CN105970497A - Cut piece folding sewing mechanism and cut piece folding sewing method - Google Patents
Cut piece folding sewing mechanism and cut piece folding sewing method Download PDFInfo
- Publication number
- CN105970497A CN105970497A CN201610559609.1A CN201610559609A CN105970497A CN 105970497 A CN105970497 A CN 105970497A CN 201610559609 A CN201610559609 A CN 201610559609A CN 105970497 A CN105970497 A CN 105970497A
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- China
- Prior art keywords
- parts
- cut
- sewing
- pressing plate
- air draught
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Classifications
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05B—SEWING
- D05B35/00—Work-feeding or -handling elements not otherwise provided for
-
- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05B—SEWING
- D05B35/00—Work-feeding or -handling elements not otherwise provided for
- D05B35/08—Work-feeding or -handling elements not otherwise provided for for ruching, gathering, casing, or filling lace, ribbons, or bindings; Pleating devices; Cuttlers; Gathering feet; Crimpers; Curlers; Rufflers
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Sewing Machines And Sewing (AREA)
Abstract
The invention discloses a cut piece folding sewing mechanism and a cut piece folding sewing method. The cut piece folding sewing mechanism comprises a machine table, a material moving device and a sewing device. A working table is arranged on the machine table, a sewing working position, a first air suction area and a second air suction area are arranged on the working table, and a plurality of air suction holes are formed in the first air suction area and the second air suction area. A first material pressing part, a second material pressing part and a locating part are arranged on the material moving device; a first pressing plate and a first pressing plate driving part are arranged at the first material pressing part, and the first pressing plate driving part is used for driving the first pressing plate to move to press a cut piece; a second pressing plate and a second pressing plate driving part are arranged at the second material pressing part, and the second pressing plate driving part is used for driving the second pressing plate to move to press a cut piece in the second air suction area; a locating plate and a locating plate driving part are arranged at the locating part, and the locating plate driving part is used for driving the locating plate to move onto the cut piece in the second air suction area; the sewing device is used for sewing the cut pieces. The cut piece folding sewing mechanism can save time and labor.
Description
Technical field
The present invention relates to field of textile machinery, particularly relate to a kind of cut-parts and fold sewing mechanism and cut-parts folding
Sewing method.
Background technology
In garment production field, such as cuff cut-parts, (one section of cut-parts of wristband, have above general cut-parts
Button and button hole) production include bag cuff Piao and fortune cuff two large divisions, existing production process need two
Name or two equipment of several operative complete this two procedures respectively, waste time and energy, the work of workman
Intensity is big, and production efficiency is low.
Summary of the invention
Based on this, it is necessary to provide a kind of and save the cut-parts folded bicycle that time, saving manpower and production efficiency are high
Seam mechanism.
A kind of cut-parts fold sewing mechanism, including:
Board, described board is provided with work top, and described work top is provided with sewing station, described work
Also there are on table top two depressed parts and form the first air draught district for placing for cut-parts and the second air draught district,
Described first air draught district and described second air draught district have multiple wind inlet；
Moving material device, described shifting material device has the first binder parts, the second binder parts and positioning element；
Described first binder parts have the first pressing plate and the first pressing plate driver part, and described first pressing plate has
Sewing passage, described first pressing plate driver part is located on described board and is connected to described first pressing plate, institute
State the first pressing plate driver part and push down the institute in described first air draught district for driving described first pressing plate to move
State cut-parts and described cut-parts can be driven to move sewing to described sewing station, when described cut-parts sewing is complete
After, described first pressing plate driver part drives described first pressing plate to drive described cut-parts to move to described second suction
In wind district；Described second binder parts have the second pressing plate and the second pressing plate driver part, described second pressure
Plate driver part is located on described board and is connected to described second pressing plate for driving described second pressing plate to move
Move the described cut-parts pushed down in described second air draught district；Described positioning element has location-plate and location is driven
Dynamic component, described Locating driver parts are located on described second pressing plate driver part and are connected to described location-plate
Move in the described cut-parts to described second air draught district for driving described location-plate；And
Sewing device, described sewing device is located on described board, and described second pressing plate driver part drives institute
Stating the second pressing plate drives described cut-parts to move to described sewing station, and described sewing device can be along described
Described cut-parts at sewing station described in the edge sewing of location-plate.
