JPH0357968B2 - - Google Patents

Description

Detailed Description of the Invention Technical Field The present invention provides a method for supplying a wrap formed by a wrap forming machine such as a ribbon wrap machine or a wrap former, which is a preparatory step for the fine carding process, to a combing machine for the fine carding process. The present invention relates to a wrap supply device.

Prior art and its problems In recent years, the wraps formed by wrap forming machines have become larger due to large packages, and their weight has increased to 17
Kg or more, making it difficult to handle manually, and as the speed of the combing machine increases, the frequency of supplying the wraps also increases.As a result, the work of transporting the wraps between the wrap forming machine and the combing machine has been streamlined. Many supply devices and the like have already been proposed.

However, in the conventional lap feeding device disclosed in Japanese Patent Publication No. 47-46852, the R and L tables, which are the symmetrical tables of the combing machine, are arranged so that their rear lap rollers face each other. Multiple sets of hangers equipped with large wraps are advanced into the approximate center of the passage provided between the two comber machines, and the door plates screwed onto the hangers are manually opened to release the wraps on the hangers. It is designed to be rolled on an open door plate and fed onto the wrap roller from the rear of the wrap roller. Therefore, the height of the lower surface of the hanger of this lap feeding device is approximately 1 to 1.1 meters, which is slightly higher than the top surface of the lap roller of the combing machine, and the hanger and the large lap mounted on it are easily accessible to workers. Since the worker moves on the passage through a position lower than his height, he has the disadvantage that he becomes an obstacle to the walking of other workers or causes a collision with other workers. Furthermore, when transferring the wraps loaded on the hanger onto the wrapper roller of the combing machine, this wrap supply device allows the door plate to be opened by manually operating a bar attached to the side of the hanger. I'm getting used to it, but
In order to operate this bar, a passage with a width of 500 to 600 mm is required to allow a worker to pass behind the multiple sets of hangers that have entered the aisle between the tables. , Since it is a reversible type that can be used for L units, a passage of about 500 to 600 mm is required before and after it, and if the lap diameter is about 560 mm,
The width of the aisle between the machines in the combing machine must be at least 1.6 meters. Therefore, in order to adopt the above-mentioned lap feeding apparatus in an existing factory, it was necessary to replace a large number of combing machines and widen the width of the passage between the machines. In addition, if it is not possible to replace the comber machine due to space constraints, a worker can crawl under multiple sets of hangers that have entered the aisle between the machines and operate the bar from below to remove the door plate. This process involves considerable pain. Furthermore, the hanger of this wrap supply device is expensive because it has a complicated structure, including a door plate, its opening/closing device, and a reversing mechanism. This requires an extremely troublesome task of flipping the hanger equipped with a large lap 180 degrees each time the machine supplying the product changes from L to R, or from R to L. It wasn't a kimono.

In addition, Japanese Patent Publication No. 54-22528 discloses that the laps formed by a lap forming machine are sequentially sent onto a wrap arranging conveyor placed in front of the machine, and a plurality of laps are combed on the lap arranging conveyor. The laps are lined up in a line with the same spacing as the head spacing of the machine, and multiple laps lined up on the lap alignment conveyor are placed in the same direction (R or L) in parallel with the lap alignment conveyor. Multiple pairs of hangers that can be opened and closed are installed on a crane-type wrap transfer device installed above a large number of combing machines (of one type of machine) to simultaneously grasp the multiple laps. A lap feeding device is disclosed in which the lap feeding device of the combing machine is supplied from above by running and raising and lowering the lap feeding device.

