CN109512068A - The manufacturing device of dress article - Google Patents

Abstract

The present invention provides a kind of manufacturing device of dress article, can improve productivity in the manufacture of cricoid dress article.The manufacturing device of dress article includes the 1st processing unit (plant), and the 1st end of band-like article and the 2nd end are attached and generate cyclic annular article；Sheet article is engaged in cyclic annular article by the 2nd processing unit (plant)；And conveying device, cyclic annular article is delivered to the 2nd processing unit (plant) from the 1st processing unit (plant).

Description

The manufacturing device of dress article

Technical field

The present invention relates to the manufacturing devices of dress article.

Background technique

It is used by the cyclic annular article that cloth is formed as dress article.Cricoid dress article is used in such as pants Or waistband, headband and cuff of shirt of trousers etc..In addition, sheet article as such as label and cyclic annular article carry out sometimes Engagement.

Patent document 1: Japanese Unexamined Patent Application 56-050998 bulletin

In the case where dress article is manufactured by manual working, productivity is low.Accordingly, it is desirable to be able in wearing article Large-duty technology is proposed in the manufacture of product.

Summary of the invention

The purpose of mode of the invention is that large-duty wear can be mentioned in the manufacture of cricoid dress article by providing The manufacturing device of article.

Mode according to the invention provides a kind of manufacturing device of dress article, includes the 1st processing unit (plant), by band 1st end of shape article and the 2nd end are attached and generate cyclic annular article；2nd processing unit (plant), sheet article is engaged in The ring-type article；And conveying device, the cyclic annular article is delivered to the 2nd processing from the 1st processing unit (plant) Device.

The effect of invention

Mode according to the present invention, large-duty dress article can be mentioned in the manufacture of cricoid dress article by providing Manufacturing device.

Detailed description of the invention

Fig. 1 is the oblique view for showing schematically an example of dress article involved in the 1st embodiment.

Fig. 2 is the figure for showing schematically the summary of manufacturing process of dress article involved in the 1st embodiment.

Fig. 3 is the vertical view for showing schematically an example of manufacturing device for dress article involved in the 1st embodiment Figure.

Fig. 4 is the side view for showing schematically a part of manufacturing device of dress article involved in the 1st embodiment.

Fig. 5 is the side view for showing schematically a part of manufacturing device of dress article involved in the 1st embodiment.

Fig. 6 is to show schematically that ring involved in the 1st embodiment forms the oblique view of an example of device.

Fig. 7 is the oblique view for showing schematically a part of conveying device involved in the 1st embodiment.

Fig. 8 is an example for showing schematically the movement of the 1st processing unit (plant) and conveying device involved in the 1st embodiment The figure of son.

Fig. 9 is an example for showing schematically the movement of the 1st processing unit (plant) and conveying device involved in the 1st embodiment The figure of son.

Figure 10 is one of movement for showing schematically the 1st processing unit (plant) and conveying device involved in the 1st embodiment The figure of example.

Figure 11 is one of movement for showing schematically the 1st processing unit (plant) and conveying device involved in the 1st embodiment The figure of example.

Figure 12 is one of movement for showing schematically the 1st processing unit (plant) and conveying device involved in the 1st embodiment The figure of example.

Figure 13 is one of movement for showing schematically the 1st processing unit (plant) and conveying device involved in the 1st embodiment The figure of example.

Figure 14 is one of movement for showing schematically conveying device and the 2nd processing unit (plant) involved in the 1st embodiment The figure of example.

Figure 15 is one of movement for showing schematically conveying device and the 2nd processing unit (plant) involved in the 1st embodiment The figure of example.

Figure 16 is one of movement for showing schematically conveying device and the 2nd processing unit (plant) involved in the 1st embodiment The figure of example.

Figure 17 is one of movement for showing schematically conveying device and the 2nd processing unit (plant) involved in the 1st embodiment The figure of example.

Figure 18 is the figure for showing schematically an example of clamping component involved in the 2nd embodiment.

Figure 19 is the figure for showing schematically an example of movement for clamping component involved in the 2nd embodiment.

Figure 20 is the figure for showing schematically an example of movement for clamping component involved in the 2nd embodiment.

The explanation of label

1 ... manufacturing device, 10 ... the 1st processing unit (plant)s, 11 ... rings formation device, 12 ... attachment devices, 13 ... feedways, 14 ... transfer devices, 15 ... detection devices, 20 ... the 2nd processing unit (plant)s, 21 ... worktable parts, 22 ... feedways, 23 ... heat Pressure device, 30 ... conveying devices, 31 ... the 1st transfer units, 31A ... rod unit, 31B ... rod unit, 32 ... the 2nd transfer units, 32A ... rod unit, 32B ... rod unit, 33 ... support members, 34 ... driving devices, 35 ... driving devices, 36 ... driving devices, 40 ... control devices, 110 ... clamping components, 111 ... the 1st clamping components, the 1st inner surface of 111A ..., the 1st outer surface 111B ..., The 1st connecting member of 111C ..., the protrusion 111T ... (the 1st protrusion), 112 ... the 2nd clamping components, the 2nd inner surface of 112A ..., 112B ... 2nd outer surface, the 2nd connecting member of 112C ..., the protrusion 112T ... (the 2nd protrusion), and 113 ... support members, 114 ... driving devices, 114D ... actuator, 114G ... guiding mechanism, 115 ... driving devices, 121 ... ultrasonic activation parts, 122 ... soldering tips, 123 ... branch Support part part, 124 ... driving devices, 131 ... tep reels, 132 ... driving devices, 133 ... driven rollers, 134 ... driven vollers, 141 ... draw Lead mechanism, 142 ... driving devices, 143 ... driven rollers, 144 ... driven vollers, 210 ... upper surfaces, 211 ... the 1st sides, 212 ... 2 sides, 221 ... receiving components, 222 ... holding members, 223 ... driving devices, 231 ... pressing components, 232 ... driving devices, The band-like article of BG ..., the cyclic annular article of CG ..., the 1st end E1 ..., the 2nd end E2 ..., JC ... interconnecting piece, P1 ... part 1, P2 ... Part 2, PG ... pants, SG ... sheet article, WG ... dress article.

Specific embodiment

In the following, be illustrated on one side to embodiment according to the present invention on one side referring to attached drawing, but the present invention and unlimited Due to this.The structural element for the embodiment being illustrated below can be appropriately combined.In addition, sometimes without using the knot of a part Structure element.

1st embodiment

[dress article]

Fig. 1 is the oblique view for showing schematically an example of dress article WG involved in present embodiment.Wearing article Product WG includes ring-type article CG and the sheet article SG engaged with cyclic annular article CG.

So-called dress article WG refers to the article worn physically.Dress article WG is ring-type.As cricoid wearing article Product WG exemplifies waistband, headband and the cuff of shirt of pants or trousers etc..Fig. 1 shows dress article WG to be applied to pants PG Waistband example.

Cyclic annular article CG is the ring bodies formed by cloth.Cloth include textile fabric, braided fabric, lace, felted terxture and At least one of bonded fabric.The cloth for forming cyclic annular article CG can be chemical fibre system, be also possible to natural fiber system.Ring Shape article CG may include such as at least one of polyesters synthetic fibers and polyamide-based synthetic fibers, also may include rubber Glue.

Sheet article SG is the plates formed by cloth.Sheet article SG can be by identical with cyclic annular article CG Material is formed, and can also be formed by different materials.Sheet article SG works as label.In sheet article SG for example Record the various information of trade name, trade (brand) name, logos, producing country, material and application method etc.

[summary of the manufacturing process of dress article]

Fig. 2 is the figure for showing schematically the summary of the manufacturing process of dress article WG involved in present embodiment.At this In embodiment, the manufacturing process of dress article WG includes from band-like article BG to generate the process of cyclic annular article CG and by tablet The process that product SG is engaged in cyclic annular article CG.

As shown in Fig. 2 (A), in the state that band-like article BG is bent into ring-type, the 1st position B1 of band-like article BG and 2 position B2 contact.In the present embodiment, it is fused by ultrasonic wave, a part for being bent into cricoid band-like article BG is melt It is disconnected.Band-like article BG is formed by the material for capableing of welding by ultrasonic wave fusing.It can be melted as by ultrasonic wave fusing The material connect exemplifies rubber or synthetic resin.As the synthetic resin for capableing of welding by ultrasonic wave fusing, polyester is exemplified Class synthetic fibers or polyamide-based synthetic fibers.The 1st position B1 and the 2nd position B2 of the band-like article BG of contact is by being surpassed Sound wave fusing, so that the 1st end E1 is formed in the 1st position B1 of band-like article BG, in the 2nd position B2 shape as shown in Fig. 2 (B) At the 2nd end E2, the 1st end E1 and the 2nd end E2 of these band-like article BG is fused, and thus generates cyclic annular article CG.

After generating cyclic annular article CG, as shown in Fig. 2 (C), the interconnecting piece JC of the 1st end E1 and the 2nd end E2 is covered Sheet article SG is engaged in cyclic annular article CG by the mode of lid.In the present embodiment, by hot pressing, sheet article SG is connect Together in cyclic annular article CG.Thermoplastic adhesives is coated in sheet article SG.In addition, adhesives can also be coated on ring Shape article CG.Sheet article SG is engaged in cyclic annular article CG in a manner of covering interconnecting piece JC by hot pressing, is thus connected The bonding strength of portion JC improves, and inhibits to the removing of the 1st end E1 and the 2nd end E2 in interconnecting piece JC.

