KR100218830B1 - An improved working method to give a worn-out aspect to articles of clothing and an improved machine suited to carry out such a method - Google Patents

Abstract

The present invention relates to the relative motion of one or more rotary brushes (9; 90) which are in contact with the clothing (6) and the clothing itself, while being combined with the swinging motions (51, 520) of the rotary brush on the transverse plane of the clothing itself. A work method of providing a worn appearance to an apparel for processing at least one apparel worn on the mannequin 2 by a polishing action generated by movement, the work method comprising: the brush 9; Applied by a device (1; 100) equipped with at least one moving structure (15, 7, 71, 13; 500, 503, 505, 507, 700) suitable for generating a rocking motion of 90; The rocking motion of the sole consists of two-way rotations 51 and 520 of the sole around the vertical axis 14.

Description

[Name of invention]

Work method and device to provide worn appearance to apparel

Detailed description of the invention

[Technical Field]

The present invention relates to an improved working method for providing a worn appearance to garments, in particular garments of denim material, and an improved device suitable for applying such a method.

[Background]

As is well known, current fashion trends sometimes require clothing, especially denim apparel, to have a worn appearance.

In order to meet such demands, the manufacturer bleaches the garment to the required worn appearance by processing the garment with an appropriate enzyme or pumice powder during the washing operation.

It is also sometimes required that only certain parts of an article of clothing exhibit a worn appearance, which can be achieved by concentrating a particularly intense bleaching operation on the desired part through replenishment.

One of the supplementary treatments described above is a very powerful manual spraying operation for spraying compressed air mixed with sand in areas where decolorization of clothing dances should be concentrated, thereby obtaining a so-called sand effect in technical jargon in the industry. .

One of the disadvantages of the above work is the high cost and long time required for this work caused by hiring a large amount of labor, and furthermore, since the above method is performed manually, it is only dependent on the skill of the worker, so that the reproduction of the finish is difficult. This makes it very difficult to maintain a homogeneous finish in the product.

EP 0 616 066 discloses a device and method for providing a worn appearance to a garment, according to which rotating brushes only provide a straight translation along the garment, thus providing a worn appearance throughout the area. There was no.

Another method is to spray the local part with a permanganate solution that discolors the garment locally, which presents a problem not only of the above disadvantages but also of serious pollution.

Patent application No. V191A000147 has also been filed by the inventor of the present invention for the purpose of eliminating the above disadvantages, the above patent is a working method suitable for providing a worn appearance to the garments, in particular denim garments and The device is equipped with a rotary brush suitable for applying the method.

The purpose of the method and apparatus of the present invention is to solve the above-mentioned problems, but has a limitation in that only the linear motion of the rotating brush is applied to the garment to be treated, thus obtaining a worn appearance only in a predetermined area where the above process is required. There is a problem.

Another disadvantage is that there is an area where the brush provided by the apparatus does not reach, so that the part of the garment processed during the brushing operation does not touch the brush. Apparatuses suitable for application are embodied.

In particular, one of the objectives of the present invention is to provide a method of work and a method of applying such a method which can take a more easily and accurately locally worn appearance in apparel, in particular denim apparel, compared to methods and apparatus belonging to the known art. To realize the device.

Another object of the present invention is to allow the above locally worn effect to be achieved in any part of the article of clothing, and it is also an object of the present invention to keep the quality of the finished product repeated over time.

Detailed description of the invention

The above objects are achieved through a process for providing a broken-down specification to an article of clothing, in particular an article of denim material. According to the present invention, the article of clothing of the denim material is composed of the following operations.

Apply at least one garment to be treated on at least one mannequin suitable for aligning the garments in a shape worn by a person;

Treating said at least one garment with a polishing action caused by the relative movement of the at least one rotary brush in contact with the garment in the longitudinal direction of the garment itself;

After the polishing process is completed, the at least one garment is removed from the at least one mannequin after the at least one rotating brush performs a rocking motion on a plane across the article itself.