However, in such a crane-type wrap supply device, the target combing machines are unified into one type of R unit or L unit with the same direction, and the lap feeding direction of the combing machine is made to match the rewinding direction of the feeding lap. Therefore, it was difficult to apply it to a typical existing factory in which R and L combing machines are arranged alternately. In addition, when replacing the combing machine in such an existing factory and adopting the above-mentioned wrap feeding device, the coiler section, which is the delivery section of the combing machine, will be located on both sides of the passage on the machine end side. The arrangement of the combing machine is extremely inconvenient for operation. Also,
This crane-type lap feeding device is installed by installing crane rails on the ceiling side of the factory, so it may not be possible to implement it in an existing factory without reinforcing the factory building. The problem was that if there were pillars, etc. in the path of the traveling body, it could not be installed. In addition, the hanger of this wrap supply device is constructed so that it can be opened and closed by connecting a pair of hooks with a hook formed at the lower end to a power transmission mechanism and an opening/closing motor, resulting in a complicated and expensive structure. Otherwise, if the hook malfunctions, a mistake in grasping the lap may occur.For the reasons mentioned above, this crane-type lap feeding device is restricted in application to existing factories, and the equipment is effectively It also had the disadvantage of being limited to new factories, which was also unsatisfactory.

Furthermore, Special Publication No. 53-22175 and Special Publication No. 56-3922
In the publication, the wrap formed by a wrap forming machine is
The wrap is lifted by the lap lifting device installed in front of the machine, and the wrap is grasped one by one by the opening/closing lap suspension device of the transfer device installed above the machine. The rap was transferred to the coma machine group and held on the rap suspension device.
Transfer the wool to the retractable receptacle of the lap receiving and lowering device attached to each combing machine, open the retractable receptacle near the lowering end, and place the lap on the wrap roller.1 head, 1 delivery of wool. A lap feeding device is disclosed for use in commercial combing machines. However, this lap feeding device requires a tray opening/closing device in addition to a tray lifting device in the lap receiving and lowering device attached to each combing machine, making the structure complicated and expensive. In addition, in a cotton combing machine with a plurality of combing heads (6 or 8 heads) installed in parallel, a drafting section, a coiler section, and a gear end box are installed at both longitudinal ends of the machine. It is extremely difficult to attach the above-mentioned lap receiving and lowering device to the sides of the lap rollers at both ends of this machine, and the above-mentioned lap supplying device which requires such a lap receiving and lowering device cannot be used as is. It could not be applied to a combing machine.

Outline and Purpose The present invention was devised as a result of various studies in view of the current state of lap feeding devices in the fine carding process as described above, and is a method of connecting a lap forming machine and a large number of combing machines. , a conveyor rail extending above the lap roller part or spare creel of each combing machine is constructed above the machine base, and conveyors using horizontal pegs are suspended from the conveyor rail at a predetermined interval to convey an appropriate number of sets. Appropriate wrap loading means is provided on the wrap forming machine side for suspending the wraps so that they can run and loading the laps onto the pegs of the conveyor strings, and the wrap forming machine is equipped with a conveyor rail at a portion corresponding to the wrap roller section or spare creel of each combing machine. A lifting device is connected to each of the wrap forming machines, and multiple laps loaded onto the pegs of the conveyor group on the lap forming machine side and transferred are moved by the rap rollers of the combing machine or by moving the conveyor rails up and down and moving the conveyor group in the longitudinal direction. It is characterized by being supplied onto a spare creel, which eliminates the need for modification of wrap forming machines and combing machines, troublesome replacement work, and building reinforcement work, resulting in low equipment and construction costs, and can be used in existing factories. It is an object of the present invention to provide a practical lap feeding device for a combing machine, which can be easily carried out even in a lap forming machine, can efficiently supply laps from a lap forming machine to a combing machine, and eliminates the drawbacks of the above-mentioned conventional technology. It is something.