Wherein in an embodiment, the described material device that moves also has shifting material parts；
The described material parts that move have shifting flitch and move material driver part, and described shifting material driver part is located at described
On board and be connected to described shifting flitch, described shifting material driver part can drive described shifting flitch to move with pressure
Residence is stated the described cut-parts on work top and can described cut-parts be moved to described first air draught district.
Wherein in an embodiment, also including indicating device, described instruction device has color-changing lamp, described
Color-changing lamp is located on described board, described color-changing lamp towards described work top for described work top
Send the light for being close to position for described cut-parts.
Wherein in an embodiment, the described material device that moves also has folding material parts；
Described folding material parts have folded sheet and fold driver part, and described folding driver part is located at described
On board and be connected to described folded sheet for drive described folded sheet along described work top towards described
First air draught district moves, and described folded sheet can be by the described described cut-parts protruding from described first air draught district
Edge fold.
Wherein in an embodiment, described folded sheet is parallel with described work top, at described folded sheet
When reset state, described folded sheet is positioned at the outside in described first air draught district.
Wherein in an embodiment, the described material device that moves also has Mobile base and mobile driver part, institute
Stating mobile driver part and be located on described board and be connected to described Mobile base, described mobile driver part is used for
Described Mobile base is driven to move；
Described first pressing plate driver part, described second pressing plate driver part, described shifting material driver part, institute
State folding driver part to be each provided on described Mobile base.
Wherein in an embodiment, also including inserting material device, described slotting material device has plate and inserts material
Driver part, described slotting material driving is located on described board and is connected to described plate；
Having slotting hopper in described first air draught district, the major axis of described slotting hopper is put down with the major axis of described folded sheet
OK；Described slotting material driver part can drive described plate to insert in described slotting hopper, and described plate can be by
Described slotting hopper is brought in the described cut-parts being positioned at described first air draught district into, so that the edge of described cut-parts
Tilt.
Wherein in an embodiment, also including bracing frame, support frame as described above is connected to described board, described
Insert material driver part to be located on support frame as described above, and described slotting material driver part is positioned at the upper of described work top
Side.
Wherein in an embodiment, also include putting hopper, described in put hopper be connected to described board for
Place cut-parts.
Another object of the present invention is to provide a kind of cut-parts to fold sewing method.
A kind of cut-parts fold sewing method, comprise the steps:
By in the first air draught district that is placed on work top of cut-parts being surrounded by Piao's bar, and described cut-parts is to be folded
Edge protrudes from described first air draught district；
First pressing plate driver part of the first binder parts moving material device drives the first pressing plate to move and pushes down institute
State the described cut-parts in the first air draught district；
Described cut-parts are held, the edge to be folded of described cut-parts by the wind inlet air draught in described first air draught district
Fold to encase Piao's bar towards the middle part of described cut-parts by it after tilting；
Described first pressing plate driver part drives the first pressing plate to move drive in described first air draught district described
Cut-parts are moved to sewing station, and sewing device is rolled over by the sewing passage sewing having on described first pressing plate
The described cut-parts of poststack；
Described first pressing plate driver part drives the first pressing plate to move and drives the first train at described sewing station
Described cut-parts after seam are moved to the second air draught district, and described first pressing plate driver part drives the first pressing plate multiple
Position, holds the described cut-parts after first time sewing by the wind inlet air draught in described second air draught district；
Described the second binder parts moving material device drive described second pressing plate to move and push down described second air draught
For the first time described cut-parts after sewing in district, described Locating driver parts drive location-plate to move to described second
In air draught district in for the first time described cut-parts after sewing；Described second binder parts drive described second pressing plate to move
In the described second air draught district of dynamic drive, the described cut-parts after first time sewing are moved again to described sewing station
Place；
Described sewing device is along the described sanction at sewing station described in the edge sewing again of described location-plate
Sheet.