[manufacturing device of dress article]

Next, the manufacturing device 1 of the dress article WG involved in present embodiment is illustrated.In this embodiment party In formula, based on the local coordinate provided out in manufacturing device 1, the positional relationship about each portion is illustrated.Local coordinate system System be carried out by XYZ orthogonal coordinate system as defined in.The direction parallel with X-axis in predetermined surface is set as X-direction.It will regulation The direction for being parallel to Y-axis orthogonal to X-axis in face is set as Y direction.The direction parallel with the Z axis for being orthogonal to predetermined surface is set For Z-direction.In addition, by centered on X-axis direction of rotation or inclined direction be set as θ X-direction.By the rotation centered on Y-axis Turn direction or inclined direction is set as θ Y-direction.By centered on Z axis direction of rotation or inclined direction be set as θ Z-direction.In addition, In the present embodiment, the plane comprising X-axis and Y-axis is properly termed as X/Y plane.Plane comprising X-axis and Z axis is appropriate Ground is known as XZ plane.Plane comprising Y-axis and Z axis is properly termed as YZ plane.X/Y plane is parallel with predetermined surface.X/Y plane, XZ plane and YZ plane are orthogonal.In addition, in the present embodiment, it is parallel with horizontal plane to be set as X/Y plane.Z-direction is upper and lower To.+Z direction is upper direction, -Z direction is lower direction.In addition, X/Y plane can also be tilted with respect to the horizontal plane.

Fig. 3 is bowing for an example of the manufacturing device 1 for showing schematically dress article WG involved in present embodiment View.Fig. 4 and Fig. 5 is individually a part for showing schematically the manufacturing device 1 of dress article WG involved in present embodiment Side view.Fig. 3 is equivalent to the figure of the manufacturing device 1 from the side+Z.Fig. 4 is equivalent to one of the manufacturing device 1 from the side-Y The figure divided.Fig. 5 is equivalent to the figure of a part of manufacturing device 1 from the side+X.

As shown in Fig. 3, Fig. 4 and Fig. 5, manufacturing device 1 includes the 1st processing unit (plant) 10, by the 1st end of band-like article BG Portion E1 and the 2nd end E2 are attached and generate cyclic annular article CG；Sheet article SG is engaged in logical by the 2nd processing unit (plant) 20 Cross the cyclic annular article CG of the 1st processing unit (plant) 10 generation；Conveying device 30, the ring that will be generated by the 1st processing unit (plant) 10 Product CG is delivered to the 2nd processing unit (plant) 20 from the 1st processing unit (plant) 10；And control device 40, manufacturing device 1 is controlled.

(the 1st processing unit (plant))

1st processing unit (plant) 10 generates cyclic annular article CG from band-like article BG.1st processing unit (plant) 10 includes ring and forms device 11, band-like article BG is bent into ring-type；Attachment device 12 will be formed device 11 by ring and be bent into cricoid ribbon The 1st end E1 of product BG and the 2nd end E2 are attached；Feedway 13 supplies band-like article BG；Transfer device 14, the band-like article BG supplied from feedway 13 is transferred to ring and forms device 11；And detection device 15, to transfer It is detected the position of band-like article BG on the transfer direction of device 14.

Ring forms device 11 and band-like article BG is bent into ring-type.In the present embodiment, it includes folder that ring, which forms device 11, Tight component 110, during which is with axis of rotation AX in the state that a part to band-like article BG is kept The heart is rotated.

Fig. 6 is to show schematically that ring involved in present embodiment forms the oblique view of an example of device 11.Such as Fig. 4 And shown in Fig. 6, ring forms device 11 and includes clamping component 110, keeps to a part of band-like article BG；Support portion Part 113 is supported clamping component 110；Driving device 114, clamping component 110 is moved；And driving dress 115 are set, support member 113 is rotated.

Clamping component 110 includes the 1st clamping component 111 and the 2nd clamping component 112.Clamping component 110 is in the 1st clamping section Band-like article BG is clipped between part 111 and the 2nd clamping component 112, and thus band-like article BG is kept.

The shape of 1st clamping component 111 and the shape of the 2nd clamping component 112 are respectively essentially rectangular-shape.1st folder Tight component 111 has the phase negative side of the 1st inner surface 111A and direction and 1st inner surface 111A opposite with the 2nd clamping component 112 To the 1st outer surface 111B.2nd clamping component 112 has the opposite with the 1st inner surface 111A of the 1st clamping component 111 the 2nd The 2nd outer surface 112B of inner surface 112A and direction and the opposite direction of the 2nd inner surface 112A.1st clamping component 111 and the 2nd Clamping component 112 clips band-like article BG between the 1st inner surface 111A and the 2nd inner surface 112A.

Support member 113 can movably support at least one of the 1st clamping component 111 and the 2nd clamping component 112. Support member 113 is the component of plate, can be pivoted about with axis of rotation AX.

Driving device 114 is with the 2nd inner surface of the 1st inner surface 111A and the 2nd clamping component 112 of the 1st clamping component 111 112A is approached or isolated mode, and at least one of the 1st clamping component 111 and the 2nd clamping component 112 are moved.Driving Device 114 is set to support member 113.Driving device 114 includes guiding mechanism 114G, connects to the 1st clamping component 111 1st connecting member 111C of knot and the 2nd connecting member 112C linked with the 2nd clamping component 112 are guided；And actuator 114D is generated at least one of the 1st connecting member 111C and the 2nd connecting member 112C being carried out mobile power.Pass through cause The work of dynamic device 114D, with the 2nd inner surface 112A of the 1st inner surface 111A and the 2nd clamping component 112 of the 1st clamping component 111 At least one of close or isolated mode, the 1st connecting member 111C and the 2nd connecting member 112C are guided mechanism 114G on one side It guides, moved on one side.The shape of band-like article BG is configured between the 1st inner surface 111A and the 2nd inner surface 112A Under state, the 1st inner surface 111A and the 2nd inner surface 112A are close, and thus clamping component 110 can be in the 1st inner surface 111A and the 2nd It clips between inner surface 112A and keeps band-like article BG.1st inner surface 111A and the 2nd inner surface 112A separation, from there through The holding for the band-like article BG that clamping component 110 is realized is released from.

Driving device 115 is rotated support member 113 centered on axis of rotation AX.Driving device 115 includes all The actuator as electric rotating motivation generates the power for rotating support member 113.Axis of rotation AX is parallel with Y-axis. If support member 113 rotates centered on axis of rotation AX, it is supported in the clamping component 110 and branch of support member 113 Support part part 113 is pivoted about together with axis of rotation AX.Axis of rotation AX is specified in the 1st inner surface 111A and the 2nd Between inner surface 112A.In addition, axis of rotation AX can also be specified in from the 1st inner surface 111A and the 2nd inner surface 112A it Between the position deviateed.Clamping component 110, can be with axis of rotation in the state of being kept a part of band-like article BG AX is pivoted about.It is rotated with the state clamping component 110 for keeping a part of band-like article BG, it is thus band-like Article BG is bent into ring-type.

In the present embodiment, the 1st clamping component 111 has the 1st outer surface 111B for being set to the 1st clamping component 111, The protrusion 111T (the 1st protrusion) protruded on the outside of to the radiation direction of axis of rotation AX.Protrusion 111T is in the 1st clamping component 111 On length direction, it is set to the end of the 1st clamping component 111.In the example shown in Fig. 6, the length of the 1st clamping component 111 Direction is parallel with Z-direction, and protrusion 111T is set to the end of the side-Z of the 1st outer surface 111B.Protrusion 111T is to -X direction Protrusion.In addition, protrusion 111T can also be set in the 1st clamping component 111 on the length direction of the 1st clamping component 111 Centre portion.In the present embodiment, in the XZ plane orthogonal with axis of rotation AX, the shape of protrusion 111T is arc-shaped.In addition, Corner can also be set on the surface of protrusion 111T.

Attachment device 12 will be bent into the 1st end E1 of cricoid band-like article BG by the rotation of clamping component 110 It is attached with the 2nd end E2.In the present embodiment, attachment device 12 includes ultrasonic wave device for fusing, ultrasonic wave fusing The 1st position B1 and the 2nd position B2 of the band-like article BG of contact are carried out ultrasonic wave fusing by device, to by the 1st position B1 and The 1st end E1 and the 2nd end E2 of band-like article BG that 2nd position B2 is respectively blown and is formed carry out welding.Such as Fig. 3 and figure Shown in 4, attachment device 12 includes ultrasonic activation part 121；Soldering tip 122 is super by being generated by ultrasonic activation part 121 Sound wave is given to band-like article BG；Support member 123 is configured to soldering tip 122 relatively, prop up band-like article BG Support；And driving device 124, soldering tip 122 is moved in such a way that soldering tip 122 and support member 123 are close or separate. Driving device 124 for example comprising cylinder, can generate and soldering tip 122 is carried out to mobile power.In addition, driving device 124 can be with Support member 123 is moved in such a way that soldering tip 122 and support member 123 be close or separation, can also by soldering tip 122 and Both support members 123 are moved.When carrying out ultrasonic wave fusing to band-like article BG, in soldering tip 122 and support member 123 Between configured in the state of band-like article BG, driving device 124 keeps soldering tip 122 and support member 123 close.It is band-like as a result, Article BG is sandwiched between soldering tip 122 and support member 123.Band-like article BG be sandwiched in soldering tip 122 and support member 123 it Between in the state of, from soldering tip 122 to band-like article BG assign ultrasonic wave, thus as described with reference to fig. 2 as, band-like article A part of BG is fused by ultrasonic wave, the 1st end E1 and the 2nd end to the band-like article BG formed by ultrasonic wave fusing E2 carries out welding.Welding is carried out by the 1st end E1 to band-like article BG and the 2nd end E2, to generate cyclic annular article CG. After generating cyclic annular article CG, driving device 124 separates soldering tip 122 and support member 123.Soldering tip 122 and support member 123 The holding of separation, the cyclic annular article CG realized from there through attachment device 12 is released from.

Feedway 13 supplies band-like article BG.Feedway 13 includes tep reel 131, is wound with ribbon Product BG；Driven roller 133 is rotated by the work of driving device 132；And driven voller 134, according to driven roller 133 rotation and rotated.Driving device 132 includes electric rotating motivation.It is configured between driven roller 133 and driven voller 134 It in the state of having band-like article BG, is worked by driving device 132, to extract band-like article BG from tep reel 131, is supplied To transfer device 14.