Embodiment Hereinafter, the present invention will be explained in detail by way of an embodiment shown in the drawings. In FIG. 1, reference numeral 1 denotes a known wrap forming machine such as a wrap former or a ribbon wrap machine (a wrap former is shown in the figure). The lap winding unit 2 receives the lap 4 doffed in the direction of arrow A every time the tube is full, and transfers the lap 4 in the doffing direction A.
The laps 4 are intermittently moved by a predetermined amount P in a direction B orthogonal to the doffing direction B, and a plurality of laps 4 (the illustrated example shows a case of six laps) are arranged in a line with a prescribed interval P maintained. There is. As shown in the figure, on the front side (right side in FIG. 1) of the lap alignment device 3 disposed in front of the lap forming machine 1, there is a Comber machines 5A (R units) and 5B of multiple R units and L units (the illustrated example shows a total of 8 units, 4 R units and 4 L units) (left and right direction in Fig. 1) (L machines) are arranged so that their lap rollers 8 face each other with a narrow inter-machine passage 6 of an appropriate width, and each combing machine 5A, 5B is provided with a predetermined interval P in the longitudinal direction of the machines.
A plurality of sets (usually 6 or 8 heads, the illustrated example shows the case of 6 heads) of coming heads, lap supply units, etc. are arranged in parallel to maintain the same. The lap forming machine 1 and the combing machine are located above the passage on one side of the machine end (left side in Fig. 1) of the combing machines 5A and 5B installed side by side, and the lap alignment device 3 disposed in front of the lap forming machine 1. A main conveyance rail 7 connecting the combing machines 5A and 5B is constructed, and is connected to the main conveyance rail 7 via a switching device 10, which will be described later, and above each of the lap rollers 8 of the combing machines 5A and 5B. A branch conveyor rail 9 extending to is branch-connected. As shown in Fig. 1, this branch conveyor rail 9 passes above the R machine combing machine 5A, and then changes its direction by 180 degrees at the end of the machine on the other side, and passes over the opposite L machine. The wrap 4 is extended above the combing machine 5B and supplied to the R and L combing machines 5A and 5B, and the winding direction is set in a predetermined direction. In addition, a switching device 1 is installed at the connection between the main transport rail 7 and each branch transport rail 9.
0 is attached to the connection part of both rails as shown in Figure 2.
A conveyance path switching plate 12 that swings horizontally around a vertically supported support shaft 11 is arranged, and an air cylinder 14 is connected to the tip of a swing arm 13 attached to the upper end of the support shaft 11. , the air cylinder 14
As a result of this operation, the conveyance path switching plate 12 swings about the support shaft 11 to connect and disconnect the main conveyance rail 7 and the branch conveyance rail 9. On the other hand, a portion 7a of the main transport rail 7 disposed above the lap alignment device 3
As shown in FIGS. 3 and 4, the main transport rail 7 is separated from the fixed part, and a pair of slide brackets 15A and 15B attached to both ends of the separated transport rail 7a are placed above the floor surface. The left and right slide brackets 15A and 15 are fitted into left and right columns 16A and 16B installed opposite to each other so as to be able to rise and fall freely.
Air cylinders 17A, 17B are connected to B to constitute a lifting device 18, and a transport rail 7a connected to this lifting device 18 is connected to air cylinders 17A, 17.
By the operation of B, the conveyor device 30 moves up and down at a predetermined stroke together with a conveyance device group 30, which will be described later. Also, a portion 9a of the branch conveyor rail corresponding to the lap roller portion 8 of each combing machine 5A, 5B is also shown in FIGS. 5 and 6.
As shown in the figure, a pair of slide brackets 19 are separated from the fixed portion of the branched transport rail 9 and attached to both ends of the separated transport rail 9a.
A and 19B are the left and right columns 20A and 20B installed opposite to each other on the rear floor of each comber machine (on the inter-machine passage 6 side).
Air cylinders 21A and 2 are fitted to the left and right slide brackets 19A and 19B so that they can be raised and lowered freely.
1B are connected to form an elevating device 22, and a transport rail 9a connected to the elevating device 22 is raised and lowered at a predetermined stroke together with a transport tool chain 30 to be described later by the operation of air cylinders 21A and 21B. Further, the main conveyance rail 7 and the branch conveyance rail 9 have a hollow rectangular cross section with an open bottom as shown in FIG. The fitted carrying tool 24 for lap transport is suspended so as to be able to run along the transport rails 7 and 9, and the base plate 25 of the carrying tool 24 is provided with a predetermined distance P from each other in the longitudinal direction. A plurality of hanging arms 26 (two in the illustrated example) are fixed, and a peg 27 is provided at the lower end of the hanging arm 26 to project horizontally in the longitudinal direction of the board 25. The conveying tool 24 by this peg 27 is pin-coupled with the husband's front and rear conveying tools 24, 24 through a connecting pin 28 and a connecting plate 29 so as to be able to rotate while maintaining a predetermined distance P. At least one or more sets of transport tools 30 made up of transport tools 24 (the illustrated example shows a case of three sets) are suspended at arbitrary positions on the main transport rail 7 or the branch transport rails 9 . Further, the pegs 27 of the conveying tool 24 are arranged at intermediate portions between the laps 4 placed on the lap rollers 31 of the lap aligning device 3 or combing machine 3 at a predetermined distance P, as shown in FIGS. 3 and 5. It is set slightly shorter than the width W,
The middle part between the laps can be raised and lowered. Next, the main conveyance rail 7 and the branch conveyance rail 9 are provided with a conveyance tool series 30 along the longitudinal direction thereof.
multiple sets of transfer devices 3 that maintain an interval shorter than the total length of the
2 is provided, and its transfer device 32 transfers the suspended carrier series 30 between the wrap forming machine and the combing machine in a relay manner. As shown in FIGS. 8 and 9, this transfer device 32 for use with a conveyance tool has a bearing 33 whose axis is perpendicular fixed to one side of the main conveyance rail 7 and the branch conveyance rail 9. A small motor 35 equipped with a speed reducer capable of forward and reverse rotation is directly connected to the upper end of a vertical shaft 34 which is supported by A rotary disk 36 is fixed to the other side of the conveyor rails 7 and 9 on which the rotary disk 36 is arranged, and one end is connected with a pin to a bracket 37 fixed to the conveyor rails 7 and 9, so that the rotary disk 36 can be oscillated in the horizontal direction. A rotatably driven rotary disk 40 is fixed to the lower end of a vertical shaft 39 that is rotatably supported by the bearing 38, and a passively driven rotary disk 40 whose outer peripheral surface 40a corresponds to the side surface 25b of the base plate 25 of the carrier 24 is provided. Furthermore, the above-mentioned bearing 38, which is pivotably supported so as to be able to swing in the horizontal direction, is urged toward the other bearing 33 by a spring 41, and the stopper 42 is used to close the space between the left and right rotating discs 36 and 40. The left and right rotating disks 36 and 40 are positioned so that the minimum gauge is slightly narrower than the width dimension of the substrate 25 of the carrier 24.
The substrate 25 of the carrier 24 is held in the width direction thereof, and the carrier 30 is fed in the longitudinal direction.

