CN105887369B - A kind of clothing multifunctional tailoring machine - Google Patents
A kind of clothing multifunctional tailoring machine Download PDFInfo
- Publication number
- CN105887369B CN105887369B CN201610415033.1A CN201610415033A CN105887369B CN 105887369 B CN105887369 B CN 105887369B CN 201610415033 A CN201610415033 A CN 201610415033A CN 105887369 B CN105887369 B CN 105887369B
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- China
- Prior art keywords
- flanging
- ironing
- shaft
- sewing
- fixed plate
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Classifications
-
- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05B—SEWING
- D05B37/00—Devices incorporated in sewing machines for slitting, grooving, or cutting
- D05B37/04—Cutting devices
- D05B37/08—Cutting devices with rotatable tools
-
- 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
-
- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05B—SEWING
- D05B37/00—Devices incorporated in sewing machines for slitting, grooving, or cutting
- D05B37/02—Slitting or grooving devices
Abstract
The invention discloses a kind of clothing multifunctional tailoring machines, including rack and control system, workbench and rotating mechanism are provided in rack, multiple workspaces are provided on workbench, rotating mechanism includes turntable, turntable is arranged in the middle part of workbench, the first rotating shaft rotated with turntable is vertically arranged on turntable, first rotating shaft is made of the section of several equal parts, section number is equal with workspace number, each section bottom, which is connect by Y-axis transmission mechanism with turntable, realizes that section is mobile in Y-direction on turntable, the second shaft is horizontally arranged on each section, several different working groups for using function are provided in second shaft, several working groups are respectively uniformly distributed using the second shaft as axis to be fixed in the second shaft and is located at right above workbench, function switch is realized by the rotation of the second shaft between working group；The present invention combines multiple working groups using rotating mechanism, realizes function selection diversification, automatically working.
Description
Technical field
The present invention relates to Garment Technology fields, more particularly, to one kind there is the sewing of single layer non-ironing flange, bilayer to exempt from
Scald the clothing multifunctional tailoring machine exempted from flanging sewing, open the functions such as bag.
Background technique
Currently, in ready-made clothes manufacture field, process it is especially cumbersome, first by sewing pkt. flap for: past method is bag
Two pieces of cloth of lid are just facing front and are balancing, and a line along pkt. flap shape is then stitched on bottom surface, and professional call, which is named, presses concealed wire,
Then front is turned over again along one line of side seam, pressure open-wire line, such process has pressure concealed wire, trimming side, turns over professional call
Angle, pressure open-wire line etc., low efficiency is nonstandard；Take away for bag again: present bag-opening machine all uses the form of crosspointer, for difference
The pocket of width will change various sizes of needle position, relatively time-consuming bothersome.
Summary of the invention
In order to solve above-mentioned prior art problem, the present invention provides a kind of functional diversities, operation automation, labor is saved
Power, the clothing multifunctional tailoring machine for improving working efficiency.
The technical solution of the present invention is as follows: a kind of clothing multifunctional tailoring machine, including rack and control system, in the rack
It is provided with workbench and rotating mechanism, multiple workspaces are provided on workbench, the rotating mechanism includes turntable, turntable setting
Be vertically arranged in the middle part of workbench, on turntable with turntable rotate first rotating shaft, first rotating shaft by several equal parts section structure
At section number is equal with workspace number, and each section bottom is connect by Y-axis transmission mechanism with turntable, and each section is logical
It crosses Y-axis transmission mechanism and is implemented in Y-direction movement on turntable, be horizontally arranged with the second shaft on each section, be all provided in the second shaft
Several different working groups for using function are equipped with, several working groups are respectively uniformly distributed as axis using the second shaft and are fixed on second
In shaft and it is located at right above workbench, function switch, the turntable, Y is realized by the rotation of the second shaft between working group
Shaft transmission and the second shaft are controlled by the control system to be rotated.
Preferably, working group of the present invention is 3, and respectively single layer non-ironing flange sewing work group, bilayer are non-ironing
Exempt from flanging sewing work group and Kai Dai working group.
