CN105970497B - Cut-parts fold sewing mechanism and cut-parts fold sewing method - Google Patents
Cut-parts fold sewing mechanism and cut-parts fold sewing method Download PDFInfo
- Publication number
- CN105970497B CN105970497B CN201610559609.1A CN201610559609A CN105970497B CN 105970497 B CN105970497 B CN 105970497B CN 201610559609 A CN201610559609 A CN 201610559609A CN 105970497 B CN105970497 B CN 105970497B
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- Prior art keywords
- cut
- parts
- 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
Sewing mechanism is folded the invention discloses a kind of cut-parts and cut-parts fold sewing method.Cut-parts fold sewing mechanism and include board, move material device and sewing device.Board is equipped with work top, and work top is equipped with sewing station, the first air draught area and the second air draught area, and the first air draught area and the second air draught area have multiple wind inlets.Moving material device has the first binder component, the second binder component and positioning element；First binder component has the first pressing plate and the first pressing plate driving part, and the first pressing plate driving part is for driving the first pressing plate mobile to push down cut-parts；Second binder component has the second pressing plate and the second pressing plate driving part, and the second pressing plate driving part is for driving the second pressing plate mobile to push down the cut-parts in the second air draught area；Positioning element has positioning plate and Locating driver component, and Locating driver component is for driving positioning plate to be moved to the cut-parts in the second air draught area；Sewing device is used for sewing cut-parts.The cut-parts fold sewing mechanism section time power.
Description
Technical field
The present invention relates to field of textile machinery, fold sewing mechanism more particularly to a kind of cut-parts and cut-parts fold sewing side
Method.
Background technique
In garment production field, as (one section of cut-parts of wristband have button and button above general cut-parts for cuff cut-parts
Door) production include packet cuff Piao and fortune cuff two large divisions, existing production process needs two or several worker operations
Two equipment complete this two procedures, time-consuming and laborious, the large labor intensity of worker respectively, and production efficiency is low.
Summary of the invention
Based on this, it is necessary to provide a kind of cut-parts folding sewing mechanism for saving time, saving manpower and high production efficiency.
A kind of cut-parts folding sewing mechanism, comprising:
Board, the board are equipped with work top, and the work top is equipped with sewing station, goes back on the work top
Tool forms the first air draught area and the second air draught area for placing for cut-parts there are two recessed portion, first air draught area and
Second air draught area is with multiple wind inlets；
Material device is moved, the shifting material device has the first binder component, the second binder component and positioning element；Described
One binder component has the first pressing plate and the first pressing plate driving part, has sewing channel on first pressing plate, and described the
One pressing plate driving part is located on the board and is connected to first pressing plate, and the first pressing plate driving part is for driving
First pressing plate it is mobile come push down the cut-parts in first air draught area and be able to drive the cut-parts be moved to it is described
Sewing at sewing station, after the cut-parts sewing, the first pressing plate driving part drives first pressing plate to drive
The cut-parts are moved in second air draught area；The second binder component has the second pressing plate and the second pressing plate driving portion
Part, the second pressing plate driving part are located on the board and are connected to second pressing plate for driving second pressure
Plate is mobile to push down the cut-parts in second air draught area；The positioning element has positioning plate and Locating driver portion
Part, the Locating driver component are located on the second pressing plate driving part and are connected to the positioning plate with described for driving
Positioning plate is moved in the cut-parts in second air draught area；And
Sewing device, the sewing device are located on the board, the second pressing plate driving part driving described second
Pressing plate drives the cut-parts to be moved at the sewing station, and the sewing device can be along the edge sewing of the positioning plate
The cut-parts at the sewing station.
The shifting material device also has shifting material component in one of the embodiments,；
The shifting material component, which has, to be moved flitch and moves material driving part, and the shifting material driving part is located on the board
And it is connected to the shifting flitch, the shifting material driving part can drive the shifting flitch mobile to push down on the work top
The cut-parts and the cut-parts can be moved in first air draught area.
It in one of the embodiments, further include instruction device, the instruction device has color-changing lamp, and the color-changing lamp is set
On the board, the color-changing lamp is towards the work top for issuing to the work top for supplying the cut-parts
It is close to the light of position.
