supply against the inside, in which the opening is provided Io.

Paper tapes with the dimensions 2ο κ. 4 cm (ί> χ. L, V) are coated in areas of their opposite ends on opposite sides; Provide contact adhesive. SLe are in the lead-in markers. '/, Ln

1 0 9 8 1 8/1 /,

arranged so that no adhesive-coated surface is visible in the opening.

Ural running assembly

The rotating assembly includes a driven rotating assembly Part, consisting of an aluminum frame 12, which is firmly connected to a crank arm, not shown. The crank arm is mounted so that it can turn around the Center axis X rotates. It is positively driven by an electric motor equipped with a gear, and although by means of a toothed belt drive and associated wheels, this arrangement is also not shown. A also not shown counterweight sits diametrically opposite the housing 12 to the inertia forces Compensate arrangement.

The housing 12 carries two pivotable units on a common shaft pin 1}. One of the units exists a block 14 operated by a cam roller 15 and an adjustable L-shaped arm 16 carries to align and hold in cooperation with the leading edge of a stack of banknotes and to fold the tape around the leading edge of the stack of bills. The arm is held in its position from a screw 17, which goes through a hole in the base, This arrangement allows an adjustment to the width of the bank notes to be handled. The arm is on its upper end is fork-shaped, with the lateral prongs on both sides of the tape feeder magazine 9 go by. D ^ r middle section of the arm between the prong forms a holder for a suction cup assembly

1 0 9 8 1 8/1 /,

18, which via a flexible air line I9 to a still Air distribution valve to be described in more detail connected is.

The second pivoting unit that is on the shaft pin 13 sits, includes a lever 2o which is an actuating cam roller 21 carries and expires in a first band folding device. The latter is supported by a centrally arranged, reversed L-shaped lever 22 is formed. This lever can be moved so that its end rests against the underside of a belt. Its exact puncture is described below.

The housing 12 also carries two sliding units, on the one hand, a resiliently attached support device include. The latter consists of a curved cushion 23 which sits on two parallel rods 24. Compression springs 25 tension the cushion radially outwards, and snap rings are provided on opposite ends of the rods 24 to limit this movement. The cushion 2.5 has an inner recess in order to form a suction opening 26, which via a flexible line 27 connected to the above-mentioned air distribution valve is. The second sliding unit comprises a pair of parallel rods 28, one of which is in FIG Drawing only one can be seen 1st. The rods go through openings in the housing 12 and wear their outer ends with constant stroke reciprocating gripping devices, which are of two angled gripping members 29 are formed. The rods 28 are controlled by a common angle lever ^ o via a linkage j5o ' actuated. The angle lever is by means of a fastening pin 31 hinged to the housing 12 and is of a

109818/141

Cam roller j52 actuated.

Cam system

The pivoting and sliding units supported by the rotating housing 12 are subject actuated by three independent, stationary cams A, B and C. They are at a distance arranged side by side around the central axis X.

Schematically, the cams look like this:

The Nooke A, shown as a dash-dot-dot line, works together with the cam roller 15 and controls the Movement of the arm 16 for aligning the grooves and for folding over the band as well as the suction cup 18 fixedly arranged thereon. The Nooke B, shown as a dash-dot line, actuates the movement of the band folding lever by means of the cam roller 21 22nd

The cam C, shown as a dashed line, moves the angle lever j5o by means of the cam roller 52 back and forth, which in turn controls the gripping devices 29 moved with a constant stroke in a substantially radial direction. The cam C is with a retractable Segment section 35 provided, under certain working conditions can be moved out of its operating position by means of a relay, not shown. The formation of the segment section 55 is best made from Pig. 4 emerges. From this it can be seen that the cam roller 52 of the inner contour Cl follows when the Relay is energized. On the other hand, it follows the contour C2

- 8 1 0 9 8 1 R / UU

switched off relay. The reason for creating this possibility is explained in the following description emerged.

A spring tensioning (not shown) is provided to ensure that the cam rollers follow the contours follow their associated cams.