The band-like article BG supplied from feedway 13 is transferred to attachment device 12 to transfer device 14 and ring forms device 11.Transfer device 14 includes guiding mechanism 141, guides to band-like article BG；Driven roller 143, passes through driving device 142 work and rotated；And driven voller 144, it is rotated according to the rotation of driven roller 143.Driving device 142 Include electric rotating motivation.In the state of being configured with band-like article BG between driven roller 143 and driven voller 144, driving device 142 It works, so that transfer device 14 transfers band-like article BG.

In the following description, the direction transferred band-like article BG will be properly termed as moving by transfer device 14 Direction downstream side is sent, it will be appropriate with the opposite direction in transfer direction downstream side on the transfer direction realized by transfer device 14 Ground is known as transfer direction upstream side.

Transfer device 14 is configured at the transfer direction downstream side compared with feedway 13.In feedway 13, driving Roller 133 and driven voller 134 are configured at the transfer direction downstream side compared with tep reel 131.In transfer device 14, driven roller 143 And driven voller 144 is configured at the transfer direction downstream side compared with guiding mechanism 141.

Attachment device 12 is configured at the transfer direction downstream side compared with transfer device 14.Ring formed device 11 be configured at The transfer direction downstream side that attachment device 12 is compared.The driven roller 143 and driven voller 144 of transfer device 14 are configured at attachment device 12 soldering tip 122 and the top of support member 123.The soldering tip 122 and support member 123 of attachment device 12 are configured at ring and form dress Set 11 the 1st clamping component 111 and the top of the 2nd clamping component 112.

Guiding mechanism 141 becomes parallel mode with X/Y plane with the surface of band-like article BG, carries out to band-like article BG Guidance.As shown in figure 4, band-like article BG relaxes downwards between driven roller 133 and driven voller 134 and guiding mechanism 141.It drives Section between dynamic roller 133 and driven voller 134 and guiding mechanism 141, is the transfer direction downstream side compared with feedway 13 And the section of the transfer direction upstream side compared with transfer device 14.That is, driven roller 133 and driven voller 134 and guiding mechanism 141 Between section, be the section between the feedway 13 on transfer direction and transfer device 14.Feedway 13 is to supply The mode that band-like article BG relaxes downwards in section between device 13 and transfer device 14 supplies band-like article BG It gives.Transfer device 14 is to maintain band-like article BG relaxation downwards in the section between feedway 13 and transfer device 14 The mode of state transfers band-like article BG.

Detection device 15 detects the position of the band-like article BG on the transfer direction of transfer device 14.In this implementation In mode, detection device 15 includes filming apparatus, is configured at the top of guiding mechanism 141, can obtain ribbon from top The image of product BG；Image processing apparatus, the image based on the band-like article BG obtained by filming apparatus is to band-like article The position of BG is calculated；And storage device.The position of filming apparatus on transfer direction is fixed.In band-like article BG Surface be provided with such as text, drawing, decorative pattern and in the case where identifying such features, detection device 15 is to including feature The image in portion carries out image procossing, and thus, it is possible to the positions to the band-like article BG on transfer direction to detect.It indicates in band The features data of the features of the surface setting of shape article BG are stored in the storage device of detection device 15 as template.Inspection It surveys device 15 and image procossing is carried out based on image of the template matching to the band-like article BG taken by filming apparatus, thus, it is possible to It is enough that the position of band-like article BG on transfer direction is detected.That is, detection device 15 can be to the feature of band-like article BG It is detected the position of transfer direction existing for portion.

In the present embodiment, detection dress of the transfer device 14 based on the position for indicating the band-like article BG on transfer direction The detection data for setting 15 is adjusted the feeding amount of band-like article BG.Transfer device 14 is with the 1st position B1 of band-like article BG And the 2nd position B2 in attachment device 12 by ultrasonic wave fuse mode, to band-like article BG relative to attachment device 12 and ring The feeding amount for forming device 11 is adjusted.

(the 2nd processing unit (plant))

Sheet article SG is engaged in and is generated by the 1st processing unit (plant) 10 and by conveying device 30 by the 2nd processing unit (plant) 20 The cyclic annular article CG of conveying.In the present embodiment, the 2nd processing unit (plant) 20 is by hot pressing, to cyclic annular article CG and sheet article SG is engaged.As depicted in figs. 3 and 5, the 2nd processing unit (plant) 20 includes worktable part 21, props up cyclic annular article CG Support；Feedway 22 supplies sheet article SG to the cyclic annular article CG for being supported in worktable part 21；And hot-press arrangement 23, hot pressing is carried out to the cyclic annular article CG and sheet article SG that are supported in worktable part 21.

The shape of worktable part 21 is essentially rectangular-shape.Worktable part 21, which has, props up cyclic annular article CG The upper surface 210 of support, the 1st side 211 towards the side-Y and the 2nd side 212 towards the side+Y.Conveying device 30 is with to ring-type Cyclic annular article CG is delivered to worktable part 21 by the mode that worktable part 21 is inserted by the inside of article CG.To ring Worktable part 21 is inserted into the inside of product CG, thus a part and 210 phase of upper surface of worktable part 21 of cyclic annular article CG Right, a part of cyclic annular article CG and the 1st side 211 of worktable part 21 are opposite, a part and work of cyclic annular article CG 2nd side 212 of platform component 21 is opposite.

Feedway 22 supplies sheet article SG to the cyclic annular article CG for the upper surface 210 for being supported in worktable part 21. Feedway 22 includes receiving component 221, accommodates to multiple sheet article SG；Holding member 222, to tablet Product SG is kept and can be moved；And driving device 223, holding member 222 can be moved.

Multiple sheet article SG that 221 pairs of component overlappings of receiving are placed in Z-direction are accommodated.Receiving component 221 exists Top has opening.

Holding member 222 keeps the sheet article SG for being contained in receiving component 221, is delivered to and is supported in workbench The cyclic annular article CG of component 21.Holding member 222 can enter to receiving from the opening on the top for being set to receiving component 221 The inside of component 221.Holding member 222 is placed in multiple tablets of Z-direction to being overlapped in the inside of receiving component 221 The sheet article SG for being configured at the top in product SG is kept.In the holding member opposite with the upper surface of sheet article SG 222 lower surface is provided with multiple suction ports.Suction port is connect with vacuum system.Upper surface and holding in sheet article SG The state of the following table face contact of component 222 makes vacuum system work, and thus holding member 222 carries out absorption guarantor to sheet article SG It holds.Holding member 222 is moved to and is supported in the ring-type of worktable part 21 in the state of keeping to sheet article SG Article CG opposite position.In the state that the sheet article SG and ring-type article CG for being held in holding member 222 are contacted, pass through The absorption holding for the sheet article BG that holding member 222 is realized is released from, and thus sheet article SG is supplied to cyclic annular article CG.

Driving device 223 is carried out from receiving one of component 221 and worktable part 21 to another one to holding member 222 It is mobile.Driving device 223 includes actuator, and holding member 222 is carried out mobile power by generation；And guiding mechanism, Holding member 222 is guided.By the work of driving device 223, sheet article SG is protected in receiving component 221 The holding member 222 held supplies sheet article SG to the cyclic annular article CG for being supported in worktable part 21.In addition, passing through driving dress 223 work is set, holding member 222 is moved to receiving component 221 from worktable part 21.

Hot-press arrangement 23 carries out hot pressing to the cyclic annular article CG and sheet article SG that are supported in worktable part 21.Hot pressing dress It sets 23 and includes pressing component 231, cyclic annular article CG and sheet article SG are pressed between worktable part 21； And driving device 232, pressing component 231 is moved.

Pressing component 231 is heated by heater.Driving device 232 is with worktable part 21 and pressing component 231 Close or isolated mode, pressing component 231 is moved in Z-direction.Driving device 232 includes actuator, generates Pressing component 231 is subjected to mobile power in Z-direction；And guiding mechanism, by pressing component 231 Z-direction into Row guidance.

Thermoplastic adhesives is coated at the back side of the sheet article SG opposite with cyclic annular article CG.In workbench portion Configured with the pressing component 231 in the state of ring-type article CG and sheet article SG, being heated between part 21 and pressing component 231 Close with worktable part 21, thus ring-type article CG and sheet article SG is hot pressed and is engaged.

(conveying device)

The cyclic annular article CG generated by the 1st processing unit (plant) 10 is delivered to the 2nd from the 1st processing unit (plant) 10 by conveying device 30 Processing unit (plant) 20.

Fig. 7 is the oblique view for showing schematically a part of conveying device 30 involved in present embodiment.Such as Fig. 3 and figure Shown in 7, conveying device 30 includes the 1st transfer unit 31, keeps to the part 1 P1 of cyclic annular article CG；2nd conveying Component 32 keeps the part 2 P2 of the cyclic annular article CG different from part 1 P1；Support member 33, to the 1st Transfer unit 31 and the 2nd transfer unit 32 are supported；Driving device 34, the 1st transfer unit 31 is moved；Driving dress 35 are set, the 2nd transfer unit 32 is moved；And driving device 36, support member 33 is moved.

1st transfer unit 31 includes the rod unit 31A and rod unit 31B opposite with rod unit 31A.Rod unit 31A and bar Component 31B is substantially parallel configured.1st transfer unit 31 clips cyclic annular article CG between rod unit 31A and rod unit 31B Part 1 P1 and kept.Rod unit 31A is configured to opposite with the inner surface of cyclic annular article CG.Rod unit 31B is configured to It is opposite with the outer surface of cyclic annular article CG.Rod unit 31A is supported the inner surface of the part 1 P1 of cyclic annular article CG.Bar Component 31B is supported the outer surface of the part 1 P1 of cyclic annular article CG.

2nd transfer unit 32 includes the rod unit 32A and rod unit 32B opposite with rod unit 32A.Rod unit 32A and bar Component 32B is substantially parallel configured.2nd transfer unit 32 clips cyclic annular article CG between rod unit 32A and rod unit 32B Part 2 P2 and kept.Rod unit 32A is configured to opposite with the inner surface of cyclic annular article CG.Rod unit 32B is configured to It is opposite with the outer surface of cyclic annular article CG.Rod unit 32A is supported the inner surface of the part 2 P2 of cyclic annular article CG.Bar Component 32B is supported the outer surface of the part 2 P2 of cyclic annular article CG.

