JPH0999903A - Bagging method for clothing and device thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a bagging method by folding clothing such as pants and a device which can automate the whole work from folding through bagging and sealing using the bagging method. SOLUTION: A board art B is placed on the pants spread on a belt conveyer 1, flat gauges 5a, 6a are pressed against the positions of conveyers 2, 3, and the side part of the pants is side-folded twice so as to keep the whole width roughly constant. Pants A are fed onto the receiving base 7a of a third folding device 7 and pushes the pants into a rotating case 13 with a pushing-into plate 7d to fold the pants in two vertically. The rotating case 13 is kept horizontal, and the inside pants are moved into a forward storage case 14. The storage case is moved to a bagging part which is on standby with a wrapping bag opened, and the pants are pushed and moved into the bag from the case to seal the bag.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for folding and automatically bagging pants or trunks similar to the same, and a bagging apparatus incorporating a work process according to this method.

[0002]

2. Description of the Related Art Conventionally, for articles having a simple appearance and a simple shape, an automatic wrapping machine which mechanizes the work of enclosing the wrapping bag in the packaging bag is disclosed, for example, in Japanese Examined Patent Publication Nos.
4-9204, Japanese Utility Model Laid-Open No. 62-65901,
Many have been proposed in Japanese Utility Model Publication No. 62-65908. Most of these devices blow air into the packaging bag to open the bag, and hold this state to put the article in the bag, but there is no mechanized process up to the folding process. . Therefore, the actual situation still depends on manual work for bagging of pants and trunks that need to be folded in advance.

[0003]

[Problems to be Solved by the Invention] Manual bagging does not increase the workability. Therefore, it is eagerly requested to consistently automate the work from folding to bagging, but pants with a belt part on one side and a wide hem are first attached to the side edge with a square mount. Since it is necessary to fold a part horizontally and repeat this operation to adjust the overall width, it is necessary to fold it vertically into two and put it in a bag, which makes automation difficult. In mechanical work, vertical folding is difficult, and horizontal folding tends to collapse during vertical folding, which has been a bottleneck in automation. Recently, from the viewpoint of efficiency in distribution, two-pack packaging in which two folded clothes are stored in the same bag in opposite directions is increasing, but in machine work, this two-pack packaging is particularly important. This was also the reason why it was difficult and had to be done manually.

Therefore, the present invention utilizes a method of accurately carrying out vertical folding after lateral folding, which has been a neck of automatic bagging, to surely bag clothing such as pants, (EN) Provided is a bagging device for clothing, which is completely automated from the supply of the mount to the bagging, including the folding process.

[0005]

SUMMARY OF THE INVENTION In the method for bagging a garment according to the present invention, which is provided as a solution to the above-mentioned problems, the side portions are folded along the edge of the square mount placed on it so as to have a substantially constant width. Folded pants or clothing similar thereto, the vertical folding part along the lower side of the mount is suspended in the air and supported from below, and the rotating case of the rectangular tube is placed vertically under the vertical folding part to stand by, In this state, push the vertical folding section down with the pushing plate to fold the clothing vertically into two and push it into the rotating case. After returning the pushing plate, the rotating case is made horizontal, and the clothing in this case is folded vertically. Push it forward with a pusher, and insert it directly into the inlet part to a packaging bag that has an insertion guide that widens the entrance squarely and is waiting in the open state, either directly or indirectly via a square tube storage case. Put in.

According to this method, a square tubular storage case is arranged on the outlet side of the rotating case, and a pressure plate for compressing the vertically folded portion of the first piece of clothing transferred to the storage case is added, It can also be used for 2-pack packaging. In this two-pack packaging, the first piece of clothing is transferred from the rotating case to the storage case with the vertical folding portion facing backward. Also, the second piece of clothing is folded and pushed into the rotating case, while the vertical folding part of the clothing in the storage case is compressed by the pressure plate that has entered the case inlet, and the pushing plate is restored again. Align the rear rotating case horizontally and put the clothing inside the rotating case 1
Inserting the storage case on the outlet side of the case by pushing with a pusher into the storage case in which the first piece of clothing is stored in a partially compressed state in the opposite direction Move to the waiting point of the guide, push the clothing items in the two stacked storage cases with the pusher, and transfer the insertion guide into the packaging bag fitted in the entrance part.