Saugsyatem

The suction system comprises a motor-driven suction pump 34 which is connected via a line 37 to a stationary toilet 35 of an air distribution valve. The valve also comprises a suction part 36. The circumferential part of the air distribution valve comprises a sleeve 30 which is fastened in one piece to the above-mentioned and not shown, the entire circumferential assembly supporting and driving crank arm. Openings 39 and 4o in the viand of the sleeve are in communication with the flexible lines 19 and 27, respectively. If the rotating assembly rotates, a suction pull is cyclically connected both to the suction cup 1d and to the suction opening 26 of the cushion 23. It should be pointed out again that the arrangement of the distribution valve shown and described is only of a schematic character and that other constructions / applications can actually be found. For example, a conical or flat surface, suitably spring-loaded ^ ;! Valve to form a misalignment and leokfroie between! "Lache. At the liaugieitun, ^ 37 a urifcerdruckfjiiipf ind] Lcher scarf around · 4 I nnfanciilnunun, in order to present the RoLui for; Hoekfmaegrnerit the lloaku O with EriorgLe to verrior -

1 0 9 H 1 H / 1 /, ι 4

2050938

Ho

gen when there is a predetermined negative pressure in the system.

Various details and delivery system

A pair of parallel and spaced apart curved plates, one of which has the reference numeral 42 is provided on the left side of the machine to keep the stack of bills during the joining process to hold the ends of the tape and also to provide a fastening for a transversely running tape folding pin 43 as well as for a brush element 44. The plates are so far apart that the tape in its Width can pass between them. In the exemplary embodiment described, at a distance of about 5 cm (2 inches) will provide a satisfactory support surface.

The dispensing station consists of a pair of belt assemblies 45 and 46 frictionally wrapped around a Can grab bundles of banknotes between them and convey them to a delivery point. The straps are held by a additional power take-off of the electric motor forming the main drive of the machine.

An electrical control device not shown is provided in order to stop the rotating assembly after each complete revolution. This is done in common Catfish by means of an electrical switch, which is actuated by the movement of the rotating assembly and controls a magnetic coupling, not shown, which in turn uncouples the drive from the electric motor. the Components shown in broken lines according to Pig, 6,

ο -

1 0 9 «1 R / 1 /, 1 /,

2050Θ3Β

indicate the rest position between the operating cycles.

Operating sequence

According to FIG. 1, a dispensed bank note stack 4 lies on the holding platform 3, while the rotating assembly after receiving a start signal from the counter has started to move counterclockwise from its rest position to turn. The suction cup 18 is subjected to negative pressure, since its control opening 39 tnit the Opening 36 in the stationary part of the air distribution valve flees. The end of a band 11 adheres accordingly to the suction cup 18. Since the rotating assembly Moved counterclockwise while the magazine 9 moves clockwise, the tape will run out taken from your magazine. A further rotation lets the roller 15 follow the profile of the Nooke A, whereupon the block 14 with all of its accessories rotates counterclockwise about the shaft pin 13. This leads to, that the suction cup 18 moves away from the curved pad 23 together with the belt 11, as shown in FIG. 2 can be seen.

Since the suction cup 18 is sealed from the atmosphere by the tape, there is a predetermined one in the system Negative pressure. Accordingly, the negative pressure sensitive switch 41 closes an electrical circuit to the segment 33 of the Nooke G to operate and withdraw. Further rotation therefore leaves the cam roller 32 follow the inner track Cl, with the result that the gripping elements 29 are in their outer position remain. They therefore come with the rear edges of the banknote stack 4 lying on the support surface 3 in touch. At this point the sub-

- 11 1 0 9 8 1 8/1 /, u

pressure opening 4o with the opening 36 of the stationary Air valve, whereupon negative pressure is applied to the curved surface of the cushion 23 via the openings 26 will. The suction cup 18 is separated from the negative pressure at the same time. This leads to the fact that, according to FIG. J5> the middle portion of the tape 11 adheres to the pad 2}.