Driving device 34 can move the 1st transfer unit 31 in the X/Y plane parallel with the upper surface of support member 33 It is dynamic.Driving device 34 is set to support member 33.Driving device 34 includes guiding mechanism, to rod unit 31A and rod unit 31B is guided；And actuator, it generates and rod unit 31A and rod unit 31B is subjected to mobile power.Driving device 34 Respectively rod unit 31A and rod unit 31B can be moved in the length direction and width direction of the 1st transfer unit 31.

Driving device 34, can in such a way that the rod unit 31A of the 1st transfer unit 31 and rod unit 31B is close or separates Width direction by least one of rod unit 31A and rod unit 31B in the 1st transfer unit 31 moves.It is filled by driving Set 34 work, at least one of rod unit 31A and rod unit 31B are moved in width direction, thus rod unit 31A and bar Component 31B is close or separates.The state of part 1 P1 configured with cyclic annular article CG between rod unit 31A and rod unit 31B Under, rod unit 31A and rod unit 31B are close, and thus the 1st transfer unit 31 can press from both sides between rod unit 31A and rod unit 31B The part 1 P1 of cyclic annular article CG and kept.Rod unit 31A and rod unit 31B separation, from there through the 1st delivery section The holding of the part 1 P1 for the cyclic annular article CG that part 31 is realized is released from.

In addition, driving device 34 maintain rod unit 31A and rod unit 31B relative position in the state of, can be by the 1st Transfer unit 31 is moved in X/Y plane.For example, driving device 34 is with the front end of the 1st transfer unit 31 and support member The outer rim of 33 upper surface is compared towards outside or inside and carries out mobile mode, is maintaining rod unit 31A's and rod unit 31B In the state of relative position, the 1st transfer unit 31 can be moved in length direction.In addition, driving device 34 is defeated with the 1st It send component 31 and the 2nd transfer unit 32 approaches or isolated mode, in the relative position for maintaining rod unit 31A and rod unit 31B In the state of, the 1st transfer unit 31 can be moved in width direction.

Driving device 35 can move the 2nd transfer unit 32 in the X/Y plane parallel with the upper surface of support member 33 It is dynamic.Driving device 35 is set to support member 33.Driving device 35 includes guiding mechanism, to rod unit 32A and rod unit 32B is guided；And actuator, it generates and rod unit 32A and rod unit 32B is subjected to mobile power.Driving device 35 Rod unit 32A and rod unit 32B can respectively be moved in the length direction and width direction of the 2nd transfer unit 32.

Driving device 35, can in such a way that the rod unit 32A of the 2nd transfer unit 32 and rod unit 32B is close or separates Width direction by least one of rod unit 32A and rod unit 32B in the 2nd transfer unit 32 moves.It is filled by driving Set 35 work, at least one of rod unit 32A and rod unit 32B are moved in width direction, thus rod unit 32A and bar Component 32B is close or separates.The state of part 2 P2 configured with cyclic annular article CG between rod unit 32A and rod unit 32B Under, rod unit 32A and rod unit 32B are close, and thus the 2nd transfer unit 32 can press from both sides between rod unit 32A and rod unit 32B The part 2 P2 of cyclic annular article CG and kept.Rod unit 32A and rod unit 32B separation, from there through the 2nd delivery section The holding of the part 2 P2 for the cyclic annular article CG that part 32 is realized is released from.

In addition, driving device 35 maintain rod unit 32A and rod unit 32B relative position in the state of, can be by the 2nd Transfer unit 32 is moved in X/Y plane.For example, driving device 35 is with the front end of the 2nd transfer unit 32 and support member The outer rim of 33 upper surface is compared towards outside or inside and carries out mobile mode, is maintaining rod unit 32A's and rod unit 32B In the state of relative position, the 2nd transfer unit 32 can be moved in length direction.In addition, driving device 35 is defeated with the 1st It send component 31 and the 2nd transfer unit 32 approaches or isolated mode, in the relative position for maintaining rod unit 32A and rod unit 32B In the state of, the 2nd transfer unit 32 can be moved in width direction.

Driving device 36 moves support member 33 in X/Y plane.In addition, driving device 36 will be propped up in Z-direction Support part part 33 is moved.Driving device 36 is for example comprising the robots arm with multiple joints and multiple actuators.Pass through drive The work of dynamic device 36, support member 33 can move between the 1st processing unit (plant) 10 and the 2nd processing unit (plant) 20.It is conveyed to the 1st The support member 33 and the 1st processing unit (plant) 10 that component 31 and the 2nd transfer unit 32 are supported are close, thus the 1st transfer unit 31 and the 2nd transfer unit 32 can receive cyclic annular article CG from the 1st processing unit (plant) 10.To the 1st transfer unit 31 and the 2nd delivery section The support member 33 and the 2nd processing unit (plant) 20 that part 32 is supported are close, thus the 1st transfer unit 31 and the 2nd transfer unit 32 Cyclic annular article CG can be transmitted to the 2nd processing unit (plant) 20.

As shown in fig. 7, in the present embodiment, it is defeated that conveying device 30 in the interconnecting piece JC of cyclic annular article CG is configured at the 1st In the state of sending between component 31 and the 2nd transfer unit 32, ring is conveyed from the 1st processing unit (plant) 10 to the 2nd processing unit (plant) 20 Product CG.Conveying device 30 by between the 1st transfer unit 31 and the 2nd transfer unit 32 interconnecting piece JC upward in a manner of to ring Shape article CG is kept.

(control device)

The output of control device 40 respectively controls the 1st processing unit (plant) 10, the 2nd processing unit (plant) 20 and conveying device 30 Control signal.Control device 40 includes computer system.Control device 40 includes storage device, and it includes such as ROM (Read Only Memory) or reservoir as nonvolatile memory and such as RAM (Random Access Memory) it is such Volatile memory；Arithmetic processing apparatus, it includes processors as such as CPU (Central Processing Unit)； And input/output interface.

Control device 40 exports control signal to the driving device 132 of feedway 13, supplies band-like article BG to shifting It send the supply state of device 14 and switches over the supply halted state that the supply of band-like article BG stops.

Control device 40 exports control signal to the driving device 142 of transfer device 14, is transferred to ring to band-like article BG It forms the transfer state of device 11 and switches over the transfer halted state that the transfer of band-like article BG stops.

Control device 40 exports control signal to the driving device 124 of attachment device 12, to soldering tip 122 and support member 123 close and to band-like article BG progress ultrasonic wave fusing blown states and soldering tip 122 and support member 123 separate and will lead to The relieving state for crossing the holding releasing of the band-like article BG of soldering tip 122 and the realization of support member 123 switches over.

Control device 40 forms the output control signal of driving device 114 of device 11 to ring, to 111 He of the 1st clamping component 2nd clamping component 112 it is close and by clamping component 110 to the band-like article BG hold mode kept and the 1st clamping section Part 111 and the 2nd clamping component 112 separate and will be by the relievings of the holding releasing for the band-like article BG that clamping component 110 is realized State switches over.

Control device 40 forms the output control signal of driving device 115 of device 11 to ring, to support clamping section part 110 The halted state that the rotation of rotation status and support member 113 that support member 113 is rotated stops switches over.In addition, Control device 40 forms the output control signal of driving device 115 of device 11, rotation amount and rotation to support member 113 to ring Direction is adjusted.

Control device 40 exports control signal to the driving device 34 of conveying device 30, to rod unit 31A and rod unit 31B It is close and by the part 1 P1 of 31 couples of the 1st transfer unit cyclic annular article CG hold mode kept and rod unit 31A with Rod unit 31B is separated and will be by the relieving of the holding releasing of the part 1 P1 for the cyclic annular article CG that the 1st transfer unit 31 is realized State switches over.In addition, control device 40 exports control signal to the driving device 34 of conveying device 30, to the 1st delivery section Part 31 is adjusted relative to the position of support member 33.Control device 40 is exported to the driving device 34 of conveying device 30 and is controlled Signal, in the state of maintaining the relative position of rod unit 31A and rod unit 31B of the 1st transfer unit 31, with the 1st delivery section The front end of part 31 carries out mobile mode towards outside or inside compared with the outer rim of the upper surface of support member 33, by the 1st Transfer unit 31 is moved in length direction.It is controlled in addition, control device 40 is exported to the driving device 34 of conveying device 30 Signal, in the state of maintaining the relative position of rod unit 31A and rod unit 31B of the 1st transfer unit 31, with the 1st delivery section Part 31 and the 2nd transfer unit 32 be close or isolated mode, and the 1st transfer unit 31 is moved in width direction.

Control device 40 exports control signal to the driving device 35 of conveying device 30, to rod unit 32A and rod unit 32B It is close and by the part 2 P2 of 32 couples of the 2nd transfer unit cyclic annular article CG hold mode kept and rod unit 32A with Rod unit 32B is separated and will be by the relieving of the holding releasing of the part 2 P2 for the cyclic annular article CG that the 2nd transfer unit 32 is realized State switches over.In addition, control device 40 exports control signal to the driving device 35 of conveying device 30, to the 2nd delivery section Part 32 is adjusted relative to the position of support member 33.Control device 40 is exported to the driving device 35 of conveying device 30 and is controlled Signal, in the state of maintaining the relative position of rod unit 32A and rod unit 32B of the 2nd transfer unit 32, with the 2nd delivery section The front end of part 32 carries out mobile mode towards outside or inside compared with the outer rim of the upper surface of support member 33, by the 2nd Transfer unit 32 is moved in length direction.It is controlled in addition, control device 40 is exported to the driving device 35 of conveying device 30 Signal, in the state of maintaining the relative position of rod unit 32A and rod unit 32B of the 2nd transfer unit 32, with the 1st delivery section Part 31 and the 2nd transfer unit 32 be close or isolated mode, and the 2nd transfer unit 32 is moved in width direction.