The bag filling apparatus of the present invention can be used for both one-pack packaging and two-pack packaging, and is constructed by including the elements a) to i) below. It is something.

A) a first belt conveyor which spreads and puts pants or similar clothing items with the belt portion in front, b) a mount supply device which places a square mount on the clothing items on the first belt conveyor, c) A second belt conveyor following the first belt conveyor;
A tapered trapezoidal first plate gauge with an elevating mechanism provided above it, a means for stopping the clothing on the second conveyor in a fixed position, and the side edges of the clothing protruding to the side of the first plate gauge from one side in order. A first folding device consisting of an edge folding means for folding on a first plate gauge placed on clothing, d) a third belt conveyor following the second belt conveyor,
A constant-width second plate gauge having an elevating mechanism provided above it, and means for stopping the clothing on the third conveyor in a fixed position,
A second folding device comprising edge folding means for folding the side portion of the clothing protruding to the side of the second plate gauge onto the second plate gauge placed on the clothing, e) Keeping in front of the third belt conveyor A pedestal with a stopper, a pedestal drive mechanism that horizontally moves the pedestal to form a separation portion between the third belt conveyor, and a pushing plate having an elevating mechanism vertically arranged above the separation portion, A rotating case of a rectangular tube that stands vertically in a vertical position below the separating section, and a vertical folding section along the lower side of the mount is pushed down by the pressing plate to vertically fold the clothing article in two, and the rotating case F) a third folding device, f) a first transfer provided with a storage case of a rectangular tube arranged on the outlet side of the rotating case returned to the horizontal position, and a pusher for pushing the clothes in the rotating case into the storage case Mechanism, g) the storage case The enters a driving mechanism for moving the bagged portion, the inlet portion of the housing case in the bagging unit, 2
A pressure plate that expands the entrance of the storage case by compressing the two-folded portion of the clothing in the case on the entrance side of the storage case during the package packaging, and a drive mechanism that fits into the entrance of the packaging bag and opens the entrance of the bag in a rectangular shape. Second transfer mechanism, which includes an insertion guide and a pusher that pushes the clothing in the storage case into the packaging bag in which the insertion guide is fitted, h) The packaging bag is opened from the supply point to the bag filling section 1
A bag feeding device for feeding one by one, i) a release flap covering the adhesive surface of the closure flap, and a side opposite to the side where the flaps are connected by folding the closure flap of the packaging bag after transferring the clothing after peeling the release paper A sealing device that is attached to the bag surface of.

[0009]

[Function] In one-piece packaging, clothing items folded in the width direction
Since it is pushed down by the pushing plate and folded vertically in half while pushing it into the rotating case, the vertical folding work is simplified, and because the rotating case restrains it, the horizontally folded state does not collapse and accurate two-folding can be done easily. .

Further, since the clothes in the two-folded rotating case are transferred to the packaging bag whose mouth is widened by the insertion guide, the shape retention is maintained until the end, so that the bag packing can be performed accurately and smoothly. .

In the two-pack packaging, the first piece of clothing in the storage case is pushed out or deformed when the second piece is inserted without some kind of assistance. However, in the present invention, the vertical folding portion of the first piece of clothing on the entrance side of the storage case is compressed by the pressure plate to widen the entrance of the storage space, and in this state, it is set in the opposite direction to the first piece. Since the first piece of clothing is transferred from the rotating case to the storage case without causing interference with the first piece of clothing, you can stack two folded pieces of clothing without trouble and press them into the packaging bag. Since it is transferred, bag packing can be performed accurately and smoothly even with a set of two.

The bag filling device of the present invention not only exhibits the effects of the above method, but also has the following advantages and effects.

(1) Since the clothing is folded in a taper shape in a plan view by the first folding device, the folding of the belt portion can be finished well even in pants with a wide hem.