The shifting material device also has folding material component in one of the embodiments,；
The folding material component has folded sheet and folds driving part, and the folding driving part is located on the board
And it is connected to the folded sheet with for driving the folded sheet to move along the work top towards first air draught area,
The folded sheet can be by the edge fold of the cut-parts for protruding from first air draught area.
The folded sheet is parallel with the work top in one of the embodiments, resets when the folded sheet is in
When state, the folded sheet is located at the outside in first air draught area.
The shifting material device also has Mobile base and mobile driving part, the movement in one of the embodiments,
Driving part is located on the board and is connected to the Mobile base, and the mobile driving part is for driving the Mobile base to move
It is dynamic；
The first pressing plate driving part, the second pressing plate driving part, shifting material driving part, the folding are driven
Dynamic component is each provided on the Mobile base.
It in one of the embodiments, further include inserting material device, the slotting material device has plate and inserts material driving portion
Part, the slotting material driving are located on the board and are connected to the plate；
Have in first air draught area and insert hopper, the long axis of the slotting hopper is parallel with the long axis of the folded sheet；Institute
It states to insert and expects that driving part can drive the plate to be inserted into the slotting hopper, the plate can will be located at first air draught
The cut-parts in area are brought into the slotting hopper, so that the edge of the cut-parts tilts.
It in one of the embodiments, further include support frame, support frame as described above is connected to the board, the slotting material driving
Component is located on support frame as described above, and the slotting material driving part is located at the top of the work top.
It in one of the embodiments, further include setting hopper, the hopper of setting is connected to the board to cut out for placing
Piece.
Another object of the present invention is to provide a kind of cut-parts to fold sewing method.
A kind of cut-parts folding sewing method, includes the following steps:
The cut-parts for being surrounded by plain item are placed in the first air draught area on work top, and the edge to be folded of the cut-parts is prominent
For first air draught area；
The the first pressing plate driving part for moving the first binder component of material device drives the first pressing plate mobile to push down described the
The cut-parts in one air draught area；
The cut-parts are sucked by the wind inlet air draught in first air draught area, after the edge to be folded of the cut-parts tilts
It is folded towards the middle part of the cut-parts to encase plain item；
The first pressing plate driving part drives the first pressing plate mobile to drive the cut-parts in first air draught area
It is moved at sewing station, sewing device passes through the folded sanction of sewing channel sewing that has on first pressing plate
Piece；
The first pressing plate driving part drives the first pressing plate mobile to drive at the sewing station after first time sewing
The cut-parts be moved in the second air draught area, the first pressing plate driving part drives the first pressing plate to reset, and passes through described the
The wind inlet air draught in two air draught areas is sucked the cut-parts after first time sewing；
The second binder component for moving material device drives second pressing plate mobile to push down in second air draught area
The cut-parts after first time sewing, the Locating driver component driving positioning plate are moved in second air draught area for the first time
In the cut-parts after sewing；The second binder component drives second pressing plate is mobile to drive in second air draught area the
The cut-parts after sewing are moved again at the sewing station；
The sewing device along the positioning plate the edge cut-parts at sewing station described in sewing again.
Cut-parts of the present invention fold sewing mechanism, and the vehicle that sewing station is used for sewing device is equipped on work top
Seam.Also have the first air draught area and the second air draught area there are two recessed portion formation for placing for cut-parts on work top, the
One air draught area and the second air draught area are to be fixed for adsorbing the cut-parts of fixed bit in the inner by air draught, save manpower.It is logical
The first pressing plate driving part driving the first pressing plate movement for moving the first binder component that material device has is crossed to push down the first air draught
Cut-parts in area, the edge to be folded of cut-parts fold it towards the middle part of cut-parts after tilting, and realize the folding at the edge of cut-parts；
First pressing plate driving part drives the first pressing plate mobile to drive the cut-parts in the first air draught area to be moved at sewing station, sewing
Device passes through the folded cut-parts of sewing channel sewing having on the first pressing plate；Realize the automation at the folded edge of cut-parts
Sewing.