Control device 40 exports control signal to the driving device 36 of conveying device 30, can from the 1st processing unit (plant) 10 Receive receiving position and capable of being transmitted between the delivery position of cyclic annular article CG to the 2nd processing unit (plant) 20 for cyclic annular article CG, it will 1st transfer unit 31 and the 2nd transfer unit 32 are moved.

Control device 40 exports control signal to the driving device 223 of feedway 22, can connect from receiving component 221 Received position by sheet article SG and can transmit sheet article SG's to the cyclic annular article CG for being supported in worktable part 21 Between delivery position, holding member 222 is moved.In addition, control device 40 is connect to the suction port of holding member 222 Vacuum system output control signal, to by holding member 222 keep sheet article SG hold mode and holding will be passed through The relieving state that the holding for the sheet article SG that component 222 is realized releases switches over.

Control device 40 exports control signal to the driving device 232 of hot-press arrangement 22, to pressing component 231 and workbench Component 21 is close and hot pressing state that ring-type article CG and sheet article SG are heated and pressurize and by pressing component 231 and works The separation of platform component 21 and relieving state that the heating and pressurization of ring-type article CG and sheet article SG are released from switches over.

[manufacturing method of dress article]

Next, the manufacturing method of dress article WG involved in present embodiment is illustrated.Firstly, joining on one side According to Fig. 8 to Figure 13, the method for generating cyclic annular article CG from band-like article BG is illustrated on one side.Fig. 8 to Figure 13 is schematically Indicate the figure of an example of the movement of the 1st processing unit (plant) 10 and conveying device 30 involved in present embodiment.In Fig. 8 to figure In 13, (A) figure is the 1st processing unit (plant) 10 and schematic diagram when conveying device 30 from the side-Y, and (B) figure is from the side+Z Schematic diagram when the 1st processing unit (plant) 10 and conveying device 30.

Control device 40 supplies band-like article BG to transfer device 14 from feedway 13.Control device 40 is set as to lead to The state that the transfer of the band-like article BG of the realization of transfer device 14 stops is crossed, is supplied from feedway 13 to transfer device 14 band-like Article BG.As a result, as shown in figure 4, band-like article BG is loose downwards in the section between feedway 13 and transfer device 14 It relaxes.It is extracted from feedway 13 by band-like article BG with specified amount, the area between feedway 13 and transfer device 14 Between in band-like article BG downwards after abundant relaxing, control device 40 is by the band-like article BG's realized by feedway 13 Supply stops.

Control device 40 begins through transfer after the supply for the band-like article BG that will be realized by feedway 13 stops The transfer for the band-like article BG that device 14 is realized.Band-like article BG is transferred to ring and forms device 11 as a result,.Such as Fig. 8 (A) and Fig. 8 (B) shown in, during transfer device 14 transfers band-like article BG in, control device 40 makes the soldering tip of attachment device 12 122 and support member 123 separate, and make ring formed device 11 the 1st clamping component 111 and the 2nd clamping component 112 separation. It is configured between soldering tip 122 and support member 123, is configured at by the band-like article BG that transfer device 14 is transferred as a result, Between 1st clamping component 111 and the 2nd clamping component 112.

Detection device 15 detects the position of the band-like article BG on transfer direction.Indicate band-like on transfer direction The detection data of the detection device 15 of the position of article BG is exported to control device 40.Control device 40 is based on detection device 15 Detection data and transfer device 14 is controlled, the feeding amount that opposite ring forms the band-like article BG that device 11 is transferred is adjusted It is whole.

As shown in Fig. 8 (A), control device 40 is configured at compared with clamping component 110 with the lower end of band-like article BG The mode of lower section is adjusted the feeding amount of band-like article BG.In addition, control device 40 is to maintain feedway 13 and move The mode for the state that band-like article BG relaxes downwards in the section between device 14 is sent to transfer band-like article BG.

The surface of band-like article BG is provided with such as text, drawing, decorative pattern and identifies such features.Control device 40 detection datas based on detection device 15 are adjusted the feeding amount of band-like article BG, so that the 1st of band-like article BG the Position B1 and the 2nd position B2 are fused in attachment device 12 by ultrasonic wave.In addition, control device 40 can also be based on detection device 15 Detection data, the feeding amount of band-like article BG is adjusted so that the predetermined portion of band-like article BG be located at and ring-type The interconnecting piece JC of article CG opposite position, that is, the positive position of wearer when wearing.It is worn as a result, to what is manufactured The case where position of features is deviated from target position in article WG inhibited, the aesthetic feeling of dress article WG improves.

After band-like article BG is transferred with specified amount, control device 40 will pass through the band-like article BG that transfer device 14 is realized Transfer stop.After the transfer for the band-like article BG that will be realized by transfer device 14 stops, control device 40 forms ring 1st clamping component 111 of device 11 and the 2nd clamping component 112 are close.As shown in Fig. 8 (A), in the 1st clamping component 111 and the 2nd For clamping component 112 before, protrusion 111T is located at the end of the side-Z of the 1st clamping component 111.

In the state of being configured with band-like article BG between the 1st clamping component 111 and the 2nd clamping component 112, the 1st is clamped Component 111 and the 2nd clamping component 112 are close, thus as shown in figure 9, band-like article BG is clipped in the 1st clamping component 111 and the 2nd folder Between tight component 112, kept by clamping component 110.

Clamping component 110 is in such a way that a part of band-like article BG is stretched out to the lower section of clamping component 110 to ribbon Product BG is kept.In the following description, a part of the band-like article BG stretched out to the lower section of clamping component 110 is appropriate Ground is known as part BGa.

As shown in Figure 10, control device 40 utilizes clamping in a part of the band-like article BG transferred by transfer device 14 In the state that component 110 is kept, transfer device 14 is controlled, band-like article BG is transferred with defined feeding amount. After band-like article BG is transferred with defined feeding amount, control device 40 keeps a part to band-like article BG Clamping component 110 is rotated.

That is, ring, which forms a part of device 11 in the band-like article BG that will be transferred by transfer device 14, utilizes clamping component After 110 keep, start the rotation of clamping component 110.In addition, transfer device 14 is in clamping component 110 to the one of band-like article BG After part is kept, before starting rotation, band-like article BG is transferred with defined feeding amount.Control device 40 is passing through In the state that clamping component 110 keeps a part of band-like article BG, passing through transfer device 14 for band-like article BG After being transferred with defined feeding amount, the transfer of the band-like article BG realized by transfer device 14 is stopped.Control device 40 in the state that the transfer for the band-like article BG that will be realized by transfer device 14 stops, starting the rotation of support member 113.

The feeding amount of band-like article BG is the target value of the size based on the dress article WG manufactured and determination.Example Such as, in the case where dress article WG is applied to the waistband of pants PG, the feeding amount of band-like article BG is based on the waist of pants PG The target value of size and be determined.

In the present embodiment, control device 40 is the clamping component 110 kept to a part of band-like article BG 180 [°] are substantially rotated centered on axis of rotation AX.It is kept in a part of clamping component 110 to band-like article BG In the state of, after band-like article BG is transferred with defined feeding amount, clamping component 110 centered on axis of rotation AX into Row rotation, thus as shown in Figure 10, band-like article BG is bent into ring-type.In addition, clamping component 110 rotates 180 [°], thus The part BGa of the band-like article BG stretched out before rotation to the lower section of clamping component 110 is configured at the soldering tip 122 of attachment device 12 Between support member 123.Clamping component 110 rotates 180 [°] centered on axis of rotation AX, thus in soldering tip 122 and support Between component 123, to the part BGa of the band-like article BG for being supported in clamping component 110 and it is supported in the driving of transfer device 14 The part BGb of the band-like article BG of roller 143 and driven voller 144 is configured.Part BGa includes carry out ultrasonic wave fusing the 1 Position B1, part BGb include the 2nd position B2 for carrying out ultrasonic wave fusing.

In addition, clamping component 110 rotates 180 [°] centered on axis of rotation AX, thus protrusion as shown in Figure 10 (A) 111T is located at the end of the side+Z of the 1st clamping component 111.Protrusion 111T is protruded to +X direction.The part BGb branch of band-like article BG It supports in protrusion 111T.Protrusion 111T props up part BGb in such a way that part BGb is from the part BGa of band-like article BG separation Support.The ring of the band-like article BG of abundant size is formed as a result,.

After clamping component 110 rotates 180 [°] centered on axis of rotation AX, control device 40 is by clamping component 110 Rotation stops.After stopping the rotation of clamping component 110, as shown in figure 11, control device 40 makes the soldering tip of attachment device 12 122 and support member 123 it is close.

Part BGa (the 1st position B1) and part between soldering tip 122 and support member 123 configured with band-like article BG In the state of BGb (the 2nd position B2), soldering tip 122 and support member 123 are close, thus as shown in figure 11, the portion of band-like article BG BGa (the 1st position B1) and part BGb (the 2nd position B2) is divided to be fused by ultrasonic wave.Part BGa (the 1st position B1) and part BGb (the 2nd position B2) is fused by ultrasonic wave, thus part BGa (the 1st position B1) formed band-like article BG the 1st end E1 and The 2nd end E2 for the band-like article BG that BGb (the 2nd position B2) is formed in part is fused.As described above, attachment device 12 is right It, will be upward from clamping component 110 after the clamping component 110 that a part of band-like article BG is kept substantially 180 [°] of rotation The part BGa (the 1st position B1) and part BGb (the 2nd position B2) just stretched out carries out ultrasonic wave fusing, thus in part BGa shape At the 1st end E1, in part, BGb forms the 2nd end E2, these the 1st end E1 and the 2nd end E2 are attached.By right 1st end E1 and the 2nd end E2 are attached, to generate cyclic annular article CG.