The single layer non-ironing flange sewing work group includes supporter, single layer non-ironing flange mold, driving mechanism and single layer
Non-ironing flange shaping mechanism, supporter are square cylinder, are fixed in the second shaft, and driving mechanism is fixed on supporter and list
Layer non-ironing flange mold is drivingly connected, and single layer non-ironing flange mold includes the fixed plate set gradually from top to bottom, profiled sheeting, folding
Side fixed plate, fixed plate, profiled sheeting, flanging fixed plate three shape are similar to cloth shape to be stapled, single layer non-ironing flange
Shaping mechanism is used to extra cloth flanging pre-setting being fixed on the supporting body surface ipsilateral with single layer non-ironing flange mold
Above and it is located above single layer non-ironing flange mold.
The bilayer is non-ironing to exempt from flanging sewing work group and includes supporter, double-deck non-ironing exempts from flanging mold, driving machine
Structure and upper layer flanging shaping mechanism, supporter are square cylinder, are fixed in the second shaft, driving mechanism is fixed on supporter
It is drivingly connected with the double-deck non-ironing flanging mold of exempting from, the double-deck non-ironing flanging mold of exempting from includes the fixation set gradually from top to bottom
Plate, upper shaping plate, upper layer flanging fixed plate, lower layer's flanging fixed plate and lower layer's profiled sheeting, fixed plate, upper shaping plate, on
Layer flanging fixed plate, lower layer's flanging fixed plate and lower layer's profiled sheeting are similar to cloth shape to be stapled, upper layer flanging forming machine
Structure is used for extra cloth flanging pre-setting, is fixed on and non-ironing is exempted from the ipsilateral supporting body surface of flanging mold with double-deck
And it is located at double-deck non-ironing exempt from above flanging mold.
The Kai Dai working group includes supporter, opens bag mold and driving mechanism, and the supporter is fixed on the second shaft
On, the driving mechanism is fixed on supporter and opens a bag mold drive connection, and bag mold of opening is bag lip folder, bag lip clip pack
Include left and right bag lip folder.
The workbench is circle, and multiple workspaces on workbench successively include loading and unloading area, trimming area, flanging sizing
Area, sewing area.
The trimming area is provided with cutting mechanism, and cutting mechanism includes elevating mechanism, polyhedron rotary knife base and cuts support
Plate, the elevating mechanism are fixed on the rack, and the polyhedron rotary knife base and elevating mechanism are drivingly connected, the polyhedron rotation
The every cut away section for being provided with corresponding different operating group on one side and using of rotor seat, the supporting plate that cuts are fixed on workbench top and position
Immediately below cut away section.
The cut away section includes several combination knives, and the movement that is staggered between several combination knives is cut.
The flanging shaping area is provided with lower layer's flanging shaping mechanism.
The sewing area is provided with sewing machine, and sewing machine includes sewing top and sewing lower part, sews under top and sewing
Portion can be simultaneously along X-axis and Z-motion, and X-motion is the axial movement vertical with Y-axis transmission mechanism, Z-motion be with
The longitudinally perpendicular axial movement of workbench.
The invention has the benefit that
1, clothing multifunctional tailoring machine of the invention uses the combination of first rotating shaft, the second shaft and multiple working groups, more
A working group realizes mold switching by the second shaft, and can be needed onto a working area according to practical operation by the drive of turntable
Cycle operation clockwise or counterclockwise, circulation realizes the positive and negative conversion work of process clockwise or counterclockwise, and realization is first cut stitches afterwards
It (exempting to turn over open-wire line) or first stitches and cuts afterwards (vehicle concealed wire), single layer edgefold sewing, the double-deck hem seam can be achieved in itself rotating for the second shaft
The power and energy threaded, open bag etc., meets different process requirement, realizes the automatically working of different process operation processes, such as sews
Neck etc. on pkt. flap, shirt, secondly, existing machine only has the non-ironing out pocket for rolling over single layer, and the present invention stitches again after solving folding bilayer
The problem (being led on pkt. flap, shirt) threaded, it can be achieved that exempt from turn over it is non-ironing settle at one go, remove pressure concealed wire from, trim, turn over angle etc. in multiple
Between link, greatly improve efficiency, facilitate worker operation, save labour；Various sewing demands are applicable in simultaneously, such as the row of cotton dress
Line, the shade line of vehicle pkt. flap, the shade line of neck, out pocket on clothes open bag sewing etc., and functional diversities a, equipment can expire
The different use function of foot, had both reduced the cost payout of equipment while having reduced the occupied space of equipment；
2, first rotating shaft of the present invention is divided into multiple sections, and the second shaft is arranged in each section, realizes that multistation carries out simultaneously
Cycle operation, the design of rotating mechanism is so that machine operation is more compact more efficient；
3, the present invention using single layer non-ironing flange sewing work group, double-deck non-ironing exempt from flanging sewing work group and open a bag work
Make group, corresponding mold is set in each working group, substantially meets process required for pocket is processed, selected at any time convenient for operator
Use is selected, structure is simply, conveniently；
4, the present invention is provided with cutting mechanism on the table, realizes cutting automatically to cloth, reduces labor intensity, mention
High working efficiency；
5, the present invention is using cut away section combination knife design, so that complicated special-shaped cutter is more easy to manufacture, not by complicated abnormity
Knife limitation；
6, the present invention using single needle sew, each section by Y-axis track be arranged on turntable so that the second shaft and its
Working group above realizes that synchronous Y-axis is mobile, and the x-axis in conjunction with sewing machine is mobile, the bag of opening for any width that can accomplish to sew, and nothing
Palpus needle exchange position, simplifies process, improves working efficiency.