A further rotation leaves the gripper 29 the stack of banknotes 4 hit the cushion 25 from the wing 3, the tape lying between the stack and the pad. The grippers 29 migrate through the slots in the platform 3 · The grippers 29 then lower themselves to the surface of the stack, thereby moving the curved one Cushions 23 against the action of the compression springs 25 after Inside. Before the gripper 29 finally on the surface of the stack are present, the cam follower I5 an upward movement and leaves the L-shaped arm 16 at the front edge of the now lying on the cushion 23 Attack the banknote stack. In this way the stack is aligned, namely with certainty all banknotes are brought to rest on the grippers 29.

It should be noted that the negative pressure is already separated from the suction cup 18 at this point in time, so that ^a ctieser does not exert any further action on the belt.

Finally, the Nooke C allows the grippers 29 up to hike down to a precisely predetermined position. It follows that the cushion 23 is a corresponding smaller or larger way down, depending on whether a larger or smaller number of banknotes is in the pile. So the top surface of a stack of any thickness is always in a fixed position

- 12 10981R / UU

predetermined location. A further movement causes the cam B and the associated cam roller 21 to operate the L-shaped lever 22 counterclockwise so that it rests against the rear end of the tape and bends the tape upwards. It should also be pointed out that the movement of the arm 16 has erected the front end of the belt 11 upwards, so that according to FIG.

Continued rotation pivots arm 22 so that it rests completely on the surface of the stack and brings the rear end of the tape completely into the folded position. Then touches the front one End of the tape the outside of the tape folding pin 43. » whereupon a further movement of the tape according to Fig. folds like a hinge around the front of the stack.

Finally, the leading end of the tape is pressed onto the top surface of the trailing end of the tape as it is passes under the brush element 44. As soon as you. Touch the adhesive coatings, the tape is closed.

Fig. 6 shows the complete package just before it gets between the delivery belts 45 and 46 and after it is released by retracting the gripping elements 29 of the arm and de3 levers 22 (cams C, A and B, respectively) has been.

The drive of the rotating assembly is decoupled when elIO assembly dif: reaches the position shown in broken lines according to FIG. 6.

1 0 9 8 1 R / U

, 3A

The beginning of the successive operating sequence of the wrapping device is indicated by a start pulse initiated, which comes from a payment machine and indicates that the required number of banknotes the holding platform 3 is stored.

In the event that the suction cup 18 does not remove any tape from the magazine 9, a vacuum loss occurs within the suction system. Accordingly, the vacuum-sensitive switch 41 does not complete the circuit for energizing the relay provided for retracting the segment J>'j> of the Nooke C. It follows that the cam roller 32 according to FIG. 4 follows the contour C2 of the nooke C and that accordingly the grippers 29 maintain their retracted position in which they pass below the holding platform 3 without taking the stack of banknotes lying thereon with them. Fig. 4 shows in broken lines the gripper and its associated actuating roller in two successive positions, namely at each of the reference numerals 47 and 47 ^f and 40 and 48 ^f .

The vacuum-sensitive switch 41 can conveniently be provided with additional electrical contacts which activate an acoustic or visual warning device to inform the operating personnel that the device is not working properly or that the tape supply magazine has become empty.

From the above description it follows that when the holding platform ~ j> is completely free, a "start" circuit for the counting device is closed

- 14 1 0 9 8 1 R / U 1 /,

Is

whereupon the latter begins to create a to deliver another stack of banknotes to the holding platform. Such a "start" circuit can be more commonly used Way can be put into operation via an electrical switch that is actuated by the rotating assembly when it assumes a predetermined angular position. Fig. 4 shows a bank note stream 4 ', the circulating Zinc wheel 7 flows in.

It should be pointed out that the device described above is equally suitable for wrapping individual objects as it is for wrapping bundles of banknotes. The former would successively the platform λ form of a storage or production facility from be supplied. The device is easily able to wrap objects of different thicknesses.