Apparatus suitable for applying the above working method is

At least one mannequin suitable for supporting at least one processed garment;

A plurality of brushes which rotate on their own axis and are installed opposite each other and which are provided on at least one slide which is suitable for a support structure mounted on the base plate of the device;

A device for moving said mannequin suitable for aligning each mannequin first in an area for clothes and / or dressing at least one garment to be treated and then in an area for processing clothes between said rotating brushes. ;

-Motorizing means adapted to cooperate with the at least one slide and the support structure and to generate relative movement of the sole with respect to the article to be treated with each other,

The rotating brush is characterized in that it is mechanically coordinated with at least one moving structure coupled to the support structure and the rotating brush is suitable for shaking motion on the transverse plane of the garment along the opposite directions opposite to each other.

According to a preferred embodiment the device according to the invention has a pair of mannequins which are coupled with a moving device having a horizontal beam which is supported in the middle by a fixed vertical support which supports the garment to be processed, said vertical support The motor is provided with a motorizing means suitable for rotating the horizontal beam so that the mannequin attached to the beam itself is selectively moved to the dressing / detaching area and the processing area under the action of the rotating brush. The rotary brush is supported by a slide that is fitted to a support structure attached to the base plate of the device.

The brushes perform processing on the apparel by combining the essentially linear translational and rotational movements of the apparel to which they come in contact. The brushes also perform a lateral rocking motion of the apparel itself. The rocking motion consists of an optional rocking motion around its axis of rotation, in which the rocking motion is affected by the moving structure, which is in contact with the entire area of the article on which the individual brushes are processed. Suitable for

In addition, all the soles can vibrate at the same angular rotation, which can be adjusted as needed using the adjusting means, and alternatively, the respective soles can vibrate at different angular rotations, which can be adjusted as needed by using the adjusting means. have.

The invention will be apparent from the following detailed description, and may be applied to a wider range.

However, the preferred embodiments of the present invention by way of example and detailed description are merely for explanatory purposes and will be clearly understood by those skilled in the art by the detailed description and the accompanying drawings, and various modifications and implementations can be made within the spirit and scope of the present invention. It is possible.

[Brief Description of Drawings]

1 is a schematic perspective view according to the present invention showing a state in which one garment is in a working position and another garment is worn on a mannequin;

FIG. 2 is a perspective view of the apparatus of FIG. 1 showing a state in which the article of clothing is already worn in FIG.

FIG. 3 is a perspective view of the apparatus of FIG. 2 showing a state in which clothing is worn on a mannequin having a shape worn by a person. FIG.

4 is a detailed front view of a mannequin without clothing to be treated.

FIG. 5 is a detailed front view showing a state where the clothing to be processed on the mannequin of FIG. 4 is worn; FIG.

FIG. 6 shows a state in which the garment to be processed is aligned to the position where the garment is to be processed in a shape which is essentially worn by a person.

FIG. 7 shows the mannequin and the end of the device for pulling the garment without being applied to the garment worn on the mannequin.

FIG. 8 shows the same pulling device as in FIG. 7 as applied to an article of clothing supported by a mannequin.

9 shows a member for securing an article of clothing aligned with a mannequin into a treatment position.

FIG. 10 shows that the block member of the garment of FIG. 9 supports the garment to be processed.

11 is a schematic plan view of the block member shown in FIG.

12 is a schematic plan view of the block member shown in FIG.

13 is a schematic perspective view showing a pair of soles supported by correlated slides and support structures.

FIG. 14 is a rear view of FIG. 13. FIG.

Fig. 15 is a detailed view of the block device when the closure device of the end of the mannequin supports the clothing to be processed at the working position.

Figure 16 is a detail view of the traction link / crank which causes rocking rotation of the sole.

FIG. 17 shows the towing link / crank of FIG. 16 from the other side.