Next, the operation of this embodiment configured as described above will be explained. In the lap forming machine 1, every time a lap 4 is formed in the lap winding section 2, a tube changing device (not shown) is operated to doff the lap 4 onto the conveyor 3a of the lap alignment device 3 in front. do. The lap alignment device 3 is configured such that each time a lap 4 is doffed onto the conveyor 3a, the conveyor 3a intermittently circles in the direction of arrow B to a predetermined amount P to sequentially move the doffed laps 4 to the other side (first side). After doffing, a plurality of laps 4 (the illustrated example shows a case of 6 laps) are moved to the right side in Figure 3), and a plurality of laps 4 (the illustrated example shows a case of 6 laps) are moved to the conveyor 3 of the lap alignment device 3.
Arrange them in a line at a predetermined distance P on a. When a predetermined number (six in the illustrated example) of laps 4 are lined up on the conveyor 3a of the lap alignment device 3, the conveyor rail 7a above the wraps 4 and the empty conveyor series 30 that have been waiting on the conveyor rail 7a However, due to the retraction of the air cylinders 17A and 17B of the lifting device 18, they all descend from the raised position shown by the solid line in FIG. 3 to the lowered position shown by the imaginary line in FIG. It corresponds to the axis of the hollow core tube of each lap 4, passing through the side of each lap 4 aligned as shown in FIG. Next, the motor 35 of the transfer device 32 disposed on the transfer rail 7a rotates forward to move the device 32
When the rotary disks 36 and 40 rotate normally, the conveyor group 30 in the lowered position moves a certain amount to the left in FIG. 3 from the position indicated by the imaginary line in FIG. are simultaneously inserted into the hollow core tubes of each lap 4 on the conveyor 3a. When the pegs 27 of the transport tool link 30 are inserted into each lap 4 on the conveyor 3a and the motor 35 of the transfer device 32 is stopped, the air cylinders 17A and 17B of the lifting device 18 protrude to connect the transport rail 7a and the transport tool link. 30 returns from the lowered position to the raised position, and each lap 4 on the conveyor 3a
are suspended by each peg 27 of the conveyor group 30 and rise all at once, and the conveyor rail 7a is again raised to the main conveyor rail 7.
The loading of the wrap 4 on the wrap forming machine side is completed.