(2) Since the mouth of the packaging bag is expanded in a square shape by the insertion guide and the clothing is transferred from the storage case having a shape matching the mouth, it is not necessary to unnecessarily increase the size of the packaging bag, and the transition is also possible. Be accurate.

(3) Since the releasing device for the release paper is included in the device for supplying the packaging bag, the packaging bag of the finished product in which an adhesive layer is provided on the sealing flap and the layer is protected by the release paper is used. Therefore, it is not necessary to make a bag in the packaging process and to apply an adhesive to the sealing flap, which simplifies the equipment.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIGS. 1 and 2 show the overall outline of a bag filling device according to an embodiment. In the figure, 1 is a first belt conveyor, 2 is a second belt conveyor, 3 is a third belt conveyor, and these are arranged side by side in a vertical line.

Reference numeral 4 is a mount supply device arranged near the first belt conveyor 1, 5 is a first folding device provided in the portion of the second belt conveyor 2, and 6 is a first folding device provided in the portion of the third belt conveyor 3. 2 folding device, 7 is third belt conveyor 3
2 is a third folding device provided near the exit of the first folding mechanism, 8 in FIG. 2 is a first transfer mechanism provided in the rear stage of the third folding device 7, and 9 is a rear stage of the first transfer mechanism (FIGS. 1 and 7 (c)). The second transfer mechanism arranged, 10 in FIG. 1 is a packaging bag supply device, and 11 is a sealing device. In addition, below, each belt conveyor is only called a conveyor.

On the conveyor 1, clothing (pants A in the figure) should be placed in a bag so that the front body can be seen through and the packing direction can be aligned. It is laid out with the front part) open. After that, when the operation of the bag filling device is started, the mount supply device 4 first operates.

As shown in FIG. 3, the mount supply device 4 includes a clamper 4c for stacking a square mount B on a table 4b whose level is adjusted by a cylinder 4a and holding it upward.
Then, the mount B is gripped and supplied onto the pants A placed on the belt conveyor 1. The clamper 4c is a lifting cylinder 4d.
At the descending point, the claw 4e with cushion rubber is closed by the cylinder 4f to grip the mount B. The claw 4e is provided with an inclination that spreads downward so as not to grab an extra mount.
The clamper 4c is hung on the free end of the swing link 4g. The link 4g is swung by the cylinder 4h to move the link tip onto the pants A.
c is lowered to unclamp, and the supply of the mount B is completed. The supply device 4 is not limited to the illustrated device as long as it can supply the mount B to the fixed point on the pants A. Various forms are conceivable, such as a vacuum suction pad instead of the clamper for sucking and transferring the mount, and a swing arm instead of the swing link.

After the supply of the mount B is completed, the conveyors 1 and 2 are activated to move the pants A onto the conveyor 2 and stop at a fixed position. Although the stopper 12 shown in FIG. 2 is adopted here for the fixed position stop, the fixed position stop can also be performed by a method in which the position is detected by a sensor and the conveyor 2 is stopped accurately.

At this stop point, the first folding device 5 is on standby. The folding device 5 shown in the figure comprises a tapered trapezoidal plate gauge 5a provided above the conveyor 2, a cylinder 5b for raising and lowering the gauge, a pair of left and right horizontal folding plates 5c shown in FIGS. 1 and 4, and a pair of folding plates 5c. Each of them is composed of a driving means 5d for laterally moving and raising and lowering it (in the figure, it comprises two cylinders), and a plurality of air nozzles 5e shown in FIGS. 1 and 5 and a cylinder 5f for raising and lowering each nozzle.

When the pants A are supplied to the fixed points on the conveyor 2, as shown in FIG. 4, a plate gauge 5 serving as a folding guide.
a descends on the pants. Next, one folding plate 5c moves upward while moving forward, and one end of the belt portion is folded on the plate gauge 5a. At this time, the air nozzle 5e on the same side is
As shown in, while gradually rising, the hem of the pants is blown up and folded on the gauge 5a. After that, the other folding plate 5c and the air nozzle perform the same operation to fold the opposite side belt portion and hem portion and stack them on top. At this stage, since both sides are folded laterally by a substantially constant width, there is no deviation in the overlapping of the belt portions, and the appearance does not deteriorate. However, the hem of the pants is still protruding from the side edge of the mount B.