Control device 40 makes cyclic annular article CG after fusing by ultrasonic wave by the 1st end E1 and the 2nd end E2 connection It is held in conveying device 30.After the 1st end E1 and the 2nd end E2 are just connected, cyclic annular article CG is held in clamping component 110.Control device 40 controls conveying device 30, be held in clamping component 110 cyclic annular article CG inner surface and The rod unit 31A of 1st transfer unit 31 is opposite, is held in outer surface and the 1st delivery section of the cyclic annular article CG of clamping component 110 The rod unit 31B of part 31 opposite mode, the rod unit 31A and rod unit 31B of the 1st transfer unit 31 are synchronously moved.In addition, Control device 40 controls conveying device 30, to be held in the inner surface of the cyclic annular article CG of clamping component 110 and the 2nd defeated It send the rod unit 32A of component 32 opposite, is held in outer surface and the 2nd transfer unit 32 of the cyclic annular article CG of clamping component 110 The opposite mode of rod unit 32B, the rod unit 32A and rod unit 32B of the 2nd transfer unit 32 synchronously move.

After between the rod unit 31A and rod unit 31B that a part of cyclic annular article CG is configured at the 1st transfer unit 31, Control device 40 keeps the rod unit 31A and rod unit 31B of the 1st transfer unit 31 close.As a result, as shown in figure 12, cyclic annular article The part 1 P1 of CG is clipped between the rod unit 31A and rod unit 31B of the 1st transfer unit 31, by the 1st transfer unit 31 into Row is kept.

In addition, cyclic annular article CG a part be configured at the 2nd transfer unit 32 rod unit 32A and rod unit 32B it Between after, control device 40 keeps the rod unit 32A and rod unit 32B of the 2nd transfer unit 32 close.As a result, as shown in figure 12, cyclic annular The part 2 P2 of article CG is clipped between the rod unit 32A and rod unit 32B of the 2nd transfer unit 32, passes through the 2nd transfer unit 32 are kept.

It is kept in the part 1 P1 of cyclic annular article CG by the 1st transfer unit 31, part 2 P2 passes through the 2nd conveying After component 32 is kept, control device 40 separates soldering tip 122 and support member 123, and makes 111 He of the 1st clamping component The separation of 2nd clamping component 112.The holding of the cyclic annular article CG realized as a result, by attachment device 12 is released from, and passes through clamping section The holding for the cyclic annular article CG that part 110 is realized is released from.

It is separated in the 1st clamping component 111 and the 2nd clamping component 112, the cyclic annular article CG realized by clamping component 110 Holding be released from after, control device 40 to ring formed device 11 control, make clamping component 110 rotate 180 [°].As a result, As shown in figure 13, clamping component 110 is configured at initial position identical with position shown in Fig. 8.

In addition, being held in the 1st transfer unit 31, the part 2 P2 of cyclic annular article CG in the part 1 P1 of cyclic annular article CG After being held in the 2nd transfer unit 32, as shown in figure 13, control device 40 controls conveying device 30, by the 1st transfer unit Each spinning 90 [°] of 31 and the 2nd transfer unit 32, and separate the 1st transfer unit 31 and the 2nd transfer unit 32.Thus such as Shown in Figure 13, cyclic annular article CG becomes the state of tensioning.

The part 1 P1 and part 2 P2 of cyclic annular article CG is specified in and the substantial phase of interconnecting piece JC distance Deng part.That is, being substantially equal at a distance from interconnecting piece JC at a distance from part 1 P1 and interconnecting piece JC with part 2 P2.The 1 transfer unit 31 keeps part 1 P1, and the 2nd transfer unit 32 keeps part 2 P2.Interconnecting piece JC as a result, It is configured between the 1st transfer unit 31 and the 2nd transfer unit 32.Conveying device 30 is configured at the 1st transfer unit in interconnecting piece JC In the state of between 31 and the 2nd transfer unit 32, cyclic annular article CG is conveyed.In addition, conveying device 30 is in the 1st delivery section Part 31 keeps part 1 P1, after the 2nd transfer unit 32 keeps part 2 P2, makes 31 He of the 1st transfer unit The separation of 2nd transfer unit 32, thus, it is possible to convey in the state of being tensioned cyclic annular article CG.

Next, on one side referring to Fig.1 4 to Figure 17, illustrate the cyclic annular article CG that will be generated in the 1st processing unit (plant) 10 on one side The method for being delivered to the 2nd processing unit (plant) 20 and sheet article SG being engaged in cyclic annular article CG.Figure 14 to Figure 17 is signal earth's surface Show the figure of an example of the movement of conveying device 30 and the 2nd processing unit (plant) 20 involved in present embodiment.

As shown in Fig. 3 and Figure 14, the ring of the 1st processing unit (plant) 10 forms the side+Y that device 11 is configured at conveying device 30, and the 2nd The worktable part 21 of processing unit (plant) 20 is configured at the side-X of conveying device 30.Conveying device 30 connects from the 1st processing unit (plant) 10 After by the cyclic annular article CG generated by the 1st processing unit (plant) 10, it is delivered to the worktable part 21 of the 2nd processing unit (plant) 20.

Control device 40 controls conveying device 30, make worktable part 21 to be held in the 1st transfer unit 31 and It is inserted on the inside of the cyclic annular article CG of 2nd transfer unit 32.That is, conveying device 30 conveys the 1st transfer unit 31 and the 2nd Component 32 is moved, so that interconnecting piece JC is opposite with the upper surface of worktable part 21, to the part 1 of cyclic annular article CG The 1st transfer unit 31 that P1 is kept is opposite with the 1st side 211 of worktable part 21, to the part 2 of cyclic annular article CG The 2nd transfer unit 32 that P2 is kept is opposite with the 2nd side 212 of worktable part 21.As a result, such as Figure 15 and Figure 17 institute Show, worktable part 21 is inserted into the inside for the cyclic annular article CG for being held in the 1st transfer unit 31 and the 2nd transfer unit 32.

After being inserted into worktable part 21 to the inside of cyclic annular article CG, control device 40 controls feedway 22 System, the sheet article SC that will be contained in receiving component 221 are supplied to being supported in the 1st transfer unit 31, the 2nd transfer unit 32 and work Make the cyclic annular article CG of platform component 21.Feedway 22 supplies sheet article SC to the interconnecting piece JC of cyclic annular article CG.

It supplies in sheet article SC to cyclic annular article CG, the 2nd processing unit (plant) 20 is supported in conveying dress in cyclic annular article CG In the state of setting 30, sheet article SG is engaged with ring-type article CG.

Control device 40 controls hot-press arrangement 23 after being inserted into worktable part 21 to the inside of cyclic annular article CG System keeps pressing component 231 close with worktable part 21 and cyclic annular article CG and sheet article SG is heated and pressurizeed.Control The hot pressing state that cyclic annular article CG and sheet article SG are heated and are pressurizeed by device 40 processed maintains specified time limit.In hot pressing state After maintaining specified time limit, control device 40 separates pressing component 231 and worktable part 21.As described above, producing has Cyclic annular article CG and with the dress article WG of the cyclic annular article CG sheet article SG engaged.

Under hot pressing state, holding solution of the control device 40 in the part 1 P1 that will be realized by the 1st transfer unit 31 It removes, after the holding of the part 2 P2 realized by the 2nd transfer unit 32 is released, makes conveying device 30 from the 2nd processing unit (plant) 20 It decorporates, is moved to the 1st processing unit (plant) 10.The conveying device 30 for being moved to the 1st processing unit (plant) 10 connects from the 1st processing unit (plant) 10 Next the cyclic annular article CG generated.The cyclic annular article CG received from the 1st processing unit (plant) 10 is delivered to the 2nd by conveying device 30 Processing unit (plant) 20.

In the present embodiment, such as illustrated by referring to Fig.1 3, in the ring realized by the 1st processing unit (plant) 10 The generation of shape article CG terminates, and after conveying device 30 starts the conveying of cyclic annular article CG, the 1st processing unit (plant) 10 is next in order to generate A ring-type article CG forms device 11 to ring and transfers band-like article CG as referring to illustrated by Fig. 8, starts cyclic annular article The generation of CG.That is, in the present embodiment, the generation movement with the cyclic annular article CG realized by the 1st processing unit (plant) 10 is extremely Few a part concurrently implements the conveying movement of the cyclic annular article CG realized by conveying device 30.

In addition, as described above, being pressed component 231 in cyclic annular article CG and sheet article SG and worktable part 21 clips And the midway of pressurized hot pressing state, conveying device 30 is decorporated from the 2nd processing unit (plant) 20, after being moved to the 1st processing unit (plant) 10, Receive next cyclic annular article CG from the 1st processing unit (plant) 10, starts the conveying to the 2nd processing unit (plant) 20.That is, in present embodiment In, concurrently implement at least part of the joint action of the sheet article SG realized by the 2nd processing unit (plant) 20 by defeated The conveying movement for the cyclic annular article CG for sending device 30 to realize.

In addition, the generation that the 1st processing unit (plant) 10 implements cyclic annular article CG is dynamic when the 2nd processing unit (plant) 20 is hot pressing state Make.That is, in the present embodiment, at least one with the cyclic annular movement of the sheet article SG realized by the 2nd processing unit (plant) 20 Divide the generation movement for the cyclic annular article CG for concurrently implementing to realize by the 1st processing unit (plant) 10.

That is, control device 40 can by the generation movement of the cyclic annular article CG realized by the 1st processing unit (plant) 10, pass through the The conveying of the joint action for the sheet article SC that 2 processing unit (plant)s 20 are realized, the cyclic annular article CG realized by conveying device 30 is moved Concurrently implement.

[effect]

As discussed above, according to the present embodiment, it is provided with the 1st processing unit (plant) 10, by band-like article BG The 1st end E1 and the 2nd end E2 be attached and generate cyclic annular article CG；2nd processing unit (plant) 20 meets sheet article SG Together in cyclic annular article CG；And conveying device 30, cyclic annular article CG is delivered to the 2nd processing unit (plant) from the 1st processing unit (plant) 10 20.Pass through automation with ring-type article CG and with the dress article WG of the cyclic annular article CG sheet article SG engaged as a result, Manufacturing device 1 is manufactured.Therefore, productivity improves in the manufacture of dress article WG.