The cut-parts that the present invention relates to fold sewing mechanism, be provided with sewing station and fill for sewing on work top
The sewing put.Also have on work top two depressed parts formed for the first air draught district placed for cut-parts with
And the second air draught district, the first air draught district and the second air draught district are all for adsorbing fixed bit cut-parts in the inner,
Fixed by air draught, save manpower.Drive by moving the first pressing plate of the first binder parts that material device has
Parts drive the first pressing plate to move the cut-parts pushed down in the first air draught district, after the edge to be folded of cut-parts tilts
It is folded towards the middle part of cut-parts, it is achieved the folding at the edge of cut-parts；First pressing plate driver part drives the
One pressing plate moves and drives the cut-parts in the first air draught district to move to sewing station, and sewing device passes through first
Cut-parts after the sewing passage sewing folding having on pressing plate；Realize automatization's car at the edge after cut-parts fold
Seam.
The cut-parts that first pressing plate driver part drives the first pressing plate to move after driving at sewing station sewing for the first time move
Move to the second air draught district, hold the cut-parts after first time sewing by the wind inlet air draught in the second air draught district；
Move the second binder parts of material device to drive the second pressing plate to move to push down in the second air draught district after first time sewing
Cut-parts, Locating driver parts drive location-plate to move to the second air draught district for the first time sewing after cut-parts on；
Second binder parts drive described second pressing plate to move the sanction driven in described second air draught district after first time sewing
Sheet is moved again at sewing station, and sewing device is along the edge sewing cut-parts again of location-plate.The present invention
Cut-parts fold the sewing mechanism secondary sewing by cut-parts edge fold SEWING SEQUENCE (bag cut-parts Piao) with cut-parts
Two operations of operation (fortune cut-parts) unite two into one, by bag cut-parts Piao with fortune cut-parts two procedures by an equipment
Complete, change the production method in the past being completed this two procedures by two workmans, two equipment respectively,
Improve production efficiency, alleviate the labor intensity of workman, save the time, save manpower.
Accompanying drawing explanation
Fig. 1 is that one embodiment of the invention cut-parts fold sewing structural scheme of mechanism；
Fig. 2 is the work top schematic diagram that cut-parts shown in Fig. 1 fold sewing mechanism；
Fig. 3,4 be cut-parts shown in Fig. 1 fold sewing mechanism shifting material device schematic diagram.
Description of reference numerals
10, cut-parts fold sewing mechanism；100, board；110, work top；111, the first air draught district；
112, the second air draught district；113, hopper is inserted；120, castor；200, air intake device；210, aspiration channel；
220, induced-draught fan；300, material device is moved；310, Mobile base；320, driver part is moved；330, first
Binder parts；331, the first pressing plate；3311, sewing passage；332, the first pressing plate driver part；340、
Second binder parts；341, the second pressing plate；342, the second pressing plate driver part；350, positioning element；351、
Location-plate；352, Locating driver parts；360, material parts are moved；361, flitch is moved；362, material drive division is moved
Part；3621, first material driving element is moved；3622, second material driving element is moved；370, folding material parts；371、
Folded sheet；372, driver part is folded；400, material device is inserted；410, bracing frame；420, plate；430、
Insert material driver part；500, sewing device；600, hopper is put.
Detailed description of the invention
For the ease of understanding the present invention, below with reference to relevant drawings, the present invention is described more fully.
Accompanying drawing gives presently preferred embodiments of the present invention.But, the present invention can come real in many different forms
Existing, however it is not limited to embodiment described herein.On the contrary, providing the purpose of these embodiments is to make this
The understanding of disclosure of the invention content is more thorough comprehensively.
It should be noted that when element is referred to as " being fixed on " another element, and it can be directly at another
On individual element or element placed in the middle can also be there is.When an element is considered as " connection " another yuan
Part, it can be directly to another element or may be simultaneously present centering elements.
Unless otherwise defined, all of technology used herein and scientific terminology and the technology belonging to the present invention
The implication that the technical staff in field is generally understood that is identical.The art used the most in the description of the invention
Language is intended merely to describe the purpose of specific embodiment, it is not intended that in limiting the present invention.Used herein
Term "and/or" includes the arbitrary and all of combination of one or more relevant Listed Items.
Shown in Figure 1, the present embodiment relate to a kind of cut-parts and folds sewing mechanism 10.
Shown in Figure 1, above-mentioned cut-parts fold sewing mechanism 10 include board 100, air intake device 200,
Move material device 300, instruction device, slotting material device 400, sewing device 500, put hopper 600 and control dress
Put.Above-mentioned control device can use PLC.
Shown in Figure 1, board 100 is provided with work top 110.Work top 110 is provided with sewing station.