First pressing plate driving part drives the first pressing plate mobile to drive the cut-parts at sewing station after first time sewing to move
It moves to the second air draught area, the cut-parts after first time sewing is sucked by the wind inlet air draught in the second air draught area；Move material device
The second binder component drive the second pressing plate mobile to push down the cut-parts in the second air draught area after first time sewing, Locating driver portion
Part driving positioning plate is moved in the cut-parts in the second air draught area after first time sewing；Second binder component driving, second pressure
Plate is mobile to drive the cut-parts in second air draught area after first time sewing to be moved again at sewing station, sewing device along
The sewing cut-parts again of the edge of positioning plate.Cut-parts of the invention fold sewing mechanism, and by cut-parts edge fold SEWING SEQUENCE, (packet is cut out
Piece Piao) it is combined into one with two processes of the secondary SEWING SEQUENCE of cut-parts (fortune cut-parts), by packet cut-parts Piao and transport cut-parts two procedures
It is completed by equipment, changes and completed the production method of this two procedures respectively by two workers, two equipment in the past, mention
High production efficiency, mitigates the labor intensity of worker, saves the time, saves manpower.
Detailed description of the invention
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；
The shifting material schematic device that Fig. 3,4 fold sewing mechanism for cut-parts shown in Fig. 1.
Description of symbols
10, cut-parts fold sewing mechanism；100, board；110, work top；111, the first air draught area；112, the second air draught
Area；113, hopper is inserted；120, castor；200, air intake device；210, aspiration channel；220, suction ventilator；300, material device is moved；310, it moves
Dynamic seat；320, mobile driving part；330, the first binder component；331, the first pressing plate；3311, sewing channel；332, the first pressure
Plate driving part；340, the second binder component；341, the second pressing plate；342, the second pressing plate driving part；350, positioning element；
351, positioning plate；352, Locating driver component；360, material component is moved；361, flitch is moved；362, material driving part is moved；3621,
One moves material driving element；3622, second material driving element is moved；370, folding material component；371, folded sheet；372, driving portion is folded
Part；400, material device is inserted；410, support frame；420, plate；430, material driving part is inserted；500, sewing device；600, hopper is set.
Specific embodiment
To facilitate the understanding of the present invention, a more comprehensive description of the invention is given in the following sections with reference to the relevant attached drawings.In attached drawing
Give presently preferred embodiments of the present invention.But the invention can be realized in many different forms, however it is not limited to this paper institute
The embodiment of description.On the contrary, purpose of providing these embodiments is keeps the understanding to the disclosure more thorough
Comprehensively.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.
Unless otherwise defined, all technical and scientific terms used herein and belong to technical field of the invention
The normally understood meaning of technical staff is identical.Term as used herein in the specification of the present invention is intended merely to description tool
The purpose of the embodiment of body, it is not intended that in the limitation present invention.Term as used herein "and/or" includes one or more phases
Any and all combinations of the listed item of pass.
Shown in Figure 1, the present embodiment relates to a kind of cut-parts folding sewing mechanism 10.
Shown in Figure 1, above-mentioned cut-parts fold sewing mechanism 10 and include board 100, air intake device 200, move material device
300, instruction device, insert material device 400, sewing device 500, set hopper 600 and control device.Above-mentioned control device can be with
Using PLC.
Shown in Figure 1, board 100 is equipped with work top 110.Work top 110 is equipped with sewing station.Board 100
Bottom have multiple castors 120.Multiple castors 120 enable to entire board 100 mobile.
Also have the formed there are two recessed portion for placing for cut-parts referring to shown in Fig. 1 and Fig. 2, on work top 110
One air draught area 111 and the second air draught area 112.First air draught area 111 and the second air draught area 112 have multiple wind inlets.
There is air intake device 200 suction ventilator 220 and aspiration channel 210, suction ventilator 220 to be connected to board 100, suction ventilator
220 are connected to the wind inlet in the first air draught area 111 and the second air draught area 112 by aspiration channel 210.Control device electrically connects
It is connected to suction ventilator 220.
Referring to material device 300 shown in Fig. 1, Fig. 3 and Fig. 4, is moved there is Mobile base 310, mobile driving part 320, first to press
Expect component 330, the second binder component 340, positioning element 350, move material component 360 and folding material component 370.