Detailed description of the invention
Fig. 1 is schematic diagram of the invention；
The position Fig. 2 Y-axis transmission mechanism schematic diagram of the present invention；
Fig. 3 is schematic side view of the present invention (structural schematic diagram for only illustrating a certain section of first rotating shaft)；
Fig. 4 is flanging fixed plate floor map of the present invention；
Fig. 5 is single layer non-ironing flange shaping mechanism schematic diagram of the present invention；
Fig. 6 is status diagram after flanging fixed plate flanging of the present invention；
Fig. 7 is that Kai Dai working group of the present invention opens a bag mold schematic diagram；
Fig. 8 is cutting mechanism schematic diagram of the present invention；
Fig. 9 is cut away section schematic diagram (face-up) of the present invention；
Figure 10 is the schematic diagram that workbench of the present invention is equipped with sewing die；
Figure 11 is the top view that sewing die is arranged on workbench of the present invention.
In figure, 1, workbench；11, loading and unloading area；12, area is trimmed；13, flanging shaping area；14, sewing area；2, turntable；
21, first rotating shaft；211, section；3, the second shaft；4, working group；41, single layer non-ironing flange sewing work group；411, it supports
Body；412, single layer non-ironing flange shaping mechanism；4121, lifting platform；4122, cylinder；4123, telescopic rod；4124, push rod；413,
First swing arm；414, the second swing arm；415, third swing arm；416, flanging fixed plate；4161, left folding side fixed plate；4162, right folding
Side fixed plate；4163, fixing seat；4164, the first sliding rail；4165；Second sliding rail；417, profiled sheeting；418, fixed plate；42, double
Layer is non-ironing to exempt from flanging sewing work group；43, Kai Dai working group；431, elevating lever；432, plate body；433, push plate；434, bag lip
Compression bar；435, pkt. flap compression bar；436, locating plate；437, cloth bar is received；5, cutting mechanism；51, elevating mechanism；52, polyhedron rotates
Tool apron；521, shaft；522, polyhedron tool apron；523, cut away section；5231, knife one is combined；5232, knife two is combined；5233, it combines
Knife three；5234, knife four is combined；5235, knife five is combined；52311, fixing seat；52312, cutter；52313, extensible member；
52314, lifting part；53, supporting plate is cut；6, delivery device；7, Y-axis transmission mechanism；71, orbital groove；72, Y-axis screw rod；；
101, press box；102, panel 103, cloth supporting plate；104, bottom plate.
Specific embodiment
The present invention is further elaborated with reference to the accompanying drawings and examples.