The following four modifications can be incorporated into the wrapping machine described above either individually or in any combination to provide alternate * or cumulative relief. In practice it has been found that the UmwiclcLn of certain types of bills can be improved by providing a pre-compression is carried out before * the banknotes taken by the Greiferelenenten 29th This prevents the stacks from being wrapped too loosely. For example, a stack of heavily crumpled, used banknotes can overall have a considerably greater thickness than a corresponding stack of new banknotes. Although the gripper elements 29 press the rear edge of the stack together, there is no possibility of acting on other parts. Accordingly

- 15 1 0 9 8 1 8/1 /, 1 a

further funds are provided to the stack at least squeeze near the wrapping area. From Fig. 7 to 9 it can be seen that the above stationary holding platform 3 described is replaced by a movable arrangement. The latter includes a with a curved surface and slotted holding part 5o, which can be pivoted with one end on a Cross pin 51 is seated, which is mounted in the upper plate 1. In the middle of the surface of the holding element 5o a pair of pivot bearings 52 is provided, which the Wear ends of a fork-shaped clamp arm 53.

A movement of the elements 5o and 53 is via a The cam system, not shown, is carried out in the same direction as the rotary movement of the rotating assembly 12 is driven and timed so that the elements open to receive issued notes, then close to compress the stack. Following this, the arrangement lowered to a position directly adjacent to the rotating assembly.

According to FIG. 7, the elements form a J angle of essentially 90 ° with each other in order to be able to take notes from a banknote feed and counting device 6 originate from the type described in connection with FIGS. It should be noted that the fork-shaped arm 53 serves to hold the ^ notes of to strip off the Zlnteenenkrad 7 so that they then fall onto the upper curved surface of the element 5o. When the delivery of the banknotes 4 is finished, the fork-shaped arm 53 rotates counterclockwise so that it rests on the stack as shown in FIG. 8 and compresses it. Finally, the arrangement is made by the

- 16 109818 / U 1 4

205093a

Opening 2 in the plate 1 in the position shown in FIG. Lowered, whereupon the gripper elements in the above act on the stack as described above. It should be noted that the gripper 29 between the stack the elements 5o and 53 pull out when the assembly 12 rotates and that the mechanism, as soon as it is free, returns to the position shown in FIG. 7, to allow the formation of a new stack of banknotes.

An alternative is shown on the basis of Figures Io and 12

Belt conveyor and feed device described. At "

In the first exemplary embodiment, the supply magazine 9 is arranged in such a way that it swings in the same direction as the rotating assembly 12 in order to give the suction cup 18 the opportunity to remove the foremost band. In contrast, in the alternative embodiment, the magazine is fixedly arranged during the conveying process, and an additional, oscillating pick-up suction arm 5 ^ with an associated suction cup 55 is provided. The arm 5 ^ sits on a transverse shaft 56, with the interposition of an opening block 57 * which is provided with a work surface 5 &. According to FIG. 12, the work surface has an opening 59 which communicates with the interior of the i

Suction cup 55 is in communication. The opening 59 is subjected to negative pressure via a pierced cushion 6o which is connected to a suction source via a flexible line 61. The cushion is attached to a rod 62 which in turn sits on the machine frame. The cushion is pressed against the work surface 5H of the blocks 57 by a compression spring. Thus a to11on the elements 57 and 6o represent a sliding vontile that j η prevents the suction from moving the ann.

- 17 1 0 9 H 1 R / 1 /, 1 a

/ t

cup 55 acted upon by negative pressure or by negative pressure separates.

The arm is moved back and forth between the limit positions shown in FIGS. 10 and 11, specifically by means of a cam system, not shown, which is driven as a function of the rotation of the rotating assembly. The overflow opening is arranged in such a way that the suction cup 55 is always subjected to negative pressure, but not when it approaches its extreme position next to the rotating assembly according to FIG. The magazine is provided with a retainer plate 64 which cooperates with the lower front surface of the foremost tape. The magazine also has a weak leaf spring 65 and a central retaining device consisting of a pair of inwardly directed knife tips 66 . In operation, the suction cup interacts with the front of the magazine. When the rotating assembly is in its rest position as described above, the suction cup, to which the middle area of a tape 11 adheres, pulls the tape out from behind the knife tips 66. The upper end of the band is then released from the magazine, and it is gripped by the suction cup 18 of the rotating assembly 12 that is moved past. The suction cup 55 is then cut off by the vacuum, whereupon the tape is completely withdrawn from the magazine to be subjected to the wrapping process described above.