Mobile driving part 320 is located on board 100 and is connected to Mobile base 310.Mobile driving part 320 is for driving
Mobile base 310 is horizontally and vertically mobile relative to work top 110.Control device is electrically connected at mobile driving part 320.
Instruction device has color-changing lamp (illustrating in attached drawing).Color-changing lamp is located on board 100, color-changing lamp direction work
Table top 110 is for issuing the light for being close to position for cut-parts to work top 110.Control device is electrically connected at color-changing lamp.
Shown in Figure 1, inserting material device 400 has support frame 410, plate 420 and inserts material driving part 430.Support
Frame 410 is connected to board 100.Material driving is inserted to be located on support frame 410 and be connected to plate 420.Material driving part 430 is inserted to be located at
On support frame 410, and insert the top that material driving part 430 is located at work top 110.Control device, which is electrically connected at, inserts material driving
Component 430.
It is shown in Figure 2, have in the first air draught area 111 and inserts hopper 113.Insert the long axis and folded sheet 371 of hopper 113
Long axis is parallel.Inserting material driving part 430 can drive plate 420 to be inserted into hopper 113.Plate 420 can will be located at first
Cut-parts in air draught area 111 are brought into slotting hopper 113, so that the edge of cut-parts tilts.
Shown in Figure 4, moving material component 360 has shifting flitch 361 and moves material driving part 362.Move material driving part
362 are located on Mobile base 310 and are connected to shifting flitch 361.
Moving material driving part 362 can drive that move flitch 361 mobile to push down the cut-parts on work top 110 and can be by
Cut-parts are moved in the first air draught area 111.In the present embodiment, moving material driving part 362 has first to move material driving element
3621 and second move material driving element 3622.First, which moves material driving element 3621, is located in the second shifting material driving element 3622,
First shifting material driving element 3621, which is connected to, moves flitch 361 for driving shifting flitch 361 to move along vertical direction.
Second, which moves material driving element 3622, is located on Mobile base 310, and second, which moves material driving element 3622, can drive first
Moving material driving element 3621 drives shifting flitch 361 to move in the horizontal direction.Control device is electrically connected at the first shifting material driving member
Part 3621 and the second shifting material driving element 3622.
Referring to shown in Fig. 3 and Fig. 4, folding material component 370 has folded sheet 371 and folds driving part 372.Fold driving
Component 372 is located on Mobile base 310 and is connected to folded sheet 371 for driving folded sheet 371 along 110 direction of work top
First air draught area 111 is mobile, and folded sheet 371 can will protrude from the edge fold of the cut-parts in the first air draught area 111.Control device
It is electrically connected at and folds driving part 372.
Referring to shown in Fig. 3 and Fig. 4, folded sheet 371 is parallel with work top 110, when folded sheet 371 is in reset state
When, folded sheet 371 is located at the outside in the first air draught area 111.
First binder component 330 has the first pressing plate 331 and the first pressing plate driving part 332.Have on first pressing plate 331
There is sewing channel 3311.Control device is electrically connected at the first pressing plate driving part 332.
Referring to shown in Fig. 3 and Fig. 4, the first pressing plate driving part 332 is located on Mobile base 310 and is connected to the first pressing plate
331.First pressing plate driving part 332 pushes down the cut-parts in the first air draught area 111 and energy for driving the first pressing plate 331 mobile
Enough cut-parts is driven to be moved to sewing at sewing station.After cut-parts sewing, the first pressure of the first pressing plate driving part 332 driving
Plate 331 drives cut-parts to be moved in the second air draught area 112.
Referring to shown in Fig. 3 and Fig. 4, the second binder component 340 has the second pressing plate 341 and the second pressing plate driving part
342.Second pressing plate driving part 342 is located on Mobile base 310 and is connected to the second pressing plate 341 for driving the second pressing plate
341 is mobile to push down the cut-parts in the second air draught area 112.Control device is electrically connected at the second pressing plate driving part 342.