Multiple castor 120 is arranged at the bottom of board 100.Multiple castors 120 enable to whole board 100 and move.
See shown in Fig. 1 and Fig. 2, work top 110 also has two depressed parts and is formed for putting for cut-parts
The first air draught district 111 and the second air draught district 112 put.First air draught district 111 and the second air draught district 112
There is multiple wind inlet.
Air intake device 200 has induced-draught fan 220 and aspiration channel 210, induced-draught fan 220 is connected to board 100,
Induced-draught fan 220 is communicated in the air draught in the first air draught district 111 and the second air draught district 112 by aspiration channel 210
Hole.Control device and be electrically connected at induced-draught fan 220.
See shown in Fig. 1, Fig. 3 and Fig. 4, move material device 300 and there is Mobile base 310, mobile driver part
320, first binder parts the 330, second binder parts 340, positioning element 350, move material parts 360 and
Folding material parts 370.
Mobile driver part 320 is located on board 100 and is connected to Mobile base 310.Mobile driver part 320
For driving Mobile base 310 horizontally and vertically to move relative to work top 110.Control device to be electrically connected at
Mobile driver part 320.
Instruction device has color-changing lamp (for illustrating in accompanying drawing).Color-changing lamp is located on board 100, color-changing lamp
Towards work top 110 for sending the light for being close to position for cut-parts to work top 110.Control device
It is electrically connected at color-changing lamp.
Shown in Figure 1, insert material device 400 and there is bracing frame 410, plate 420 and insert material driver part
430.Bracing frame 410 is connected to board 100.Insert material driving be located on bracing frame 410 and be connected to plate 420.
Insert material driver part 430 to be located on bracing frame 410, and slotting material driver part 430 is positioned at work top 110
Top.Control device and be electrically connected at slotting material driver part 430.
Shown in Figure 2, there is in the first air draught district 111 slotting hopper 113.Insert major axis and the folding of hopper 113
The longer axis parallel of lamination 371.Inserting material driver part 430 can drive plate 420 to insert in hopper 113.
Plate 420 can will be located in the cut-parts in the first air draught district 111 and bring in slotting hopper 113, so that cut-parts
Edge tilts.
Shown in Figure 4, move material parts 360 and there is shifting flitch 361 and move material driver part 362.Move material
Driver part 362 is located on Mobile base 310 and is connected to move flitch 361.
Moving material driver part 362 can drive shifting flitch 361 to move to push down the cut-parts on work top 110 also
Cut-parts can be moved to the first air draught district 111.In the present embodiment, move material driver part 362 and have the
One moves material drives element 3621 and the second shifting material to drive element 3622.First moves material drives element 3621 to be located at
Second moves material drives on element 3622, and first moves material drives element 3621 to be connected to move flitch 361 for driving
The dynamic flitch 361 that moves moves along vertical direction.
Second moves material drives element 3622 to be located on Mobile base 310, and second moves material drives element 3622 to drive
Dynamic first shifting material drives element 3621 drive to move flitch 361 and moves in the horizontal direction.Control device to be electrically connected with
Moving material in first drives element 3621 and the second shifting material to drive element 3622.
Seeing shown in Fig. 3 and Fig. 4, folding material parts 370 have folded sheet 371 and fold driver part 372.
Fold driver part 372 and be located on Mobile base 310 and be connected to folded sheet 371 for driving folded sheet 371
Moving along work top 110 towards the first air draught district 111, folded sheet 371 can will protrude from the first air draught
The edge fold of the cut-parts in district 111.Control device and be electrically connected at folding driver part 372.
Seeing shown in Fig. 3 and Fig. 4, folded sheet 371 is parallel with work top 110, when folded sheet 371 is in
During reset state, folded sheet 371 is positioned at the outside in the first air draught district 111.
First binder parts 330 have the first pressing plate 331 and the first pressing plate driver part 332.First pressing plate
There is on 331 sewing passage 3311.Control device and be electrically connected at the first pressing plate driver part 332.
Seeing shown in Fig. 3 and Fig. 4, the first pressing plate driver part 332 is located on Mobile base 310 and is connected to
One pressing plate 331.First pressing plate driver part 332 pushes down the first air draught for driving the first pressing plate 331 to move
Cut-parts in district 111 also can drive cut-parts to move sewing to sewing station.After cut-parts sewing, the
One pressing plate driver part 332 drives the first pressing plate 331 to drive cut-parts to move to the second air draught district 112.