18 is a plan view of the device according to the invention.

19 is a detailed view of a sole supported by each corresponding slide in another embodiment of the present invention.

20 is a schematic plan view of a rocking member of the sole according to another embodiment of FIG.

21 is a side view of FIG. 20;

EXAMPLE

As shown in FIG. 1, the apparatus 1 according to the invention comprises a pair of mannequins 2, with a flexible structure 4 supported by each central core 5, and processing. The garment 6 to be made is attached to the block member 3 for fixing the garment 6 to be processed at the working position after it is worn on the flexible structure 4.

The flexible structure 4, although not shown in the drawings, is essentially an air chamber that is expanded by means of expansion means and is fixed in a moving device 8 for moving the mannequin 2, in particular the moving device 8. Is provided with a vertical support for supporting the rotating beam (82) and at the end of the rotating beam is provided with a block member (3) attached with a central core (5) of each mannequin (2).

When the garment is fully worn on the flexible structure 4, the flexible structure 4 is inflated by compressed air and the clothing is shaped to be worn by a person.

Reference is made herein to the description of a mannequin 2 having a flexible structure 4 suitable for supporting an article of clothing to be treated, in which the article of clothing 4 to be treated is referred to as a trousers 6 in this description. to be.

The garments to be treated may be of any kind, such as shirts, jackets and the like, so the above description is given only as an example, and these may only change the shape of the flexible structure 4 and the mannequin 2 on which the garments are worn. Is enough.

In addition, two mannequins were used as an example to be described, and in other embodiments, any number of mannequins may be used, and they may also be applied to a moving device that performs a movement different from the linear motion and the shake motion.

The apparatus according to the invention also comprises two pairs of rotary brushes 9, which are provided with clothing articles 6 installed opposite each other and processed therebetween, while the rotary brushes 9 As shown in FIG. 14, it is supported by a slide 11 which is alternately vertically moved along the guide rail 13 provided in the frame 15.

The frame 15 is pivoted toward its support structure with its end 7 having a vestibule holding member 16 along a vertical axis 14 by a pivot pin 71.

The porch holding member 16 is coupled to the base plate 17 of the apparatus through the sliding means, and the sliding means 18 is in particular the porch holding member 16 and the rod (as shown in FIG. 15). A guide tube 181 bonded to the 182 and slides into the guide tube 181, and the end of the tube 181 is attached to the base plate 17, so that each of the door holding members 16 has a second power. Via means 20 it can be displaced in any direction indicated by arrow 19 in FIG. 15.

The motorizing means 20 has a belt 201 attached to the bracket 202 coupled to the porch holding member 16, and is driven to rotate by the motor 203 as shown in FIG. The belt 201 is connected to the drive gear 205 attached to the base plate 17 so that the belt 201 is rotated 206 around the drive gear 205 while the motor 203 is operated. The door holding member 16 is moved in either direction of the arrow 19 in accordance with the rotation direction of the.

In a similar manner, both the slides 11 are moved vertically along the rails 13 in the direction of any of the arrows 21 shown in FIG. 14 by the first powering means 22, the powering means 22. Has a chain 221 attached to the slide 11 through the bracket 222, as shown in FIG. 13, wherein the chain comprises two drive gears 224. 225, and are firmly attached to the frame 15 and driven to rotate by the motor 203.

Therefore, it is possible to remove the sole 9 from the garment to be treated by driving the first and second motive means 20 and 22, and also to move longitudinally along the garment itself. do.

To begin the work cycle, the garment 6 to be treated as shown in FIG. 1 is aligned with the inflatable flexible structure 4 and then fitted into the structure 4 as shown in FIG. 2. It is essential to inflate the structure 4 to obtain the shape it will have when it is finally worn down by a person.

The apparel described in the present invention is a pants, but any kind of apparel as described above is possible.