Referring to shown in Fig. 3 and Fig. 4, positioning element 350 has positioning plate 351 and Locating driver component 352.Locating driver
Component 352 is located on the second pressing plate driving part 342 and is connected to positioning plate 351 for driving positioning plate 351 to be moved to the
In cut-parts in two air draught areas 112.Control device is electrically connected at Locating driver component 352.
Shown in Figure 1, sewing device 500 is located on board 100.Second pressing plate driving part 342 drives the second pressing plate
341 drive cut-parts are moved at sewing station.Sewing device 500 can be along the edge seam of positioning plate 351 in sewing work
Cut-parts at position.Control device is electrically connected at sewing device 500.
It is shown in Figure 1, it sets hopper 600 and is connected to board 100 for placing cut-parts.
The cut-parts that the present embodiment is related to fold sewing mechanism 10 in the sewing for cut-parts, relate to a kind of cut-parts folding
Sewing method.A kind of cut-parts folding sewing method, includes the following steps:
The cut-parts for being surrounded by plain item are placed in the first air draught area 111 on work top 110, and the edge to be folded of cut-parts
Protrude from the first air draught area 111.
Control device control moves the first pressing plate driving part 332 driving first of the first binder component 330 of material device 300
Pressing plate 331 is mobile to push down the cut-parts in the first air draught area 111.
Cut-parts are sucked by the wind inlet air draught in the first air draught area 111.
Control device control inserts material driving part 430 and plate 420 is driven to be inserted into hopper 113, and plate 420 can be by position
It is brought into slotting hopper 113 in the cut-parts in the first air draught area 111, so that the edge of cut-parts tilts.
Control device control folds driving part 372 and drives folded sheet 371 along work top 110 towards the first air draught area
111 is mobile, the edge fold that folded sheet 371 can tilt the cut-parts for protruding from the first air draught area 111 to the inside of cut-parts, with
It realizes the folding at cut-parts edge, and realizes and encase plain item.
Control device controls the first pressing plate driving part 332 and drives the first pressing plate 331 mobile to drive the first air draught area 111
Interior cut-parts are moved at sewing station.
After control device control sewing device 500 is folded by 3311 sewing of sewing channel having on the first pressing plate 331
Cut-parts.
Control device controls the first pressing plate driving part 332 and drives the first pressing plate 331 mobile to drive at sewing station the
Cut-parts after sewing are moved in the second air draught area 112, and control device controls the first pressing plate driving part 332 driving first
Pressing plate 331 resets, and the cut-parts after first time sewing are sucked by the wind inlet air draught in the second air draught area 112.
The second binder component 340 that control device control moves material device 300 drives the second pressing plate 341 mobile to push down second
Cut-parts in air draught area 112 after first time sewing, control device control Locating driver component 352 drive positioning plate 351 to be moved to
In cut-parts in second air draught area 112 after first time sewing；Control device controls the second binder component 340 and drives the second pressing plate
Cut-parts in 341 the second air draught areas 112 of mobile drive after first time sewing are moved again at sewing station.
Control device controls sewing device 500 along edge sanction of the seam at sewing station again of positioning plate 351
Piece.
The cut-parts that the present embodiment is related to fold sewing mechanism 10, and sewing station is equipped on work top 110 and is used for sewing
The sewing of device 500.Also has the first air draught area 111 formed there are two recessed portion for placing for cut-parts on work top 110
And the second air draught area 112, the first air draught area 111 and the second air draught area 112 are for adsorbing the sanction of fixed bit in the inner
Piece is fixed by air draught, saves manpower.By the first pressing plate driving portion for moving the first binder component 330 that material device 300 has
Part 332 drives the first pressing plate 331 mobile to push down the cut-parts in the first air draught area 111, and the edge to be folded of cut-parts will after tilting
It is folded towards the middle part of cut-parts, realizes the folding at the edge of cut-parts；First pressing plate driving part 332 drives the first pressing plate 331
To drive the cut-parts in the first air draught area 111 to be moved at sewing station, sewing device 500 passes through on the first pressing plate 331 for movement
The folded cut-parts of 3311 sewing of sewing channel having；Realize the automation sewing at the folded edge of cut-parts.