According to the description so far, tapes are used that are coated with contact adhesive. Fig. shows a modified embodiment of a tape connecting device, with which it is possible to turn other types of tape in the machine, for example heat

- 18 1 0 9 8 1 R / 1 /, 1 / _t

20S0S36

sensitive ligaments. A pair of brackets Gj and 68 _5, which are fixedly arranged on the main frame of the device, form the fastening means for a spring-loaded, curved pressure plate 69, the width of which in the transverse direction corresponds approximately to the width of the belt. The pressure plate 69 has threaded pins 70 and 71 which pass through holes in the brackets 67 and 68, respectively. Compression springs 72 spread the pressure plate 69 / on away from the brackets, and fastening nuts 73 work as adjustable stops in order to limit the movement in the direction of the rotating assembly 12. The upper middle portion of the pressure plate is angled bore to receive the end of an air conduit 74. This line is on the pressure side ,

dec suction pump connected via a flexible Hose 75 · The air line directs a jet of compressed air in a direction tangential to the circumferential Assembly so that the front end of the tape 11 is bent over. Then this front end is on pressed the rear end of the belt, by means of the concavely curved part of the pressure plate 69, since the circulating Baxigruppe 12 in the direction of the strongly drawn Salvation turns.

In order to allow the device to process heat-sensitive tapes, an electrical resistance heating element Jo is attached to the rear of the pressure plate 69 "

attached so that heat can be transferred. In this embodiment, the heat is applied to the transferred curved surface, so that the ends of the tape lying on top of one another fuse together.

In the exemplary embodiment according to FIGS. 1 to 6, the suction head arrangement 18 is for removing the tapes

- 19 1 0 9 8 1 8/1 /, U

arranged on the pivotably attached L-shaped arm 16, wherein the arm is formed as part of the rotating assembly. In a modified embodiment, the suction cup can be firmly attached to the front edge of the Cushion 23 may be provided. Also in this case will the successive application of negative pressure to this suction head and the openings 26 in the cushion 23 in FIG described above via the circulating air distribution valve controlled.

- 2o -

109818 / UU

Claims (1)