The garment 6 is attached to the mannequin 2 via a block member with a mannequin 2, the overall shape 3 of which is shown in FIGS. 4 and 5 and 6, As shown in FIGS. 10, 11 and 12, the block member has a pair of plate members 32 installed opposite to each other and attached to the support structure 32, wherein the support structure 32 is While attached to the beam 82 in turn, each of the plate 31 supports the jaw 33, which is aligned with the waist belt 61 in the interior of the garment 6. One of the center cores 5 is supported. As shown in FIGS. 11 and 12, the plate 31 is attached to a pair of racks 131 and support structures 32 attached to one of the plate 31 and both of the racks simultaneously. It is moved by a displacement means 30 having a cogwheel wheel 132 to be coupled, one of the plate material 31 is coupled to the core 134 of the air or hydraulic actuator 34 and the displacement means 30 On the other hand, the liner 234 is attached to the support structure 32 so that the core 31 is moved along the bidirectional 36 with each other due to the movement of the core 134 in the direction of the arrow (35). As a result, the jaw 33 is forced against the waist belt 61 of the garment 6 which is continuously fixed to the block member 3 while being aligned in the vertical position as shown in FIGS. 10 and 12. .

In order to improve the pulling of the apparel in the position to be treated, the apparatus also has a pulling member 24 shown in FIGS. 4 and 5 and 6 which is required for processing. The clothing article 6 is pulled at a position to be provided, and as shown in FIG. 9, a pair of guide tubes 324 are attached to each of the rotating beams 82. While there is a pull rod 524 which is vertically displaced in one of the directions of the arrow 25 by the (3), the third motorized means 26 is coupled to the rack 424 provided on the pull rod 524 And a motor 326 for rotationally driving the shaft 526 to which the gear wheel 226 is attached at its end by a member 426 composed of a worm screw and a helical wheel.

In particular, as shown in Figure 7 and 8, the end 124 of each of the pull rod 524 has a pair of forceps 23 to which the end of the garment is attached, once the garment is a waist belt ( When the end is fixed between the tongs 23 as shown in FIG. 8 and is fixed between the corresponding jaw 33 and 61, the pull rod 524 is connected to the motor 326 of the motorizing means 26. It is moved downward by the rotation of the cog wheel 226 driven by.

In many cases, tongs 23 may be more than one pair for each pull rod.

As shown in FIG. 6, when the garment 6 is aligned in the pulled position according to the shape worn by a person, it is ready for processing.

The rotating beam 82 is rotationally driven by the rotating means inherent in the vertical column 81 to align the article of clothing between the soles 9, as shown in FIG.

At the same time, the first garment already processed is removed from the mannequin 2 and is out of range of the sole, after which another garment for processing is worn on the mannequin in the order shown in FIGS. 1 and 2 and 3.

When the garment 6 to be treated is aligned between the soles, as shown in FIGS. 2 and 3, the center core 5 of the mannequin is fixed in line with its bottom end by the bottom block member 27. The bottom block member 27 is provided with two brackets 127 installed opposite to each other and hinged to each other at a point 227, as shown in FIG. 13 and FIG. 15, which are provided by a jack 327. Move with respect to each other in a branching motion. One of the brackets 127 also has a toenail 427 that secures the end of the central core 5 on which the garment 6 is aligned, as shown in FIG. 2 and FIG.

Typically, the brushes 9 begin to approach the garment 6 in the opposite direction 62 horizontally as shown in FIG. 2 and in contact with the garment 6 as shown in FIG. .

In order to process the apparel 6, the rotating sole 9 is rotated in either direction of the arrow 91 by a power transmission member provided in the motor 92 and the housing 93, and the rotary sole 9 9 are motorized means 22 already described above having a motor 223 and a chain 221, drive gears 224, 225 and a bracket 222 for coupling the chain 221 with each of the slides 11. It moves vertically in the arrow direction 21 through ().