On the other hand, the wrap 4 formed by this wrap forming machine 1
The large number of combing machines 5A and 5B that supply the combing machines are arranged in advance in a taper arrangement so that the lap exchange is performed sequentially from one side of the parallel machines to the other side with an appropriate time difference. When one of these combing machines is nearing lap replacement and a lap replacement preparation command is sent, the corresponding branch transport rail 9 is connected to the main transport rail 7 via the switching device 10 in response to the command. At the same time, the main transport rail 7
and rotating disks 36 and 40 of each transfer device 32 arranged on the branch conveyor rail 9 connected to the rail 7.
are rotated forward all at once via the motor 35. Note that the branch conveyance rails 9 on other combing machines to which the lap replacement preparation command has not been issued are separated from the main conveyance rail 7 via the respective switching devices 10. Therefore, the conveyor train 30 loaded with the laps 4 for one combing machine on the lap forming machine side is connected to the main conveyor rail 7 and each transfer device 32 on the branch conveyor rail 9 connected to the main conveyor rail 7. Rotating discs 36 and 4
0 starts from the lap forming machine side, moves on the main conveyance rail 7 toward the combing machine side, enters the connected branch conveyance rail 9, and then
It passes above the number of combing machines 5A and is sent above the L number of combing machines 5B. When the conveyor train 30 loaded with wraps 4 is sent above the combing machine 5B which is about to change the wraps, the transfer device 30 is
The motor 35 of the combing machine 5B stops, the conveyor group 30 stops at a predetermined appropriate position, and each lap 4 that has been conveyed is moved to the lap roller 31 of each head of the combing machine 5B.
and correspond to each other. The combing machine 5B feeds this one lap 4 above the lap roller section 8.
When the lap in progress is exhausted and the machine stops, the empty tube 4 remaining on the lap rollers 31, 31 is removed.
3 is removed manually. When the empty tube 43 is removed from above the lap rollers 31, 31, the transport rail 9a above the lap rollers 31, 31
As the air cylinders 21A and 21B of the lifting device 22 are retracted, the carrier chain 30 suspending the wrap 4 descends all at once from the raised position shown by the solid line in FIGS. 5 and 6 to the lowered position shown by the imaginary line. , one wrap 4 suspended from each peg 27 of the carrier chain 30 is attached to the wrap roller 3 of each head of the combing machine 5B.
1, 31 are placed all at once. Also, the laps 4 are placed on the wrap rollers 31, 31, and the pegs 27 that were suspending each lap 4 are separated from the inner surface of the hollow core tube of each lap 4 placed on the wrap rollers 31, 31. When the lowering position is reached, the motor 35 of the transfer device 32 arranged on the transfer rail 9a
is reversed, and due to the reversal of the rotating discs 36 and 40, the conveyor group 30 in the lowered position moves a certain amount to the right in FIG. It comes out of the hollow core tube of wrap 4. Petsug 27 is lap roller 31,
31 and the motor 35 of the transfer device 32 stops, the air cylinders 21A and 21B of the lifting device 22 protrude and the transfer rail 9
a and the conveyor chain 30 return from the lowered position to the raised position again, and the conveyor rail 9a again moves to the branch conveyor rail 9.
connected to the fixed part of the On the other hand, Ratsuprora 3
The combing machine 5B, which has been supplied with a new lap 4 on the laps 1 and 31, manually connects the old and new laps and resumes operation.