Seeing shown in Fig. 3 and Fig. 4, the second binder parts 340 have the second pressing plate 341 and the second pressing plate drives
Dynamic component 342.Second pressing plate driver part 342 be located on Mobile base 310 and be connected to the second pressing plate 341 with
The cut-parts in the second air draught district 112 are pushed down for driving the second pressing plate 341 to move.Control device to be electrically connected with
In the second pressing plate driver part 342.
Seeing shown in Fig. 3 and Fig. 4, positioning element 350 has location-plate 351 and Locating driver parts 352.
Locating driver parts 352 are located on the second pressing plate driver part 342 and are connected to location-plate 351 for driving
Location-plate 351 moves in the cut-parts to the second air draught district 112.Control device and be electrically connected at Locating driver portion
Part 352.
Shown in Figure 1, sewing device 500 is located on board 100.Second pressing plate driver part 342 drives
Second pressing plate 341 drives cut-parts to move to sewing station.Sewing device 500 can be along location-plate 351
The cut-parts at sewing station of the edge seam.Control device and be electrically connected at sewing device 500.
Shown in Figure 1, put hopper 600 and be connected to board 100 for placing cut-parts.
Cut-parts that the present embodiment relates to fold sewing mechanism 10 when for the sewing of cut-parts, relate to a kind of sanction
Sheet folds sewing method.A kind of cut-parts fold sewing method, comprise the steps:
By in the first air draught district 111 that is placed on work top 110 of cut-parts being surrounded by Piao's bar, and cut-parts wait roll over
Folded edge protrudes from the first air draught district 111.
The the first pressing plate driver part 332 controlling the first binder parts 330 that device controls shifting material device 300 drives
Dynamic first pressing plate 331 moves the cut-parts pushed down in the first air draught district 111.
Cut-parts are held by the wind inlet air draught in the first air draught district 111.
Controlling device control slotting material driver part 430 drives plate 420 to insert in hopper 113, plate 420
The cut-parts in the first air draught district 111 can be will be located in bring in slotting hopper 113, so that the edge of cut-parts tilts.
Controlling device control folding driver part 372 drives folded sheet 371 along work top 110 towards first
Air draught district 111 moves, the edge folding that the cut-parts protruding from the first air draught district 111 can be tilted by folded sheet 371
It is stacked to the inside of cut-parts, to realize the folding at cut-parts edge, and realizes encasing Piao's bar.
Control device to control the first pressing plate driver part 332 and drive the first pressing plate 331 to move to drive the first air draught
Cut-parts in district 111 are moved to sewing station.
Control device and control sewing device 500 by sewing passage 3311 sewing having on the first pressing plate 331
Cut-parts after folding.
Control device to control the first pressing plate driver part 332 and drive the first pressing plate 331 to move to drive sewing station
Cut-parts after place's sewing for the first time are moved to the second air draught district 112, control device and control the first pressing plate drive division
Part 332 drives the first pressing plate 331 to reset, and is held for the first time by the wind inlet air draught in the second air draught district 112
Cut-parts after sewing.
Control device control shifting and expect that the second binder parts 340 of device 300 drive the second pressing plate 341 to move and press
Live the cut-parts after the second interior sewing for the first time in air draught district 112, control device control Locating driver parts 352 and drive
Location-plate 351 moves in the cut-parts to the second interior sewing for the first time in air draught district 112；Control device and control second
Binder parts 340 drive the second pressing plate 341 to move the cut-parts after driving the second interior sewing for the first time in air draught district 112
It is moved again at sewing station.
Control device and control the sewing device 500 edge seam again along location-plate 351 at sewing station
Cut-parts.