Claims Γ 1.1 Wrapping device, characterized by a platform (~ j>) with a working surface (3 ¹ ) for receiving an object to be wrapped / by a conveyor and positioning device (18) to bring a belt (11) to an opposite surface of the platform , by a resiliently attached support device (2J>) , which can move close to the platform, by a gripping device (29) which can be moved back and forth with a constant stroke and which transfers the object from the platform to the conveyor device with the belt in between and then moves into moved their end position in order to grasp both tape and object, and by means (16, 22, 44 or 69) for bringing together and connecting the two tape ends. 2. Wrapping device according to claim 1, characterized in that the means for bringing together of the two tape ends, a first tape folding device (22) for folding the rear tape end around part of the Object and a second band folding device (16), which at least around the front end of the band lays part of the leading edge of the object. ^. Wrapping device according to claim 1 or 2, characterized by a device (16) for Alignment of the object before the latter is gripped by the gripping device above the support device. - 21 1 0 9 8 1 ß / UH 4. wrapping device according to claim j5, characterized in that the means for aligning of the object consists of a movable element engaging the front edge of the object. 5 · wrapping device according to claim 5 or 4 ,, characterized in that the resiliently attached support device, the reciprocating gripping device, the first and second tape turning means and the means for aligning the article with one common, driven rotating element (12) are attached. 6. Wrapping device according to claim 5. » characterized in that the revolving element is driven in one direction by a geared electric motor. 7. wrapping device according to claim 6, characterized by means of an electromagnetically actuated clutch and an associated electrical switch, via which the rotating element is driven to a single revolution after receiving a "start" signal and then is brought to a standstill in a predetermined angular position. 8. wrapping device according to one of claims 5 to 7 # characterized in that the second band turning device and the device for aligning the object are arranged on a first lever (14) are, which is pivotally seated on the driven rotating element. - 22 - 1 0 9 8 1 8/1 A 9 · wrapping device according to one of claims 5 to 8, characterized in that the first band turning device is arranged on a second lever (2o) which is pivotable on the driven, rotating Element is seated and has an outer end which forms part of the resiliently attached support means may include. 10. Umwieklungsvorrichtung according to any one of the claims 5 to 9 * by the fact that the resiliently attached support device and the reciprocating gripping device in such a way on the driven, circumferential element are arranged that they can slide substantially in the radial direction. 11. Umwieklungsvorrichtung according to any one of the claims 5 to Io, characterized in that the reciprocating gripping device from a first nooke (C), the first bandage device from a second Nooke (B) and the second band turning device as well as the device for aligning the object of one third nooke (A) to be driven. 12. Umwieklungsvorrichtung according to claim 11, characterized characterized in that the three cams are stationary and coaxial about the axis of rotation (X) of the driven, rotating assembly are arranged and that associated cam follower rollers (I5, 21, 33) attached to levers are provided to perform the operations mentioned. 13. Umwieklungsvorrichtung according to any one of the claims 1 to 12, characterized in that the - 23 -109818 / UU Device for conveying the tape comprises a suction element (18) which can be cyclically connected to a suction source. 14. Wrapping device according to claim IJ, characterized in that the suction element is fixedly arranged on a lever (14) which carries the second band turning device. 15 · wrapping device according to claim 13 * daduröh characterized in that the suction element is firmly attached to the front region of the resiliently attached support device is arranged. 16. Wrapping device according to one of claims 13 to 15 *, characterized in that a safety device (JJ) for retracting the outer end of the reciprocating gripping device is provided to allow the gripping device to pass beneath the support platform, if less than the predetermined one Negative pressure value is maintained in the suction conveyor for the belt. 17. Wrapping device according to claim 16, characterized in that the safety device a vacuum-sensitive element (4l) which can change the effective profile of the first cam. 18. Wrapping device according to claim 17, characterized characterized in that the vacuum-sensitive element is an electrical switch (4l) and that the Means for changing the first cam comprise a segment portion (33) which, upon energization of an electromagnet is withdrawn, with insufficient negative pressure - 24 10 9818 / uu interrupts the electrical power supply to the electromagnet and puts the segment section into operation. 19 · Wrapping device according to claim ^, characterized by a magazine (9) for receiving a supply of tapes, which is pivotably attached and operable in accordance with the rotation of the orbiting driven assembly. 20. wrapping apparatus according to any one of claims 13 to 18, characterized by a magazine (9) for receiving a tape supply, which is fixed to the device, wherein an additional, similar reciprocating Saugarrn (54, 35) is provided to to deflect the / order'ste band of the supply stack into such a position that it can be removed from the suction element. 21. Urnwi exercise device according to claim 2o, characterized characterized in that the additional suction arm is nockon operated and that a slide valve (6o) for air is provided to shut off the negative pressure when dor · suction thread in its extreme position next to the driven one u. '. the running component is approaching. 22. Winding device according to one of the claims 1 to 21, characterized in that the resiliently attached support device has a suction element (2f>) arranged on a suction element (2f>) that can be cyclically connected to a source of negative pressure, that it is arranged on a support inrLch / ¹ ; (2j5) overlying tape can act. - PJj 1 0 9 8 1 8 / H 1 4 BAD Üfi-CH 2 ^. Wrapping device according to one of the claims 1 to 22, characterized in that the holding platform for the object is fixedly arranged on the machine in a substantially horizontal position is. 24. Wrapping device according to one of the claims 1 to 22, characterized in that the Support platform for the article from the lower element (5o) of a pair of upper and lower pivotable Elements (50, 53) is formed, the elements together form a clamping or pressing device for the object. 25. Wrapping device according to claim 24, characterized characterized in that the lower element pivotally (51) attached to the device while the top member is pivotable in a pair of bearings (52), which are arranged on the lower element. 2o. Wrapping device according to one of Claims 1 to 25, characterized in that the device for connecting the ends of the tape comprises a device (44 or 69) for exerting pressure on the ends of the tape. 27. Wrapping device according to one of claims 1 to 26, characterized in that one Means (75) for transferring heat to the ends of the building is provided. - 26 - 1 0 9 8 1 fi / 1 /, L..rH, t.