Further, when the conveyor rail 9a and the conveyor group 30 return to the raised position, the empty tubes 43 discharged from the combing machine 5B are inserted into each peg 27 of the conveyor group 30, and then the corresponding branch conveyor When the motor 35 of each transfer device 32 disposed on the rail 9 and the main transfer rail 7 is reversed, and the rotating disks 36 and 40 of the device 32 are reversely rotated, the transfer device chain 30 loaded with empty tubes 43 is branched and transferred. Rail 9 and main transport rail 7
It moves in the opposite direction to the lap supplying time and returns to above the lap alignment device 3 on the lap forming machine side. When the carrier chain 30 returns to above the lap alignment device 3, the empty tube 43 is removed from the peg 27 of the carrier chain 30, and
The empty tube 43 is appropriately supplied to an empty tube supplying device (not shown) of the wrap forming machine 1.

In this way, the conveyor chain 30 is connected to the lap alignment device 3.
While going back and forth between the upper part and the upper part of the coma machine,
In the lap forming machine 1, laps are formed, and the formed laps are sequentially doffed onto a conveyor 3a of a lap alignment device 3 in front, and on this conveyor 3a, laps 4 for one combing machine are doffed. Once they are aligned, the laps 4 for one combing machine that have been aligned are loaded onto the conveyor chain 30 and conveyed to the next combing machine 5A, where they are fed onto the lap rollers 31, 31, and then Then, the connection between the main conveyance rail 7 and the branch conveyance rail 9 is sequentially switched via the switching device 10, and lap supply to the other combing machines 5B and 5A is performed sequentially.

In the above embodiment, a lap alignment device 3 is provided in front of the lap forming machine 1, and the laps 4 doffed from the lap forming machine 1 can be temporarily stored on the conveyor 3a of the lap alignment device 3. As a result, even if the number of conveyor groups 30 is the smallest one,
Although the present invention is characterized in that wrap conveyance can be carried out efficiently without stopping the wrap forming machine 1, the present invention is not limited to this, and the present invention is not limited to this. Two sets of carriers 30 are installed in the
Lap 4 is loaded alternately on 0, and
A lifter for loading laps is provided in front of the lap winding section 2 of the lap forming machine 1, and the lifter receives the laps doffed from the lap forming machine 1, raises them one by one, and then lifts them up one by one. The carrier group 30 that is waiting is moved intermittently, and the peg 27 of the carrier group 30 is inserted into the hollow core tube of the wrap 4 that has been raised by the lifter, and one lap 4 is placed in the carrier group 30. It is also possible to load the cargo to the address. In addition, in the above embodiment, the lap 4 conveyed from the wrap forming machine side was directly supplied onto the wrap rollers 31, 31 of the combing machine, but in an existing factory equipped with a spare creel behind the wrap rollers 31, 31. When the present invention is applied to a combing machine, the lap conveyed from the lap forming machine may be fed onto the preliminary creel of the combing machine. Furthermore, in the embodiment, on one main conveyance rail 7 connecting the lap forming machine 1 and a large number of combing machines, there are R and L combing machines 5A,
Since the branch conveyance rail 9 passing above the 5B is connected, each device is simplified and the equipment cost can be reduced. However, the present invention is not limited to this, and the conveyance rail of the present invention It is sufficient that the wrap conveyed from the wrap forming machine can be supplied to each combing machine in a predetermined unwinding direction. Incidentally, in the above embodiment, the R stand and the L stand are
Although the case where two combing machines are installed opposite each other has been described, the present invention is also applicable to a case where combing machines are installed in the same direction. Furthermore, in the above embodiment, the conveyor group is driven by the rotating disk type transfer device 32 disposed on the conveyor rail, but the transfer device of this conveyor group is a known battery car or the like. This can also be carried out by a moving means, and the transport device may be omitted and the conveyor group may be moved manually. Further, in the above embodiment, the wraps for one combing machine are loaded onto the conveyor train for transport, but it is also possible to load and transport the wraps for half a combing machine. Furthermore, in the embodiment,
Although we have explained the case where one lap forming machine and many combing machines are grouped into one group, it is also possible to connect multiple groups of such units with switchable transport rails and deploy them within each group. It is also possible to allow groups of carriers to enter each other.