The cut-parts that the present embodiment relates to fold sewing mechanism 10, be provided with sewing station and use on work top 110
Sewing in sewing device 500.Also there are on work top 110 two depressed parts formed for placing for cut-parts
The first air draught district 111 and the second air draught district 112, the first air draught district 111 and the second air draught district 112 are equal
It is for adsorbing fixed bit cut-parts in the inner, being fixed by air draught, saves manpower.By moving material device 300
First pressing plate driver part 332 of the first binder parts 330 having drives the first pressing plate 331 to move and pushes down
Cut-parts in first air draught district 111, it is folded after tilting by the edge to be folded of cut-parts towards the middle part of cut-parts,
Realize the folding at the edge of cut-parts；First pressing plate driver part 332 drives the first pressing plate 331 to move and drives
Cut-parts in one air draught district 111 are moved to sewing station, and sewing device 500 is by having on the first pressing plate 331
Cut-parts after the folding of some sewing passage 3311 sewings；Realize automatization's sewing at the edge after cut-parts fold.
First pressing plate driver part 332 drives the first pressing plate 331 to move and drives first time sewing at sewing station
After cut-parts move to the second air draught district 112, hold by the wind inlet air draught in the second air draught district 112
Cut-parts after sewing.
Move and expect that the second binder parts 340 of device 300 drive the second pressing plate 341 to move and push down the second air draught district
Cut-parts after 112 interior sewings for the first time, Locating driver parts 352 drive location-plate 351 to move to the second air draught
In cut-parts after the interior sewing for the first time in district 112；Second binder parts 340 drive the second pressing plate 341 to move drive
In second air draught district 112, the cut-parts after first time sewing are moved again at sewing station, sewing device 500
Edge sewing cut-parts again along location-plate 351.
The cut-parts of the present embodiment fold sewing mechanism 10 by cut-parts edge fold SEWING SEQUENCE (bag cut-parts Piao) with
Two operations of secondary SEWING SEQUENCE (fortune cut-parts) of cut-parts unite two into one, by bag cut-parts Piao and fortune cut-parts twice
Operation is completed by an equipment, changes and was completed this twice work respectively by two workmans, two equipment in the past
The production method of sequence, improves production efficiency, alleviates the labor intensity of workman, saves the time, saves manpower.
Each technical characteristic of embodiment described above can combine arbitrarily, for making description succinct, the most right
The all possible combination of each technical characteristic in above-described embodiment is all described, but, if these skills
There is not contradiction in the combination of art feature, is all considered to be the scope that this specification is recorded.
Embodiment described above only have expressed the several embodiments of the present invention, and it describes more concrete and detailed,
But therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that, for this area
Those of ordinary skill for, without departing from the inventive concept of the premise, it is also possible to make some deformation and
Improving, these broadly fall into protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be with appended
Claim is as the criterion.
Claims (10)
1. cut-parts fold sewing mechanism, it is characterised in that including:
Board, described board is provided with work top, and described work top is provided with sewing station, described work
Also there are on table top two depressed parts and form the first air draught district for placing for cut-parts and the second air draught district,
Described first air draught district and described second air draught district have multiple wind inlet；
Moving material device, described shifting material device has the first binder parts, the second binder parts and positioning element；
Described first binder parts have the first pressing plate and the first pressing plate driver part, and described first pressing plate has
Sewing passage, described first pressing plate driver part is located on described board and is connected to described first pressing plate, institute
State the first pressing plate driver part and push down the institute in described first air draught district for driving described first pressing plate to move
State cut-parts and described cut-parts can be driven to move sewing to described sewing station, when described cut-parts sewing is complete
After, described first pressing plate driver part drives described first pressing plate to drive described cut-parts to move to described second suction
In wind district；Described second binder parts have the second pressing plate and the second pressing plate driver part, described second pressure
Plate driver part is located on described board and is connected to described second pressing plate for driving described second pressing plate to move
Move the described cut-parts pushed down in described second air draught district；Described positioning element has location-plate and location is driven
Dynamic component, described Locating driver parts are located on described second pressing plate driver part and are connected to described location-plate
Move in the described cut-parts to described second air draught district for driving described location-plate；And
Sewing device, described sewing device is located on described board, and described second pressing plate driver part drives institute
Stating the second pressing plate drives described cut-parts to move to described sewing station, and described sewing device can be along described
Described cut-parts at sewing station described in the edge sewing of location-plate.
Cut-parts the most according to claim 1 fold sewing mechanism, it is characterised in that described shifting material device
Also there are shifting material parts；
The described material parts that move have shifting flitch and move material driver part, and described shifting material driver part is located at described
On board and be connected to described shifting flitch, described shifting material driver part can drive described shifting flitch to move with pressure
Residence is stated the described cut-parts on work top and can described cut-parts be moved to described first air draught district.