In conjunction with shown in Fig. 1 to Figure 11, a kind of clothing multifunctional tailoring machine, including rack and control system is arranged in rack
There are workbench 1 and rotating mechanism, multiple workspaces are provided on workbench, rotating mechanism includes turntable 2, and turntable 2 is arranged in work
Make in the middle part of platform, be vertically arranged with the first rotating shaft 21 rotated with turntable on turntable 2, first rotating shaft by several equal parts section 211
It constitutes, 211, section number is equal with workspace number, and each 211 bottom of section is connect by Y-axis transmission mechanism 7 with turntable 2, Y
Shaft transmission setting is avaled in plane of rotor disc, and Y-axis transmission mechanism includes transmission motor, two orbital grooves 71 and is located at track
Y-axis screw rod 72 among groove, two orbital grooves 71 and Y-axis screw rod 72 are parallel to each other, and transmission motor control Y-axis screw rod turns
Dynamic, each section is moved under the drive of Y-axis screw rod along orbital groove, realizes that Y-direction is mobile；Is horizontally arranged on each section
Two shafts 3 are provided with several different working groups 4 for using function in second shaft, and several working groups are using the second shaft as axis
Line, which is respectively uniformly distributed, to be fixed in the second shaft and is located at right above workbench, passes through the rotation of the second shaft between working group
Realize that function switch, turntable, Y-axis transmission mechanism and the second shaft are controlled by control system and rotated；
Specifically, 3 working groups are set in the second shaft of the present embodiment, and 3 working groups are respectively single layer non-ironing flange seam
Thread working group 41, double-deck non-ironing exempt from flanging sewing work group 42 and Kai Dai working group 43.
Single layer non-ironing flange sewing work group 41 is used for the processing of single layer cloth edgefold sewing, including supporter 411, single layer
Non-ironing flange mold, driving mechanism and single layer non-ironing flange shaping mechanism 412, supporter is square cylinder, is fixed on second turn
On axis, driving mechanism be fixed on supporter with single layer non-ironing flange mold be drivingly connected, single layer non-ironing flange mold include from
On the fixed plate 418, profiled sheeting 417, the flanging fixed plate 416 that set gradually down, fixed plate, profiled sheeting, flanging fixed plate three
Person's shape is similar to cloth shape to be stapled, and single layer non-ironing flange shaping mechanism is used for extra cloth flanging pre-setting,
It is fixed in the supporting body surface ipsilateral with single layer non-ironing flange mold and is located above single layer non-ironing flange mold；Driving machine
Structure is oscillating arm type lift mechanism, including fixing seat, arm shaft, swing arm and cylinder, fixing seat are fixed on supporter, and arm shaft is solid
It is scheduled in fixing seat, swing arm one end connection arm shaft is swung centered on arm shaft, and it is non-ironing that swing arm other end is fixedly connected with single layer
Flanging mold, cylinder are fixed in fixing seat for driving arm shaft to rotate, and arm shaft includes dead axle, the first transmission shaft, second
Transmission shaft and third transmission shaft, the first transmission shaft, second driving shaft and third transmission shaft be separately fixed on dead axle with dead axle at
Same axis, swing arm include the first swing arm 413, the second swing arm 414 and third swing arm 415,413 one end of the first swing arm affixed first
Transmission shaft, the affixed flanging fixed plate 416 of the other end, the fixed second driving shaft in 414 one end of the second swing arm, the affixed profiled sheeting of the other end
417, the affixed third transmission shaft in 415 one end of third swing arm, the affixed fixed plate 418 of the other end, cylinder independently controls the first biography
Moving axis, second driving shaft and the rotation of third transmission shaft, so that flanging fixed plate, profiled sheeting, fixed plate pass through first respectively
Swing arm, the second swing arm and third swing arm independence oscillating lifting, the first swing arm, the second swing arm and third swing arm are provided with foldable one
The overlapping portion risen, fixed plate, profiled sheeting, flanging fixed plate directly overlap realization superposition so that cloth to be processed is steady by swing arm
Gu on mold；Wherein, the second swing arm is affixed by telescopic rod and profiled sheeting, and profiled sheeting, which passes through telescopic rod, can bounce back a spacing
From sewing syringe needle and profiled sheeting bump against when preventing from sewing.