Effects As described above, the present invention connects a lap forming machine and a large number of combing machines, and a conveyor rail extending above the lap rollers or spare creels of each combing machine is installed above the machine base, and this conveyor rail is installed above the machine base. An appropriate number of sets of transport equipment, in which transport equipment using pegs in the horizontal direction are suspended at predetermined intervals, are suspended on the rails so that they can run, and an appropriate loading means for loading the wraps onto the pegs of the transport equipment set is wrapped. Deployed on the molding machine side,
An elevating device is connected to the transport rail corresponding to the lap roller section or the spare creel of each combing machine, and the multiple laps that have been loaded onto the pegs of the transport device series and lifted by the wrap forming machine are lifted and lowered on the transport rail. Since the feed is fed onto the lapping roller or spare creel of the combing machine in the longitudinal direction of the combing machine and the conveyor, there is no need for modification of the lapping machine or combing machine, troublesome replacement work, or building reinforcement work. Equipment costs and construction costs are low, it can be easily implemented even in existing factories, and the wrap can be efficiently supplied from the wrap forming machine to the combing machine, eliminating many of the drawbacks of the conventional equipment mentioned above. The present invention is characterized in that it can solve the problem and provide a highly practical lap feeding device at a low cost.

[Brief explanation of drawings]

FIG. 1 is a schematic plan view showing an embodiment of the present invention;
Fig. 2 is a plan view showing the switching device, Fig. 3 is a front view showing the lap alignment device and the elevating device, etc., Fig. 4 is an enlarged side view of Fig. 3, and Fig. 5 is the combing machine 5B and the elevating device. 6 is an enlarged side view of FIG. 5, FIG. 7 is an intermediate sectional view of the conveyor rail, FIG. 8 is a front view of the transfer device of the conveyor, and FIG. 9 is an enlarged side view of FIG. FIG. 8 is a plan view of FIG. DESCRIPTION OF SYMBOLS 1... Wrap forming machine, 2... Wrap winding part of the wrap forming machine, 3... Wrap alignment device, 4... Wrap, 5A, 5B... Comber machine, 7... Main conveyance rail, 8... Comber Laptop roller section of the machine, 9... Branch conveyance rail, 10... Switching device, 18... Elevating device, 22... Elevating device, 24... Conveying tool, 27
...Petsug, 30...Transportation equipment, 31...Lap roller of coma machine, 32...Transfer device.

Claims (1)

[Claims] 1. A transport rail connecting the wrap forming machine and multiple combing machines and passing above the wrap rollers or spare creels of each combing machine is installed above the machine, and a horizontal peg-based transport device is attached to this transport rail. An appropriate number of sets of transporting devices suspended at predetermined intervals are suspended so that they can run, and an appropriate wrap loading means for loading the wraps into the pegs of these transporting devices is provided on the wrap forming machine side. Lifting devices are connected to the wrap rollers of the machine or to the conveyor rails of the parts corresponding to the spare creel, and the multiple laps that have been loaded onto the pegs of the conveyor on the wrap forming machine side and transferred are lifted and lowered on the conveyor rails and conveyed. 1. An apparatus for supplying wraps to a combing machine, characterized in that the wraps are fed onto a lap roller or a spare creel of the combing machine by moving the wraps in the longitudinal direction.