Cut-parts the most according to claim 2 fold sewing mechanism, it is characterised in that also include instruction dress
Putting, described instruction device has color-changing lamp, and described color-changing lamp is located on described board, described color-changing lamp towards
Described work top is for sending the light for being close to position for described cut-parts to described work top.
Cut-parts the most according to claim 2 fold sewing mechanism, it is characterised in that described shifting material device
Also there are folding material parts；
Described folding material parts have folded sheet and fold driver part, and described folding driver part is located at described
On board and be connected to described folded sheet for drive described folded sheet along described work top towards described
First air draught district moves, and described folded sheet can be by the described described cut-parts protruding from described first air draught district
Edge fold.
Cut-parts the most according to claim 4 fold sewing mechanism, it is characterised in that described folded sheet with
Described work top is parallel, and when described folded sheet is in reset state, described folded sheet is positioned at described first
The outside in air draught district.
Cut-parts the most according to claim 4 fold sewing mechanism, it is characterised in that described shifting material device
Also having Mobile base and mobile driver part, described mobile driver part is located on described board and is connected to
Described Mobile base, described mobile driver part is used for driving described Mobile base to move；
Described first pressing plate driver part, described second pressing plate driver part, described shifting material driver part, institute
State folding driver part to be each provided on described Mobile base.
Cut-parts the most according to claim 6 fold sewing mechanism, it is characterised in that also include inserting material dress
Putting, described slotting material device has plate and inserts material driver part, and described slotting material driving is located on described board
And it is connected to described plate；
Having slotting hopper in described first air draught district, the major axis of described slotting hopper is put down with the major axis of described folded sheet
OK；Described slotting material driver part can drive described plate to insert in described slotting hopper, and described plate can be by
Described slotting hopper is brought in the described cut-parts being positioned at described first air draught district into, so that the edge of described cut-parts
Tilt.
Cut-parts the most according to claim 7 fold sewing mechanism, it is characterised in that also include bracing frame,
Support frame as described above is connected to described board, and described slotting material driver part is located on support frame as described above, and described slotting
Material driver part is positioned at the top of described work top.
9. fold sewing mechanism according to the cut-parts described in claim 1-8 any one, it is characterised in that also
Including putting hopper, described in put hopper be connected to described board for place cut-parts.
10. cut-parts fold sewing method, it is characterised in that comprise the steps:
By in the first air draught district that is placed on work top of cut-parts being surrounded by Piao's bar, and described cut-parts is to be folded
Edge protrudes from described first air draught district；
First pressing plate driver part of the first binder parts moving material device drives the first pressing plate to move and pushes down institute
State the described cut-parts in the first air draught district；
Described cut-parts are held, the edge to be folded of described cut-parts by the wind inlet air draught in described first air draught district
Fold to encase Piao's bar towards the middle part of described cut-parts by it after tilting；
Described first pressing plate driver part drives the first pressing plate to move drive in described first air draught district described
Cut-parts are moved to sewing station, and sewing device is rolled over by the sewing passage sewing having on described first pressing plate
The described cut-parts of poststack；
Described first pressing plate driver part drives the first pressing plate to move and drives the first train at described sewing station
Described cut-parts after seam are moved to the second air draught district, and described first pressing plate driver part drives the first pressing plate multiple
Position, holds the described cut-parts after first time sewing by the wind inlet air draught in described second air draught district；
Described the second binder parts moving material device drive described second pressing plate to move and push down described second air draught
For the first time described cut-parts after sewing in district, described Locating driver parts drive location-plate to move to described second
In air draught district in for the first time described cut-parts after sewing；Described second binder parts drive described second pressing plate to move
In the described second air draught district of dynamic drive, the described cut-parts after first time sewing are moved again to described sewing station
Place；
Described sewing device is along the described sanction at sewing station described in the edge sewing again of described location-plate
Sheet.
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| CN106436047A (en) * | 2016-11-24 | 2017-02-22 | 广东溢达纺织有限公司 | Slit opening stitching mechanism |
| CN109594206A (en) * | 2017-09-30 | 2019-04-09 | 杰克缝纫机股份有限公司 | It is a kind of for processing neckline/cuff sewing device and method |
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