Wherein, flanging fixed plate 416 is open-close type flanging fixed plate, and flanging fixed plate includes symmetrical left folding side fixed plate
4161 and right folding side fixed plate 4162, left folding fixed plate in fixed plate and right folding passes through slide rail group respectively and connecting rod is fixed connects
It connects, slide rail group includes fixing seat 4163, the first sliding rail 4164 and the second sliding rail 4165, and the first sliding rail and the second sliding rail are in 45° angle
Fixing seat two sides are symmetricly set on, left folding side fixed plate is slidably connected with the first sliding rail, and right folding side fixed plate and the second sliding rail are sliding
Dynamic connection, left folding fixed plate in fixed plate and right folding are leaned on along the first sliding rail and the second sliding rail in opposite directions simultaneously by motor control
Nearly split；
Single layer non-ironing flange shaping mechanism 412 is made of multiple delivery devices 6 moved synchronously, and multiple delivery devices are fixed
On the support side on face, each delivery device includes lifting platform 4121, cylinder 4122 and push rod 4124, and cylinder is fixed on lifting platform
On, it is connected between cylinder and push rod by telescopic rod 4123, push rod adjusts adjustable height by lifting platform to ensure push rod to cloth
Expect to fit closely with cloth when flanging, the push rods of multiple delivery devices moved synchronously stretch out back wall at profiled sheeting outer edge
Consistent shape, when work, firstly, multiple push rods rise to designated position by lifting platform, push rod stretching, which surrounds, compares profiled sheeting
The bigger shape of shape, then, profiled sheeting is with cloth (cloth can be positioned at the anti-sliding stop in profiled sheeting upper surface with double-sided adhesive)
Pass through simultaneously with flanging fixed plate and pressed in swing arm, profiled sheeting is bonded with fixed plate, left folding fixed plate position in fixed plate and right folding
In multiple push rod peripheries, edge cloth is first pushed into profiled sheeting lower surface by push rod, realizes preliminary cloth flanging positioning, positioning
Afterwards, left folding fixed plate in fixed plate and right folding collapses split compacting and folding in 45° angle along the first sliding rail and the second sliding rail respectively
Cloth, flanging fixed plate execution rear push-rod exit reset by lifting platform decline, and fixed plate is pushed by the first swing arm to be connected
Band profiled sheeting and flanging fixed plate depress to above workbench together.
It is double-deck it is non-ironing exempt from processing of the flanging sewing work group 42 for double-layer cloth edgefold sewing, including it is supporter, double
Non-ironing flanging mold, driving mechanism and upper layer flanging shaping mechanism, the supporter of exempting from of layer is square cylinder, is fixed on the second shaft
On, driving mechanism is fixed on supporter to be drivingly connected with the double-deck non-ironing flanging mold of exempting from, and bilayer is non-ironing to exempt from flanging mold
Including the fixed plate, upper shaping plate, upper layer flanging fixed plate, lower layer's flanging fixed plate and the lower layer that set gradually from top to bottom at
Template, fixed plate, upper shaping plate, upper layer flanging fixed plate, lower layer's flanging fixed plate and lower layer's profiled sheeting and cloth to be stapled
Expect that shape is similar；Driving mechanism of the driving mechanism with single layer non-ironing flange sewing work group, fixed plate, upper shaping plate, upper layer
Flanging fixed plate, lower layer's flanging fixed plate, lower layer's profiled sheeting pass through driving mechanism independence oscillating lifting respectively and can closely be superimposed
So that cloth is firm；The flanging of flanging fixed plate and lower layer's flanging fixed plate structure and single layer non-ironing flange mold is solid at the middle and upper levels for it
Fixed board structure is the same；Lower layer's flanging shaping mechanism is fixed on and bilayer as single layer non-ironing flange shaping mechanism structure setting
It is non-ironing to exempt from the ipsilateral supporting body surface of flanging mold and be located at double-deck non-ironing exempt from above flanging mold.
Kai Dai working group 43 includes supporter, opens bag mold and driving mechanism, and supporter is fixed in the second shaft, described
Driving mechanism is fixed on supporter and opens a bag mold drive connection, and driving mechanism is lifting device, opens a bag mold and passes through lifting
Bar 431 is connect with lifting device, opens bag mold as bag lip folder, and bag lip folder includes that left and right bag lip presss from both sides, and left and right bag lip folder is distinguished
Including plate body 432, push plate 433, bag lip compression bar 434, pkt. flap compression bar 435, plate body is fixed on elevating lever, between push plate and plate body
By 436 slidable connection of locating plate, plate body side, which is provided with, receives cloth bar, receives cloth bar for reeling cloth automatically, bag lip compression bar and
Cloth bar the same end is being received in the setting of pkt. flap compression bar, when carrying out out bag work, is pressed from both sides fixing bag apron by bag lip and is carried out to sack
Sewing increases pkt. flap compression bar, directly sews with pkt. flap convenient for bag apron, and pkt. flap compression bar is received cloth bar and sewed for fixing pkt. flap
The bag apron having more is packed up after bag lip and for the sewing of subsequent processing or is cut.