Then, the stopper 12 is retracted downward, the conveyors 2 and 3 are operated, and the pants A are carried to a fixed point on the conveyor 3 where the second folding device 6 is on standby. The fixed position stop here is performed in the same manner as the stop in the previous step.

The second folding device 6 is a rectangular plate gauge 6a shown in FIGS. 1 and 6, and a cylinder 6 for moving the gauge up and down.
b, a pair of vertically long left and right folding plates 6c, and a driving means 6d (which also uses two cylinders) for horizontally moving and raising and lowering each folding plate 6c, respectively.
After the sheet is placed on the pants, the folding plates 6c are actuated one by one to fold the protruding portion of the bottom of the pants from the mount again. The operation at this time is the same as that of the folding plate 5c.

The horizontal folding is completed as described above, and the width of the pants A becomes almost constant. Then, the conveyor 3 operates and the pants A
The front end side of is transferred to the pedestal 7a of the third folding device 7.

The third folding device 7 has a pedestal 7a (FIG. 2) having a stopper 7b for advancing and retracting by a cylinder 7c and the like, and this pedestal 7a is fed from the conveyor 3 at the chain line position in FIG. Welcome A. Then, when the pants A are received, the pants A move to the position shown by the solid line in FIG.
Is unsupported at the portion of the vertical fold along the lower side of the mount wrapped inside. Conveyor 3 and cradle 7 after moving
A pushing plate 7d which is vertically arranged with its lower edge directed laterally and a drive mechanism 7e for the plate 7d which uses a motor as a drive source are provided above the space formed between the plate a and a. Further, below the separating portion, there is provided a rotating case 13 of a flat rectangular tube which is rotated by a motor or the like (not shown) with the horizontal shaft 13a as a fulcrum.

As shown in FIG. 2, the rotating case 13 is in a vertical position and is on standby, and when the pushing plate 7d is pushed down toward this case, as shown in FIG. 7 (a).
The pants A is folded in two vertically and is pushed into the rotating case 13. After the push-in plate returns, the rotating case 13 rotates and becomes horizontal, and faces the storage case 14 of the first transfer mechanism 8 arranged at the case outlet.

The first transfer mechanism 8 pushes the pants in the rotating case 13 into the storage case 14 and pushes the pusher 8a (see FIG. 2).
7 (b) is equipped with a cylinder with a push plate attached to the rod tip. Further, the second transfer mechanism 9 provided at the subsequent stage of the mechanism 8 includes a cylinder 9a for vertically moving the storage case 14, a cylinder 9b for horizontally moving (FIG. 1), a slide guide 9c for horizontal movement, an insertion guide 9d (FIG. 1), The insertion guide opening / closing mechanism 9e (FIG. 9C), the lateral movement cylinder 9f of this guide (FIG. 1), FIG. 7B and FIG.
Pressurizing plate 9g shown in (a) and (b) and FIGS.
The pusher 9h shown in (c) (this is the same as the pusher 8) is provided.

In the case of the one-pack packaging, the rotating case 13 after the pants are inserted is oriented so that the vertical folding portion is in the front as shown in FIG. 7B, and the pants A inside is moved to the front of the exit. And push it into the storage case 14 with the pusher 8a.

On the other hand, in the case of the two-pack packaging, as shown in FIG. 8A, the first pants are first transferred into the storage case 14 with the longitudinal folding portion facing backward. Next, FIG.
Returning to the process of (a), the second pants is vertically folded in two and placed in the rotating case 13, and this time, as shown in FIG. 8 (b), the vertical folding part is rotated in the front direction. The case 13 is rotated. At the entrance of the storage case 14, the case 14
The pressure plate 9g has entered from the notch of the side wall of the case when it is laterally moved to the front of the rotating case 13, and the plate 9g compresses the vertically folded part of the first pants as shown in the figure. In this state, the case 14 is slightly lowered and the second pants A is pushed into the storage case 14 by the pusher 8a.
The pressure plate 9g may be allowed to escape in the case of the one-piece packaging including the retracting means. However, even if the pressing plate 9g enters the storage case 14 at the time of the one-piece packaging, it is located near the upper wall of the case so that the pants are not worn. It does not hinder the insertion.