At the same time, in order for the sole 9 to act on all surfaces of the article of clothing, the sole 9 is in the shape of a cavity 691, as shown in more detail in FIG. 18, and also shown in FIG. Likewise, the frame 15 having the slide table is rotated around the resin shaft 14 passing through the pivot 71 connected to the door holding member 16.

In particular, together with the end 7, the pivot 71 and the rail 13, the respective frames 15 are pivoted 71 by means of the pull link / crank member 50 shown in FIGS. 16 and 17 and 18. It forms a moving structure to rotate the frame 15 in both directions in the circumference and arrow 51 direction.

In each of the traction links / crank members 50 as shown in FIG. 18, the crank has a disk 52 with an elliptical button 53 installed, one end of which is connected to the elliptical button. The other end is connected to the bracket 151 provided in the frame 15 as shown in FIG. On the other hand, each of the disk 52 is rotationally driven by a damping gear 153, the damping gear 153 is connected to each other by a shaft 155 is rotationally driven by a motor 154.

The shaft 155 includes universal fittings that are extensible so that the structures of the porch holding member 16 can move simultaneously and separately from each other (not shown in the figure).

Thus, the apparel 6 is likely to engage with four soles when the device is in operation, each brush having its own rotational movement about its own horizontal axis and up and down vertical translation 21 and simultaneously There is a two-way rocking motion around the vertical axis 14, the combination of which ensures that the sole reaches every part of the garment to be processed, thus optimizing the processing process.

In addition, since the position of the button 53 can be moved relative to the center of the disk 52, the brush is moved around the vertical axis 14 in order to produce a localized and somewhat concentrated wear-off effect at a predetermined portion of the article of clothing as the user intends. The range of the shaking motion in (9) can be changed.

Another embodiment according to the present invention based on the same inventive concept is shown in Figures 19, 20 and 21, which has a moving structure of a different shape such that the sole rotates around its vertical axis.

In the above figures, another embodiment 100 of the apparatus has a rotary sole 90, which is driven by a slide 110 that slides along a rail 130 provided in the support structure. Supported and in this embodiment there is also a porch holding member 160 fixed to the base plate 170 of the apparatus.

The moving structure that allows the sole 90 to rotate about its vertical axis to rotate is provided with a central rod 500 that is supported through a pivot 501 on the slide 110 as shown in FIGS. 20 and 21. .

One end 502 of the center rod preferably supports a pair of air actuators 503, each of which is connected to a coupling-rod fixed to a pivot 506 provided in the housing 507. 504 and the housing supports one of the rotary brushes 90.

On the other hand, the opposite end of the center rod 500 is supported by the traction link / crank member 600, the traction link / crank member 600 is connected to the center rod 500 through the support traction link 601 The opposite side is coupled with the crank button 602 provided in the crank 603, in which case the crank has a rotating disk 603 fixed to the rotating shaft 604 of the motor 605.

When the disk 603 rotates in either direction of arrow 610, the center rod 500 is shaken around pivot 501 along either direction of arrow 510 and the engagement-rod 505. And it is transmitted to the housing 507 supporting the rotary brush 90 is a rotary motion 520 to shake around the pivot 506 occurs.

Accordingly, due to the action of the chain 701 and the motor 700 attached to the slide 110 shown in FIG. 9, the rotary brush 90 rotates around its horizontal axis 530 and along the clothing to be processed. Direction of translation, and also the rotary brush 90 is selectively moved in a rocking motion so that it can take any position comprised between the two restriction positions shown by dashed lines 560 and 550 in FIG. do.

The range of such swinging rotational motion is variable for each sole, which is preferably by displacing the support 570 by the actuator 500 to obtain a somewhat wider rocking motion as shown in FIG. This is because the connection between the 601 and the center rod 500 is changed as the user intends. In addition, by adjusting the stroke of the cylinder 503, the range of rocking motion of both soles can be changed and can be changed independently of each other.