Workbench 1 is circle, and multiple workspaces on workbench successively include that loading and unloading area 11, trimming area 12, flanging are fixed
Type area 13, sewing area 14.
Trimming area 12 is provided with cutting mechanism 5, and cutting mechanism 5 includes elevating mechanism 51, polyhedron rotary knife base 52 and cuts out
Supporting plate 53 is cut, elevating mechanism is fixed on the rack, and polyhedron rotary knife base is fixed by the bracket on elevating mechanism by elevator
Structure drives its up and down, and polyhedron rotary knife base includes shaft 521 and the polyhedron tool apron 522 with shaft rotation, this implementation
Example polyhedron tool apron 522 is hexahedron tool apron, the every cut away section for being provided with corresponding different molds on one side and using of hexahedron tool apron
523, each cut away section includes several combination knives, and several combination knives form structure similar with cloth shape to be cut, specifically,
The combination knife that the present embodiment is used to cut pkt. flap includes combination knife 1, combination knife 2 5232, combination knife 3 5233, combination knife
4 5234 and combination knife 5 5235, combination knife one, combination knife two, combination knife three, combination knife four and combination knife five respectively include
Fixing seat 52311, cutter 52312, extensible member 52313 and lifting part 52314, cutter are arranged in extensible member end, stretch
Contracting component is fixed on lifting part, and lifting part is fixed in fixing seat, alternate combination knife synchronous working；Cut supporting plate 53
Setting is square on the table and is located at immediately below cut away section, plays the role of chopping block；When working group moves as first rotating shaft rotates
It moves to trimming area, after the mold with cloth enters trimming area's station, control system control polyhedron rotary knife base is rotated to right
Should working group cut away section towards workbench, combine that knife one, combination knife three are synchronous with combination knife five to pass through lifting part decline
And station is entered by extensible member, elevating mechanism controls the decline of polyhedron rotary knife base, combination knife one, combination knife three and combination
Knife five from top to bottom simultaneously cuts cloth, cuts and removes extra cloth, and after cutting, elevating mechanism controls polyhedron rotation
Rotor seat rises, and combination knife one, combination knife three and combination knife five return to initial position, and combination knife two and combination knife four pass through lifting
Component, which declines and passes through extensible member, enters station, and elevating mechanism controls the decline of polyhedron rotary knife base, combines knife two and combination
Knife four simultaneously cuts cloth, cuts rear lifting mechanism control polyhedron rotary knife base and rises, combination knife returns to initial bit
It sets, working group leaves station and is moved to subsequent work area；This process cut that is staggered, which can avoid mutually colliding between cutter, to be made
At damage；Shape is similar to molding die shape after several combination knife combinations, i.e., similar to the forming shape of cloth to be processed.It cuts out
Cutting supporting plate, to play the role of chopping block outer, the cloth for not needing to cut can also be kept apart, for example, with trousers out pocket for, bagging is placed on
On profiled sheeting, trousers pieces of cloth are separated in the following, being equal to then trousers pieces of cloth are placed on chopping block, knife only cuts bagging.
Lower layer's flanging shaping mechanism is provided on 13 table top of flanging shaping area, lower layer's flanging shaping mechanism structure is exempted from single layer
It is identical with upper layer flanging shaping mechanism to scald flanging shaping mechanism, the difference is that its bracket is fixed on work top, under
Layer flanging shaping mechanism is to exempt from flanging when bilayer is non-ironing for being used cooperatively with the double-deck non-ironing flanging sewing work group of exempting from
When sewing work group enters flanging shaping area, upper layer flanging shaping mechanism and lower layer's flanging shaping mechanism are worked at the same time, specifically such as
Under: when work, upper layer flanging shaping mechanism, upper shaping plate and the work of the first flanging fixed plate are the same as single layer non-ironing flange sewer
Make group, while upper layer flanging shaping mechanism works, multiple push rods of lower layer's flanging shaping mechanism rise to finger by lifting platform
Positioning is set, and push rod, which stretches out, surrounds the shape more bigger than molding plate shape, and then, cloth is placed on the position that push rod surrounds, under
Formable layer plate and lower layer's flanging fixed plate are pushed by swing arm simultaneously, and lower layer's profiled sheeting is bonded with work top, and lower layer's flanging is solid
The left folding of fixed board fixed plate in fixed plate and right folding is located at multiple push rod peripheries, and edge cloth is first pushed on profiled sheeting by push rod
Preliminary cloth flanging positioning is realized on surface, after positioning, left folding in fixed plate and right folding fixed plate respectively along the first sliding rail and
Second sliding rail collapses split compacting and folding cloth in 45° angle, and flanging fixed plate execution rear push-rod is moved back by lifting platform decline
It resets out, fixed plate is pushed by the first swing arm, and 5 blocks of plates overlap pressure on the table together.