After that, the storage case 14 is moved to the front of the pusher 9 (bagging portion). The packaging bag C supplied from the bag supply device 10 is waiting there with its mouth opened.

As shown in FIG. 9, the bag supply device 10 includes a table 10a for stacking and placing packaging bags C, a level adjusting cylinder 10b for the table, an upper suction pad 10c for opening the bag, and a pad 10c for the front. It comprises means 10d for feeding and raising and lowering (it is composed of two cylinders in the figure), a lower suction pad 10e which is kept below the middle of the path of the pad 10c, and means 10d for raising and lowering this pad 10e (also a cylinder). The two suction pads are of the vacuum suction type. The suction pad 1 of this device 10
0c descends to suck the upper surface on the inlet side of the packaging bag C placed on the table 10a, and then rises to slide the adsorbed bag forward with the mouth slightly opened. During that time, the lower suction pad 10e sucks the lower surface of the bag (see FIG. 9).
(See (b)), further open the mouth of the bag. As a result, the insertion guide 9d waiting forward is smoothly fitted into the mouth of the bag C.

Thereafter, the insertion guide 9d is opened to the outside by the opening / closing mechanism 9e as shown in FIG. 9 (c), so that the mouth of the packaging bag C is squeezed into a square shape and firmly opened, and the insertion guide 9d is opened. The bag is also supported by.
Therefore, the suction by the suction pad is stopped.

In this state, the insertion guide 9d moves to the front of the storage case 14 and stands by as shown in FIG. 7 (c). Here, the pants from the storage case 14 to the packaging bag C are pushed by the pushers 9h. Is transferred.

The pusher 9h has a packaging bag C after the pants are transferred.
Is removed from the insertion guide 9d and the table 1 in FIG.
It moves to the position of 1a, and pushes back to the position where it is positioned by the stopper 11b and returns. The tension of the insertion guide 9d is released after the pants are transferred, and the insertion guide 9d is smoothly removed from the bag.

After that, the sealing device 11 is activated. As shown in FIG. 10 (a), this sealing device 11 has a stopper 1
The above-mentioned table 11a having 1b, release paper peeling means 1
1c, a retracting mechanism 11d of the peeling means, a wrinkle straightening machine 11e of FIG. 10 (d), a backing plate 11f of FIG. 10 (c), a folding flap bending guide 11g, and FIG. 10 (c).
The bonding mechanism 11h of (e) is used.

The wrinkle straightening machine 11e, the backing plate 11f, and the folding guide 11g are preferably moved by a cylinder or the like to pack the pants, and then retracted to a position where the movement of the bag and the operation of the adhesive mechanism are not hindered. The example device has such a configuration.

Here, as the release paper peeling means 11e,
As shown in FIG. 10 (b), a pair of jaws was opened and closed by a cylinder and a release paper was picked up.

Further, as the adhesion mechanism 11h, as shown in FIG.
As shown in (c), a horizontal and vertical cylinder that moves the plate 11i was used. Rubber pads 11j are attached to the upper and lower surfaces of the plate 11i for pressing the sealing flap and for preventing slipping when releasing the release paper. Further, as shown in FIG. 10 (d), the wrinkle straightening machine 11e used a pair of left and right links having a rubber pad 11j at the tip end pushed by a cylinder to slide the rubber pad 11j left and right. This wrinkle straightener 11e is a preferable element for applying the sealing flap cleanly.

Now, as shown in FIG. 10A, the table 1
When the packaging bag C containing the pants A on the 1a is sent,
The bonding mechanism 11h is activated and the plate 11i is moved to the position shown in FIG.
It is moved to the positions of (a) and (c). After that, the peeling means 1
1 moves from the chain line position in FIG. 10A to the solid line position.