In addition, in the present embodiment, the generation movement of the cyclic annular article CG realized by the 1st processing unit (plant) 10 passes through The joint action of sheet article SG and cyclic annular article CG that 2nd processing unit (plant) 20 is realized, the ring-type realized by conveying device 30 The conveying movement of article CG is concurrently implemented.The production efficiency of dress article WG improves as a result,.

In addition, in the present embodiment, it includes to keep in a part to band-like article BG that ring, which forms device 11, In the state of the clamping component 110 that is pivoted about with axis of rotation AX.Only rotated clamping component 110 as a result, The ring of band-like article BG can be formed.The 1st of cricoid band-like article BG is bent into the rotation by clamping component 110 Position B1 and the 2nd position B2 is blown and the 1st end E1 formed and the 2nd end E2 are attached, thus generate cyclic annular article CG.

In addition, in the present embodiment, attachment device 12 is in the clamping section that a part to band-like article BG is kept After substantially 180 [°] of rotation of part 110, fuse to the 1st position B1 and the 2nd position B2 that are stretched out from clamping component 110, it is right The 1st end E1 and the 2nd end E2 formed by fusing carries out welding.In the present embodiment, clamping component 110 just on Side, soldering tip 122 and support member 123 configured with attachment device 12.Therefore, as illustrated by referring to Fig.1 0, clamping section Substantially 180 [°] of rotation of part 110, thus part BGa and part BGb are configured between soldering tip 122 and support member 123.From Part BGa (the 1st position B1), the lower part of clamping component 110 and the driven roller 143 that the top of clamping component 110 is stretched out upwards And in the state that the part BGb (the 2nd position B2) between driven voller 144 is configured between soldering tip 122 and support member 123, weldering First 122 and support member 123 it is close, thus, it is possible to be attached the 1st end E1 and the 2nd end E2.

In addition, in the present embodiment, attachment device 12 includes by band-like article BG progress ultrasonic wave fusing and to the 1st end Portion E1 and the 2nd end E2 carries out the ultrasonic wave device for fusing of welding.It is configured between soldering tip 122 and support member 123 as a result, Only make soldering tip 122 and support member 123 close in the state of part BGa (the 1st position B1) and part BGb (the 2nd position B2), just It can implement the cutting of band-like article BG and the connection of the 1st end E1 and the 2nd end E2.

In addition, in the present embodiment, the 1st processing unit (plant) 10, which has, is transferred to ring formation device 11 for band-like article BG Transfer device 14, ring form a part of device 11 in the band-like article BG that will be transferred by transfer device 14 and utilize clamping component After 110 are kept, start the rotation of clamping component 110.As a result, as referring to illustrated by Fig. 8 (A), ring forms device 11 in the state that the lower end of band-like article BG is configured at the lower section compared with clamping component 110, can pass through clamping component A part of 110 couples of band-like article BG is kept, and starts the rotation of clamping component 110.In addition, transfer device 14 can with The mode for the state for maintaining band-like article BG to relax downwards in section between feedway 13 and transfer device 14, to band-like Article BG is transferred.Even if for example band-like article BG is formed by the material (such as rubber) with retractility as a result, also can Inhibit to inhibit band-like article BG to be transferred with the state being stretched the power of band-like article BG overaction.Therefore, transfer dress Set 14 can by band-like article BG with defined feeding amount be transferred to ring formed the 11, the 1st processing unit (plant) 10 of device can generate rule The cyclic annular article CG of fixed size.

In addition, in the present embodiment, transfer device 14 is protected in a part of clamping component 110 to band-like article BG After holding, before starting rotation, band-like article BG is transferred with defined feeding amount.As a result, as illustrated by 0 (A) referring to Fig.1 Like that, the ring of the band-like article BG of size as defined in being formed.For example, passing through the size based on the dress article WG manufactured The feeding amount of target value and determining band-like article BG, so that the 1st processing unit (plant) 10 is capable of forming the band-like article of the size of target The ring of BG generates the cyclic annular article CG with the size of target.

In addition, in the present embodiment, the 1st processing unit (plant) 10 has to the ribbon on the transfer direction of transfer device 14 The detection device 15 that the position of product CG is detected, detection data of the transfer device 14 based on detection device 15, to band-like article The feeding amount of BG is adjusted.Thereby, it is possible to be cut off and connected the predetermined portion of band-like article BG, to manufacturing Dress article WG in the positions of features deviate from target position and inhibited, the aesthetic feeling of dress article WG improves.

In addition, in the present embodiment, the 1st clamping component 111 has protrusion 111T.Such as referring to Fig.1 0 and Figure 11 as a result, As illustrated, protrusion 111T is supported in such a way that the part BGb of band-like article BG is from part BGa separation.It is formed as a result, The ring of the band-like article BG of sufficient size.Therefore, make the rod unit 31A of the 1st transfer unit 31 and the bar of the 2nd transfer unit 32 The movement that component 32A is inserted into the inside of cyclic annular article CG is successfully implemented.

In addition, in the present embodiment, as illustrated by 6 and Figure 17 referring to Fig.1, the 2nd processing unit (plant) 20 is in ring-type Article CG is supported in the state of conveying device 30, and sheet article SG is engaged with ring-type article CG.It is being supported in as a result, After the cyclic annular article CG of 1st transfer unit 31 and the 2nd transfer unit 32 is delivered to the 2nd processing unit (plant) 20, it can implement immediately The movement that cyclic annular article CG engages sheet article SG.Therefore, the productivity of dress article WG improves.

In addition, in the present embodiment, the 2nd processing unit (plant) 20 is to cover the interconnecting piece JC of the 1st end E1 and the 2nd end E2 The mode of lid engages sheet article SG with ring-type article CG.The bonding strength of interconnecting piece JC improves as a result, to connection The removing of the 1st end E1 and the 2nd end E2 in portion JC are inhibited.

In addition, according to the present embodiment, cyclic annular article CG is held in the 1st transfer unit 31, part 2 in part 1 P1 P2 is held in the state of the 2nd transfer unit 32, is conveyed by conveying device 30.Interconnecting piece JC and part 1 P1 away from It is substantially equal at a distance from part 2 P2 from interconnecting piece JC.Therefore, it is defeated in interconnecting piece JC to be configured at the 1st for conveying device 30 In the state of sending between component 31 and the 2nd transfer unit 32, cyclic annular article CG can be delivered to the 2nd processing unit (plant) 20.Therefore, In the 2nd processing unit (plant) 20, moved in a manner of covering interconnecting piece JC by what sheet article SG and ring-type article CG were attached Work is successfully implemented.

In addition, in the present embodiment, conveying device 30 keeps part 1 P1 in the 1st transfer unit 31, the 2nd After transfer unit 32 keeps part 2 P2, separate the 1st transfer unit 31 and the 2nd transfer unit 32.In addition, conveying For device 30 to keep in the 1st transfer unit 31 to part 1 P1, the 2nd transfer unit 32 keeps part 2 P2 Afterwards, the mode for separating part 1 P1 and part 2 P2, revolves the 1st transfer unit 31 and the 2nd transfer unit 32 respectively Turn.Ring-type article CG becomes the state of tensioning as a result, therefore the movement that sheet article SG is engaged in cyclic annular article CG is smooth Implement on ground.

In addition, in the present embodiment, the 2nd processing unit (plant) 20, which has, to be inserted into the 1st transfer unit 31 and the 2nd delivery section The worktable part 21 of the inside for the cyclic annular article CG that part 32 is kept.Conveying device 30 conveys the 1st transfer unit 31 and the 2nd Component 32 is moved, so that the upper surface 210 of interconnecting piece JC and worktable part 21 is opposite, is protected to part 1 P1 The 1st transfer unit 31 held is opposite with the 1st side 211 of worktable part 21, the 2nd conveying kept to part 2 P2 2nd side 212 of component 32 and worktable part 21 is opposite.Worktable part 21 is smoothly inserted into cyclic annular article CG as a result, Inside, the 2nd processing unit (plant) 20 can successfully implement the cyclic annular article CG being supported in the upper surface of worktable part 21 210 Interconnecting piece JC movement that sheet article SG is engaged.

In addition, in the present embodiment, the 2nd processing unit (plant) 20 includes feedway 22, sheet is supplied to interconnecting piece JC Article SG；And hot-press arrangement 23, hot pressing is carried out to cyclic annular article CG and sheet article SG.2nd processing unit (plant), 20 energy as a result, It is enough to engage cyclic annular article CG and sheet article SG by hot pressing.

2nd embodiment

The 2nd embodiment is illustrated.In the following description, to the knot identical or same with above-mentioned embodiment Structure element marks same label, is illustrated to simplify or be omitted.

Figure 18 is the figure for showing schematically an example of clamping component 110 involved in present embodiment.Above-mentioned It in embodiment, is set as that the 1st clamping component 111 is provided with protrusion 111T, is not provided with protrusion in the 2nd clamping component 112.Such as Shown in Figure 18, the 2nd clamping component 112 also be can have protrusion 112T (the 2nd protrusion), and protrusion 112T (the 2nd protrusion) is set to 2nd outer surface 112B, to the radiation direction outside protrusion of axis of rotation AX.Protrusion 111T and protrusion 112T is with axis of rotation AX Center and point symmetry.In the example shown in Figure 18, the length direction of the 1st clamping component 111 and the length of the 2nd clamping component 112 It is parallel with Z axis to spend direction, protrusion 111T is set to the end of the side-Z of the 1st clamping component 111, and protrusion 112T is set to the 2nd folder The end of the side+Z of tight component 112.In addition it is also possible to be that protrusion 111T is set in the length direction of the 1st clamping component 111 Centre portion, protrusion 112T are set to the central portion of the length direction of the 2nd clamping component 112.

Figure 19 and Figure 20 is individually an example for showing schematically the movement of clamping component 110 involved in present embodiment The figure of son.In the same manner as above-mentioned embodiment, clamping component 110 is pivoted about with axis of rotation AX.Clamping component 110 are rotated, and thus band-like article BG is bent into ring-type.