In the fixed plate of single layer non-ironing flange sewing work group and the double-deck non-ironing fixed plate for exempting from flanging sewing work group
On be respectively arranged with the apertures of several sprayable steam, be provided with the small of several sprayable steam on the table top of flanging shaping area
Hole, several apertures spray cloth with steam when carrying out flanging to cloth, and (aperture in fixed plate carries out downward
Steam is sprayed, the aperture on the table top of flanging shaping area carries out injection steam upward) realize more effectively sizing flanging.
Sewing area is provided with sewing machine head, and sewing machine includes sewing top and sewing lower part, sew top and sewing lower part
Can be simultaneously along X-axis and Z-motion, X-motion is the axial movement vertical with Y-axis transmission mechanism, and Z-motion is and work
Make the longitudinally perpendicular axial movement of platform, such setting, i.e. needle bar of sewing machine top and shuttle race lower part can synchronize x-axis movement, seam
It threads and is provided with a pin plate X on area's workbench to loose slot, in case the X of needle plate and needle is to movement；And Z axis movement is sewing machine
Upper and lower part can X-axis it is mobile while sewing machine top and the bottom also with sewing thread trace direction change and rotate, such as sewing one
A circle, then sewing machine top, lower part can be rotated with the variation in sewing circle direction, i.e., sewing machine can all be realized up and down
360 degree of rotation, such stitching are just more perfect；The section that first rotating shaft is located at sewing area can drive Y-direction to move by Y-axis transmission mechanism
The mobile sewer for the push of corresponding working group's mold being entered sewing area cooperation sewing machine of dynamic and then the second shaft Y-direction of drive
Make, realize X, Y, Z three-dimensional automatic sewing, sewing is more accurate, more automates.
Further, the sewing die for sewing is also set up on turntable, sewing die is fixed on first by press box 101
In shaft and covering can be rotated with turntable on the table and be rotated, and sewing die includes panel 102, cloth supporting plate from top to bottom
103 and bottom plate 104, correspondence offers several through slots compatible with suture on panel and bottom plate, passes through designed through slot
Shape can realize that style is sewed, such as diamond shape suture, rectangular suture, be suitable for a variety of different sewing demands.
Positioning sensing device is provided on multiple workspaces, after positioning sensing device senses that working group reaches station,
It transmits a signal to controller and pause rotation is done by controller control first rotating shaft.
First rotating shaft section of the present invention number is equal with workbench workspace number, i.e. the second shaft number and workbench work
It is equal to make area's number, realize multiple stations while working, improves working efficiency.
Further, clothing multifunctional tailoring machine of the invention can add working group according to actual needs, add work
Area.
The above, only presently preferred embodiments of the present invention, are not intended to limit the invention, all skills according to the present invention
Art any trickle amendment, equivalent replacement and improvement substantially to the above embodiments, should be included in technical solution of the present invention
Protection scope in.
Claims (10)
1. a kind of clothing multifunctional tailoring machine, including rack and control system, which is characterized in that be provided with work in the rack
Platform and rotating mechanism are provided with multiple workspaces on workbench, and the rotating mechanism includes turntable, and turntable is arranged in workbench
Portion is vertically arranged with the first rotating shaft rotated with turntable on turntable, and first rotating shaft is made of the section of several equal parts, section number
Equal with workspace number, each section bottom is connect by Y-axis transmission mechanism with turntable, and the Y-axis transmission mechanism setting is heavy
Under in plane of rotor disc, the Y-axis transmission mechanism includes transmission motor, two orbital grooves and the Y-axis among orbital groove
Screw rod, described two orbital grooves and the Y-axis screw rod are parallel to each other, and transmission motor control Y-axis screw rod rotation, each section exists
It is moved under the drive of Y-axis screw rod along orbital groove, realizes that Y-direction is mobile, be horizontally arranged with the second shaft on each section, second turn
Several different working groups for using function are provided on axis, several working groups are respectively uniformly distributed solid using the second shaft as axis
It is scheduled in the second shaft and is located at right above workbench, function switch, institute are realized by the rotation of the second shaft between working group
It states turntable, Y-axis transmission mechanism and the second shaft and rotation is controlled by the control system.