The packaging bag C is provided with a sealing flap whose adhesive surface is protected by a release paper. The sealing flap of this bag is received by the rubber pad on the back surface of the plate 11i to prevent it from slipping, and the release means 11e pinches and releases the release paper. The slip prevention at this time may be performed by providing a plate with a non-slip pad different from the plate 11i, but as shown in FIG.
If 1i is also used (the contact plate 11f may also be used),
Fewer components required.

Next, the contact plate 11f and the bending guide 11g.
Moves up and down the entrance of the packaging bag C, the plate 11i descends, and the sealing flap is bent downward. Further, when the plate 11i comes under the folding guide 11g, it retracts from here and bends the flap in a U-shape. Here, the wrinkle straightening machine 11e moves to the position shown in FIG. 10 (d), and the flap 2 along the folding guide 11g is pressed against the guide and stretched to the left and right to remove the wrinkle of the flap. Next, the plate 11i is pushed up as shown in FIG. 10 (e), the rising of the bag is stopped by the contact plate 11f, and the flap is attached to the other surface of the bag. After that, the backing plate 11f and the folding guide 11g are removed, and the bag filling is completed.

In addition, the sealing device 11 is provided with a belt conveyor which conveys sideways instead of the table 11a, and conveys the packaging bag after transferring the clothing by this conveyor, and guides the sealing flap through the guide groove. A configuration in which the flap is attached to the other surface of the bag while being folded into a letter shape and then peeling off the release paper with a scraper that is kept waiting in the groove is also conceivable.

In the case of the dedicated device for single-pack bag filling, the storage case 14 may be omitted and the clothing may be transferred from the rotating case 13 to the packaging bag.

[0045]

As described above, according to the bag-filling method of the present invention, vertical folding after lateral folding and bag-filling, which has been a bottleneck in fully automating the bag-filling operation, can be performed easily and securely. Can be done.

In particular, in the method of providing the storage case and temporarily transferring the clothes in the rotating case to the storage case, the two-pack packaging can be performed accurately without any trouble.

In addition, the bag packing apparatus of the present invention using this method performs the entire work including the former two-fold lateral folding, the supply of the packing bag, the peeling of the release flap adhesive surface of the sealing flap after packing, and the sealing. Since it has been automated, labor saving and efficiency improvement of bag packing can be achieved. In addition, since it is a mechanical work, the unavoidable variation in the bag packing state by hand is reduced.

[Brief description of drawings]

FIG. 1 is a plan view showing a schematic configuration of a bag filling device.

FIG. 2 is a side view of the same device.

FIG. 3 is a front view of a mount supply device.

FIG. 4 is a sectional view taken along line IV-IV in FIG.

5 is a cross-sectional view taken along line VV of FIG.

6 is a cross-sectional view taken along the line VI-VI in FIG.

[FIG. 7] (a): Diagram showing vertical folding process of pants (b): Diagram showing transfer from rotating case to storage case in one-piece packaging (c): Transfer from storage case to bag Showing

FIG. 8 (a): Transfer of the first pants to the storage case in the two-pack packaging (b): Transfer of the second pants to the storage case in the two-pack packaging Figure

9A to 9C are diagrams showing the configuration and operation of the bag supply device.

FIG. 10A is a diagram showing an operation of release paper peeling means included in the sealing device. FIG. 10B is a diagram showing a drive unit of the peeling means of the above. FIGS. Diagram showing steps

[Explanation of symbols]

 1, 2, 3 Belt conveyor 4 Mount paper supply device 5 First folding device 5a Plate gauge 5c Folding plate 5e Air nozzle 6 Second folding device 6a Plate gauge 6c Folding plate 7 Third folding device 7a Cradle 7d Pushing plate 8 1st Transfer mechanism 8a Pusher 9 Second transfer mechanism 9a Insertion guide 10 Bag supply device 10c, 10d Suction pad 11 Sealing device 11c Release paper peeling means 11e Wrinkle extender 11f Abutment plate 11g Folding guide 11h Adhesive mechanism 13 Rotating case 14 Storage case A Pants B Mount C Packaging bag

Claims (3)