First pressing plate driving part 332 drives the first pressing plate 331 mobile to drive at sewing station after first time sewing
Cut-parts are moved in the second air draught area 112, and the sanction after first time sewing is sucked by the wind inlet air draught in the second air draught area 112
Piece.
The the second binder component 340 for moving material device 300 drives the second pressing plate 341 mobile to push down in the second air draught area 112
Cut-parts after first time sewing, Locating driver component 352 drive positioning plate 351 to be moved to the first train in the second air draught area 112
In cut-parts after seam；Second binder component 340 drives the second pressing plate 341 is mobile to drive first time sewing in the second air draught area 112
Cut-parts afterwards are moved again at sewing station, sewing device 500 along positioning plate 351 edge sewing cut-parts again.
The cut-parts of the present embodiment fold sewing mechanism 10 for cut-parts edge fold SEWING SEQUENCE (packet cut-parts Piao) and cut-parts
Secondary two processes of SEWING SEQUENCE (fortune cut-parts) are combined into one, and packet cut-parts Piao and fortune cut-parts two procedures is complete by an equipment
At changing and completed the production method of this two procedures respectively by two workers, two equipment in the past, improve production effect
Rate mitigates the labor intensity of worker, saves the time, saves manpower.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
The embodiments described above only express several embodiments of the present invention, and the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to guarantor of the invention
Protect range.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (10)
1. a kind of cut-parts fold sewing mechanism characterized by comprising
Board, the board are equipped with work top, and the work top is equipped with sewing station, also has on the work top
Two recessed portions form the first air draught area and the second air draught area for placing for cut-parts, first air draught area and described
Second air draught area has multiple wind inlets；
Material device is moved, the shifting material device has the first binder component, the second binder component and positioning element；First pressure
Expect that component has the first pressing plate and the first pressing plate driving part, there is sewing channel, first pressure on first pressing plate
Plate driving part is located on the board and is connected to first pressing plate, and the first pressing plate driving part is described for driving
First pressing plate is mobile to be moved to the sewing to push down the cut-parts in first air draught area and be able to drive the cut-parts
Sewing at station, after the cut-parts sewing, the first pressing plate driving part is driven described in the first pressing plate drive
Cut-parts are moved in second air draught area；The second binder component has the second pressing plate and the second pressing plate driving part,
The second pressing plate driving part is located on the board and is connected to second pressing plate for driving second pressing plate
Movement is to push down the cut-parts in second air draught area；The positioning element has positioning plate and Locating driver component,
The Locating driver component is located on the second pressing plate driving part and is connected to the positioning plate with described fixed for driving
Position plate is moved in the cut-parts in second air draught area；And
Sewing device, the sewing device are located on the board, and the second pressing plate driving part drives second pressing plate
The cut-parts are driven to be moved at the sewing station, the sewing device can be described in the edge sewing along the positioning plate
The cut-parts at sewing station.
2. cut-parts according to claim 1 fold sewing mechanism, which is characterized in that the shifting material device, which also has, moves material portion
Part；
With moving flitch and moving material driving part, the shifting material driving part is located on the board and connects the shifting material component
It is connected to the shifting flitch, the shifting material driving part can drive the shifting flitch mobile to push down the institute on the work top
It states cut-parts and the cut-parts can be moved in first air draught area.
3. cut-parts according to claim 2 fold sewing mechanism, which is characterized in that it further include instruction device, the instruction
Device has color-changing lamp, and the color-changing lamp is located on the board, and the color-changing lamp is towards the work top to be used for institute
It states work top and issues the light for being used for being close to position for the cut-parts.
4. cut-parts according to claim 2 fold sewing mechanism, which is characterized in that the shifting material device also has folding material portion
Part；
The folding material component has folded sheet and folds driving part, and the folding driving part is located on the board and connects
The folded sheet is connected to for driving the folded sheet to move along the work top towards first air draught area, it is described
Folded sheet can will protrude from the edge fold of the cut-parts in first air draught area.
5. cut-parts according to claim 4 fold sewing mechanism, which is characterized in that the folded sheet and the work top
In parallel, when the folded sheet is in reset state, the folded sheet is located at the outside in first air draught area.