This has the advantage that it is possible to vary the movement of the brush relative to each other in order to achieve a special effect that is concentrated in a part of the garment.

Based on the foregoing, it will be easily understood that the proposed object is achieved with the working method of the present invention and the apparatus to which the present invention is applied.

Above all, the first object of the present invention has been described, a method of working to provide a locally worn appearance to apparel and a method of obtaining a device suitable for applying the method, which method is better than known methods and devices. It is easier and more accurate to apply, and this has been shown to be achieved by the addition of a rotary brush which moves longitudinally along the article of clothing being processed and each shakes around the vertical axis.

In addition, it has been shown how the objective of providing different worn effects to certain parts of a garment, ie a particular part, has been achieved, which is desirable for the relative position between the traction link and the corresponding crank to actuate the moving structure supporting the sole. To achieve this.

In addition, because the device operates under the same conditions in the long term, the object of repeatedly obtaining the same quality in the product completion stage was achieved.

Preferably, the device according to the invention can be used not only to achieve the so-called wear-off effect of the article of clothing, but also to perform special processing suitable for providing softness and skin on both the inside and outside of the garment itself.

During the manufacturing process the device according to the invention can be modified for the purpose of improving the performance or reducing the manufacturing cost, and in addition, the device according to the invention can be provided with a large number of brushes different from the number of brushes described above. The sole may have a shape different from that described above with respect to the drawings.

The device according to the invention can also be assigned more work, while at the same time it can be equipped with more mannequins to wear, undress and process one or more garments, and the device also has a brush with the rotating shaft not horizontal. It can also be realized by aligning and preventing the rotary brush from moving vertically with respect to the article to be treated.

However, the present invention can be modified and implemented within the scope and spirit of the present invention.

Claims (13)