Figure 19 (A) indicates the state that band-like article BG is configured between the 1st clamping component 111 and the 2nd clamping component 112 Lower 1st clamping component 111 and the 2nd clamping component 112 are close, and band-like article BG is held in the state of clamping component 110.In Figure 19 (A) in the state of shown in, the 1st clamping component 111 is configured at the side-X compared with the 2nd clamping component 112.Protrusion 111T is the 1st It is protruded to the side-X the end of the side-Z of clamping component 111.

The state shown in Figure 19 (A) of clamping component 110, with rotation in the state of being kept to band-like article BG Axle center AX is pivoted about, and is converted to state shown in Figure 19 (B).As a result, as shown in Figure 19 (B), the 1st clamping component 111 are configured at the side+X compared with the 2nd clamping component 112.Protrusion 111T the side+Z of the 1st clamping component 111 end to+X Side protrusion.Protrusion 111T is supported part BGb in such a way that part BGb is from the part BGa of band-like article BG separation.By This, forms the ring of the band-like article BG of sufficient size.

After the ring for forming band-like article BG, in the above embodiments, implement to realize by attachment device 12 super Sound wave fusing.As a result, as shown in Figure 19 (C), cyclic annular article CG is generated.After generating cyclic annular article CG, control device 40 makes the 1st Clamping component 111 and the separation of the 2nd clamping component 112.The cyclic annular article CG of generation in the above embodiments, is filled by conveying It sets 30 and is transported to the 2nd processing unit (plant) 20 from the 1st processing unit (plant) 10.

After cyclic annular article CG is moved out by conveying device 30 from the 1st processing unit (plant) 10, control device 40 does not make clamping section Part 110 is rotated, and is controlled transfer device 14, and band-like article BG is transferred to the 1st clamping component 111 and the 2nd and is clamped Between component 112.

Figure 20 (A) indicates the state that band-like article BG is configured between the 1st clamping component 111 and the 2nd clamping component 112 Lower 1st clamping component 111 and the 2nd clamping component 112 are close, and band-like article BG is held in the state of clamping component 110.In Figure 20 (A) in the state of shown in, the 2nd clamping component 112 is configured at the side-X compared with the 1st clamping component 111.Protrusion 112T is the 2nd It is protruded to the side-X the end of the side-Z of clamping component 112.

The state shown in Figure 20 (A) of clamping component 110, with rotation in the state of being kept to band-like article BG Axle center AX is pivoted about, and is converted to state shown in Figure 20 (B).As a result, as shown in Figure 20 (B), the 2nd clamping component 112 are configured at the side+X compared with the 1st clamping component 111.Protrusion 112T the side+Z of the 2nd clamping component 112 end to+X Side protrusion.Protrusion 112T is supported part BGb in such a way that part BGb is from the part BGa of band-like article BG separation.By This, forms the ring of the band-like article BG of sufficient size.

After the ring for forming band-like article BG, in the above embodiments, implement to realize by attachment device 12 super Sound wave fusing.As a result, as shown in Figure 20 (C), cyclic annular article CG is generated.After generating cyclic annular article CG, control device 40 makes the 1st Clamping component 111 and the separation of the 2nd clamping component 112.The cyclic annular article CG of generation in the above embodiments, is filled by conveying 30 are set, is delivered to the 2nd processing unit (plant) 20 from the 1st processing unit (plant) 10.

After cyclic annular article CG is moved out by conveying device 30 from the 1st processing unit (plant) 10, control device 40 does not make clamping section Part 110 is rotated, and is controlled transfer device 14, and band-like article BG is transferred to the 1st clamping component 111 and the 2nd and is clamped Between component 112.In the following, above-mentioned movement repeats.

As discussed above, in the present embodiment, the 1st clamping component 111 has protrusion 111T, and the 2nd clamps Component 112 has protrusion 112T, therefore when sequentially forming multiple ring-type article CG, and can reduce revolves clamping component 110 Turn the number of the movement of 180 [°].That is, in the above-described first embodiment, the 1st clamping component 111 has a protrusion 111T, the 2nd Clamping component 112 does not have protrusion, therefore as referring to Fig.1 2 illustrated by, after generating ring-type article CG, and such as referring to Fig.1 3 As illustrated, in order to make clamping component 110 be back to initial position, need that clamping component 110 is made to rotate 180 [°].According to Present embodiment, the 1st clamping component 111 have protrusion 111T, and the 2nd clamping component 112 has protrusion 112T, therefore can be not firm It applies in order to which clamping component 110 to be back to the rotation of initial position.

In addition, in above-mentioned each embodiment, be set as by the 1st position B1 to band-like article BG and the 2nd position B2 into The 1st end E1 and the 2nd end E2 that row ultrasonic wave fuses and formed are attached.The cutting and connection of band-like article BG are simultaneously unlimited It fuses due to ultrasonic wave.For example, band-like article BG can be cut off by cutter, can also by the 1st end E1 and 2nd end E2 is sutured and is generated cyclic annular article CG.

In addition, being set as cyclic annular article CG in above-mentioned each embodiment and sheet article SG being connect by hot pressing It closes.The engagement of cyclic annular article CG and sheet article SG is not limited to hot pressing.For example, it is also possible to cyclic annular article CG and tablet Product SG is sutured.

Claims (16)

1. a kind of manufacturing device of dress article, includes

1st end of band-like article and the 2nd end are attached and generate cyclic annular article by the 1st processing unit (plant)；

Sheet article is engaged in the cyclic annular article by the 2nd processing unit (plant)；And

The cyclic annular article is delivered to the 2nd processing unit (plant) from the 1st processing unit (plant) by conveying device.

2. the manufacturing device of dress article according to claim 1, wherein

It is realized by the generation movement for the cyclic annular article realized by the 1st processing unit (plant), by the 2nd processing unit (plant) The sheet article joint action and the cyclic annular article realized by the conveying device conveying act it is parallel Implement on ground.

3. the manufacturing device of dress article according to claim 1 or 2, wherein

1st processing unit (plant) includes ring and forms device, and it includes have to be kept in a part to the band-like article The clamping component rotated centered on axis of rotation under state；And attachment device, the rotation of the clamping component will be passed through And it is bent into the 1st end of the cricoid band-like article and the 2nd end is attached.

4. the manufacturing device of dress article according to claim 3, wherein

The attachment device, will be from after the clamping component that a part to the band-like article is kept rotates 180 ° The 1st end and the 2nd end that the clamping component stretches out are attached.

5. the manufacturing device of dress article according to claim 3, wherein

The attachment device includes ultrasonic wave device for fusing, the ultrasonic wave device for fusing by the 1st position of the band-like article and 2nd position carries out ultrasonic wave fusing, the 1st end and the 2nd end is formed, by the 1st end and the 2nd end Carry out welding.

6. the manufacturing device of dress article according to claim 3, wherein

1st processing unit (plant), which has, is transferred to the transfer device that the ring forms device for the band-like article,

The ring forms device and utilizes the clamping in a part for the band-like article that will be transferred by the transfer device After component is kept, start the rotation of the clamping component.

7. the manufacturing device of dress article according to claim 6, wherein

The transfer device is after a part of the clamping component to the band-like article is kept, will before starting rotation The band-like article is transferred with defined feeding amount.

8. the manufacturing device of dress article according to claim 7, wherein

1st processing unit (plant), which has, detects the position of the band-like article on the transfer direction of the transfer device Detection device,

Detection data of the transfer device based on the detection device, is adjusted the feeding amount.

9. the manufacturing device of dress article according to claim 3, wherein

The clamping component includes: the 1st clamping component, has the 1st inner surface；And the 2nd clamping component, have with institute The 2nd inner surface that the band-like article is clipped between the 1st inner surface is stated,

1st clamping component has the 1st protrusion, and the 1st protrusion is set to the 1st outer surface of the 1st clamping component, to institute State protrusion on the outside of the radiation direction of axis of rotation.

10. the manufacturing device of dress article according to claim 9, wherein

2nd clamping component has the 2nd protrusion, and the 2nd protrusion is set to the 2nd outer surface of the 2nd clamping component, to institute Protrusion on the outside of the radiation direction of axis of rotation is stated,

1st protrusion and the 2nd protrusion point symmetry centered on the axis of rotation.

11. the manufacturing device of dress article according to claim 1 or 2, wherein

2nd processing unit (plant) in the state that cyclic annular article is supported in the conveying device, to the sheet article into Row engagement.

12. the manufacturing device of dress article according to claim 1 or 2, wherein

2nd processing unit (plant) is in a manner of by the covering of the interconnecting piece of the 1st end and the 2nd end to the tablet Product are engaged.

13. the manufacturing device of dress article according to claim 1 or 2, wherein

The conveying device includes: the 1st transfer unit, keeps to the part 1 of the cyclic annular article；And the 2nd is defeated Component is sent, the part 2 of the cyclic annular article is kept, the interconnecting piece in the 1st end and the 2nd end is matched In the state of being placed between the 1st transfer unit and the 2nd transfer unit, the cyclic annular article is conveyed.

14. the manufacturing device of dress article according to claim 13, wherein

The conveying device keeps the part 1 in the 1st transfer unit, and the 2nd transfer unit is to described After part 2 is kept, separate the 1st transfer unit and the 2nd transfer unit.

15. the manufacturing device of dress article according to claim 13, wherein

2nd processing unit (plant) has worktable part, which, which is inserted into, is held in the 1st transfer unit and institute The inside of the cyclic annular article of the 2nd transfer unit is stated,

The conveying device moves the 1st transfer unit and the 2nd transfer unit so that the interconnecting piece with The upper surface of the worktable part is opposite, the 1st transfer unit and the workbench kept to the part 1 1st side of component is opposite, and the 2nd of the 2nd transfer unit and the worktable parts that kept to the part 2 the Side is opposite.

16. the manufacturing device of dress article according to claim 1 or 2, wherein

2nd processing unit (plant) includes feedway, to described in the supply of the interconnecting piece of the 1st end and the 2nd end Sheet article；And hot-press arrangement, hot pressing is carried out to the cyclic annular article and the sheet article.