[Claims] 1. Pants or similar clothing whose side portions are folded along the edge of a square mount placed on the top of the rectangular mount have a vertical fold along the lower side of the mount suspended in the air. And supports it from below and vertically holds the rotating case of the rectangular tube below the vertical folding section to make it stand by. In this state, the vertical folding section is pushed down by the pressing plate to fold the clothing vertically in two. Push it into the rotating case, and after returning the pushing plate, make the rotating case horizontal, and push out the clothing in this case with the pusher with the vertical folding part facing forward, and insert the insertion guide that spreads the inlet squarely in advance at the inlet. A method for bagging a garment, which is characterized by directly or indirectly transferring to a packaging bag that is waiting in an open state. 2. Pants or similar clothing in which side portions are folded along the edge of a square mount placed on top of the rectangular mount have a vertical fold along the lower side of the mount suspended in the air. And supports it from below and vertically holds the rotating case of the rectangular tube below the vertical folding section to make it stand by. In this state, the vertical folding section is pushed down by the pressing plate to fold the clothing vertically in two. Push it into the rotating case, and after returning the pushing plate, make the rotating case horizontal, and put the clothes in this case with the pusher on the storage case of the rectangular tube with the vertical folding part facing backward at the exit side of the rotating case. Press to move,
After that, fold the second piece of clothing into the rotating case and push it in, while compressing the vertical folding part of the clothing in the storage case with the pressure plate that has entered the case inlet, and restore the pushing plate again. The rear rotating case is made horizontal, the clothes in this rotating case are turned in the direction opposite to that of the first item, and the first item of clothes is partially compressed. After that, move the storage case to the standby point of the insertion guide provided on the outlet side of the case, and insert the insertion guide that widens the entrance squarely into the entrance part in advance, and for the packaging bag waiting in the open state. A method for bagging clothes, wherein the clothes in the two stacked storage cases are pushed by a pusher and transferred. 3. A first belt conveyor for spreading and placing pants or similar clothing items with the belt portion facing forward, b) A mount supply device for placing a square mount on the clothing items on the first belt conveyor, c) a second belt conveyor following the first belt conveyor,
A tapered trapezoidal first plate gauge with an elevating mechanism provided above it, a means for stopping the clothing on the second conveyor in a fixed position, and the side edges of the clothing protruding to the side of the first plate gauge from one side in order. A first folding device consisting of an edge folding means for folding on a first plate gauge placed on clothing, d) a third belt conveyor following the second belt conveyor,
A constant-width second plate gauge having an elevating mechanism provided above it, and means for stopping the clothing on the third conveyor in a fixed position,
A second folding device comprising edge folding means for folding the side portion of the clothing protruding to the side of the second plate gauge onto the second plate gauge placed on the clothing, e) Keeping in front of the third belt conveyor A pedestal with a stopper, a pedestal drive mechanism that horizontally moves the pedestal to form a separation portion between the third belt conveyor, and a pushing plate having an elevating mechanism vertically arranged above the separation portion, A rotating case of a rectangular tube that stands vertically in a vertical position below the separating section, and a vertical folding section along the lower side of the mount is pushed down by the pressing plate to vertically fold the clothing article in two, and the rotating case F) a third folding device, f) a first transfer provided with a storage case of a rectangular tube arranged on the outlet side of the rotating case returned to the horizontal position, and a pusher for pushing the clothes in the rotating case into the storage case Mechanism, g) the storage case The enters a driving mechanism for moving the bagged portion, the inlet portion of the housing case in the bagging unit, 2
A pressure plate that expands the entrance of the storage case by compressing the two-folded portion of the clothing in the case on the entrance side of the storage case during the package packaging, and a drive mechanism that fits into the entrance of the packaging bag and opens the entrance of the bag in a rectangular shape. Second transfer mechanism, which includes an insertion guide and a pusher that pushes the clothing in the storage case into the packaging bag in which the insertion guide is fitted, h) The packaging bag is opened from the supply point to the bag filling section 1
A bag feeding device for feeding one by one, i) a release flap covering the adhesive surface of the closure flap, and a side opposite to the side where the flaps are connected by folding the closure flap of the packaging bag after transferring the clothing after peeling the release paper A sealing device to be attached to the bag surface, and a bagging device for clothes configured by including each of the elements a) to i).