At least one garment 6 to be treated is coated on at least one mannequin 2 suitable for aligning the garment 6 in a shape worn by a person; Polishing said at least one garment by a polishing action caused by a relative movement along the longitudinal direction of the garment (6) itself of at least one rotary brush (9; 90) in contact with it; After the polishing process is completed, the at least one mannequin (2) to remove the at least one garment to be processed 6, the one or more rotary brushes (9; 90) is the garment (6) itself A work method for providing a worn appearance to a garment, in particular a garment made of denim, characterized in that the shaking movement (51; 520) is performed on a plane transverse to the garment. At least one mannequin 2 supporting at least one garment 6 to be processed; Rotating around its axis 530 attached to at least one slide 11; 110 coupled to the support structure 16; 160 installed on the base plate 17; 170 of the device 1; A plurality of brushes 9; Align each mannequin 2 with at least one garment to be treated 6 in an area for dressing and / or undressing, and then in an area for processing clothing placed between the rotary brushes 9 and 90. An apparatus (8) for moving the mannequin (2) suitable for In cooperation with the at least one slide (11; 110) and the support structure (16; 160) and the motorized means (20; 22) to move the brushes (9; 90) relative to each other with respect to the garment (6) to be treated. At least suitable for causing the sole (9; 90) to shake in a plane transverse to the garment along two opposite directions (51; 520), coupled to the support structure (16; 160); Work according to claim 1, characterized in that the at least one moving structure (15, 7, 71, 13; 500, 501, 505, 506, 507; 700) and the rotary brush (9; 90) are mechanically coordinated. Apparatus (1; 100) suitable for applying the method 3. The frame (15) according to claim 2, wherein at least one movable structure coupled to the support structure (16) is provided with a guide rail (13) which slides on at least one slide (11) supporting the sole (9). ) And a pivot 71 arranged at the end 7 of the frame 15 that couples the frame 15 to the support structure 16, the frame 15 being installed on a base plate and provided with a brush 9. Mechanically coordinates with the traction link / crank member for causing this rocking motion, the traction link / crank member having at least a frame 15 and a sole 9 connected to the frame 15 passing through the pivot 71. Apparatus (1) characterized by consisting of bidirectional rotation about one axis (14). The method of claim 2, wherein at least one moving structure coupled to the support structure 160 has a central rod 500 supported by the at least one slide 110 through a pivot 501, the center A pair of actuators 503 are provided at one end of the rod, each of which is coupled with a coupling-rod 505 fixed to a pivot 506 provided in the housing 507, the housing 507 While supporting the rotating shaft of at least one sole 90, the opposite end of the central rod 500 cooperates with the tow link / crank member 600, which is the slide link 110. And installed in the housing (507) and at least one sole (90) coupled to the housing to cause a rocking motion comprising selectively rotating about a pivot (506). 3. The at least one mannequin (2) has a flexible structure (4) in which the articles of clothing (6) to be treated are arranged, the flexible structure (4) for fixing the articles of clothing (6) to be treated. Device (1; 100), characterized in that it is supported by at least one central core (5) attached to the moving device (8) by means of a member (3). 6. The block member (3) according to claim 5, wherein the block member (3) has a pair of plates (31) arranged opposite to each other, each of which supports a jaw (33) to which one of the central cores (5) is attached. ; The device (31) is characterized in that the plate (31) is moved by displacement means (30) with respect to the support structure (32) attached to the moving device (8). 7. The displacement device (30) according to claim 6, wherein the displacement means (30) has a pair of racks (131), each of which is attached to one of the plates installed opposite to each other, and combining both racks. Securing a gearwheel 132 attached to a support structure 32 between the racks; Apparatus (1; 100) characterized in that at least one plate (31) is attached to the end of the core (134) of the actuator (34) having a body (234) having an air cylinder attached to the support structure (32). . 6. The method according to claim 5, wherein each of the at least one mannequin (2) has at least one pulling member (24) of the garment (6) to be processed, said pulling member being a guide tube attached to the block member (3). 324, wherein the pull rod 524 slides in the guide tube, and the pull member is adapted to cause movement of the pull rod 524 in the guide tube 324. On the other hand, each end 124 of the pull rod 524 is a device (1) characterized in that it is provided with a pair of forceps 23 suitable for fixing the end of the garment (6) to be processed; 100). The worm screw / helical wheel member 426 of claim 8, wherein the third motive means 26 mechanically cooperates with the motor 326 by rotational driving with the motor 326 attached to the block member 3. The worm screw / spiral wheel member 426 is connected to the shaft 526, the end of the shaft is a gear wheel 226 for coupling the rack 424 provided on the corresponding pull rod 524 Apparatus (1; 100) characterized in that it is attached. 3. The device (8) according to claim 2, wherein the device (8) for moving the mannequin (2) has a vertical support (81) for supporting the rotating beam (82), wherein the at least one mannequin (2) is provided with the rotating beam ( Device (1; 100) characterized in that it is aligned at each end of (82). 3. The power plant of claim 2 wherein the motorized means comprises first motorized means (22) having chains (221, 701) attached to the slides (11; 110) by a bracket (222), the chain supporting structure Apparatus (1; 100) characterized in that it is rotationally driven by a motor (223) coupled to (16; 160) and aligned between two drive gears (224, 225) coupled to the support structure (16; 160). ). 3. The device of claim 2, wherein the motorized means comprises a second motorized means (20) having a belt (201) attached to a bracket (202) connected to a support structure (16; 160), the belt being a base plate of the device. (1; 100), characterized in that it is connected to a drive gear (205) attached to (17; 170) and is driven by a motor (203) provided in the support structure itself. 6. A device according to claim 5, wherein the device comprises a bottom block member 27 having a pair of brackets 127 mounted to the base plate of the device and hinged to each other, wherein at least one of the brackets is provided with a claw 427. And the toe and the bracket cooperate with each other to fix the ends of the at least one central core 5 of the one or more mannequins 2 whenever the at least one processed garment is in the processing position. (1; 100).

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