6. cut-parts according to claim 4 fold sewing mechanism, which is characterized in that the shifting material device also has Mobile base
And mobile driving part, the mobile driving part are located on the board and are connected to the Mobile base, the mobile drive
Dynamic component is for driving the Mobile base mobile；
Driving part, the folding driving portion are expected in the first pressing plate driving part, the second pressing plate driving part, the shifting
Part is each provided on the Mobile base.
7. cut-parts according to claim 6 fold sewing mechanism, which is characterized in that further include inserting material device, the slotting material
Device has plate and inserts material driving part, and the slotting material driving part is located on the board and is connected to the plate；
Have in first air draught area and insert hopper, the long axis of the slotting hopper is parallel with the long axis of the folded sheet；It is described to insert
Material driving part can drive the plate to be inserted into the slotting hopper, and the plate can will be located in first air draught area
The cut-parts bring into the slotting hopper so that the edge of the cut-parts tilts.
8. cut-parts according to claim 7 fold sewing mechanism, which is characterized in that further include support frame, support frame as described above
It is connected to the board, the slotting material driving part is located on support frame as described above, and the slotting material driving part is located at the work
Make the top of table top.
9. cut-parts according to any one of claims 1 to 8 fold sewing mechanism, which is characterized in that it further include setting hopper,
The hopper of setting is connected to the board for placing cut-parts.
10. a kind of cut-parts fold sewing method, which comprises the steps of:
The cut-parts for being surrounded by plain item are placed in the first air draught area on work top, and the edge to be folded of the cut-parts protrudes from
First air draught area；
The the first pressing plate driving part for moving the first binder component of material device drives the first pressing plate mobile to push down described first and inhale
The cut-parts in wind area；
The cut-parts are sucked by the wind inlet air draught in first air draught area, by it after the edge to be folded tilting of the cut-parts
It folds towards the middle part of the cut-parts to encase plain item；
The first pressing plate driving part drives the first pressing plate mobile to drive the cut-parts in first air draught area mobile
To sewing station, sewing device passes through the folded cut-parts of sewing channel sewing that have on first pressing plate；
The first pressing plate driving part drives the first pressing plate mobile to drive the institute at the sewing station after first time sewing
It states cut-parts to be moved in the second air draught area, the first pressing plate driving part drives the first pressing plate to reset, and inhales by described second
The wind inlet air draught in wind area is sucked the cut-parts after first time sewing；
The second binder component for moving material device drives second pressing plate mobile to push down first in second air draught area
The cut-parts after secondary sewing, Locating driver component driving positioning plate are moved in second air draught area after first time sewing
In the cut-parts；The second binder component drives second pressing plate is mobile to drive first time sewing in second air draught area
The cut-parts afterwards are moved again at the sewing station；
The sewing device along the positioning plate the edge cut-parts at sewing station described in sewing again.
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| CN105970497B true CN105970497B (en) | 2019-03-12 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106436046B (en) * | 2016-11-18 | 2021-12-24 | 广东溢达纺织有限公司 | Sewing machine |
| CN106436057B (en) * | 2016-11-24 | 2022-01-14 | 广东溢达纺织有限公司 | Cut-parts positioning mechanism |
| CN106436047B (en) * | 2016-11-24 | 2021-12-24 | 广东溢达纺织有限公司 | Sleeve side sewing mechanism |
| CN106436058B (en) * | 2016-11-24 | 2022-02-22 | 广东溢达纺织有限公司 | Automatic sewing stretcher mechanism |
| CN109594206B (en) * | 2017-09-30 | 2021-08-06 | 杰克缝纫机股份有限公司 | Sewing equipment and method for processing neckline/cuffs |
| CN109594226A (en) * | 2017-09-30 | 2019-04-09 | 杰克缝纫机股份有限公司 | A kind of adsorption structure of cut-parts sewing Scissoring device |
| CN109695101A (en) * | 2017-10-20 | 2019-04-30 | 杰克缝纫机股份有限公司 | The feed mechanism and sewing machine of sewing machine |
| CN111705438A (en) * | 2020-07-10 | 2020-09-25 | 广东溢达纺织有限公司 | Auxiliary cutting piece folding device and cutting piece processing equipment |
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