2. clothing multifunctional tailoring machine according to claim 1, which is characterized in that the working group is 3, respectively
Single layer non-ironing flange sewing work group double-deck non-ironing exempts from flanging sewing work group and Kai Dai working group.
3. clothing multifunctional tailoring machine according to claim 2, which is characterized in that the single layer non-ironing flange sewing work
Group includes that supporter, single layer non-ironing flange mold, driving mechanism and single layer non-ironing flange shaping mechanism, supporter are square column
Body is fixed in the second shaft, and driving mechanism is fixed on supporter to be drivingly connected with single layer non-ironing flange mold, and single layer is non-ironing
Flanging mold includes the fixed plate set gradually from top to bottom, profiled sheeting, flanging fixed plate, and fixed plate, profiled sheeting, flanging are fixed
Plate three shape is similar to cloth shape to be stapled, and single layer non-ironing flange shaping mechanism is fixed on and single layer non-ironing flange mold
In ipsilateral supporting body surface and it is located above single layer non-ironing flange mold.
4. clothing multifunctional tailoring machine according to claim 2, which is characterized in that the bilayer is non-ironing to exempt from flanging sewing
Working group include supporter, it is double-deck it is non-ironing exempt from flanging mold, driving mechanism and upper layer flanging shaping mechanism, supporter is rectangular
Cylinder is fixed in the second shaft, and driving mechanism is fixed on supporter to be drivingly connected with the double-deck non-ironing flanging mold of exempting from, double
The non-ironing flanging mold of exempting from of layer includes the fixed plate set gradually from top to bottom, upper shaping plate, upper layer flanging fixed plate, lower layer
Flanging fixed plate and lower layer's profiled sheeting, fixed plate, upper shaping plate, upper layer flanging fixed plate, lower layer's flanging fixed plate and lower layer
Profiled sheeting is similar to cloth shape to be stapled, and upper layer flanging shaping mechanism is fixed on and double-deck non-ironing to exempt from flanging mold ipsilateral
Supporting body surface on and be located at double-deck non-ironing exempt from above flanging mold.
5. clothing multifunctional tailoring machine according to claim 2, which is characterized in that the Kai Dai working group includes support
Body opens bag mold and driving mechanism, and the supporter is fixed in the second shaft, the driving mechanism be fixed on supporter with
It opens bag mold to be drivingly connected, for bag mold of opening for bag lip folder, bag lip folder includes that left and right bag lip presss from both sides.
6. clothing multifunctional tailoring machine according to claim 1, which is characterized in that the workbench is circle, the work
Making multiple workspaces on platform successively includes loading and unloading area, trimming area, flanging shaping area, sewing area.
7. clothing multifunctional tailoring machine according to claim 6, which is characterized in that the trimming area is provided with guillotine
Structure, cutting mechanism include elevating mechanism, polyhedron rotary knife base and cut supporting plate, and the elevating mechanism is fixed on the rack, institute
It states polyhedron rotary knife base and elevating mechanism is drivingly connected, the polyhedron rotary knife base is every to be provided with corresponding different operating on one side
The cut away section that group uses, the supporting plate that cuts are fixed on above workbench and are located at immediately below cut away section.
8. clothing multifunctional tailoring machine according to claim 7, which is characterized in that the cut away section includes several combinations
Knife, the movement that is staggered between several combination knives are cut.
9. clothing multifunctional tailoring machine according to claim 6, which is characterized in that the flanging shaping area is provided with lower layer
Flanging shaping mechanism.
10. clothing multifunctional tailoring machine according to claim 6, which is characterized in that the sewing area is provided with sewing machine,
Sewing machine includes sewing top and sewing lower part, and sewing top and sewing lower part can be simultaneously along X-axis and Z-motion, X axis fortune
It moves as the axial movement vertical with Y-axis transmission mechanism, Z-motion is the axial movement longitudinally perpendicular with workbench.
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| CN201610415033.1A CN105887369B (en) | 2016-06-14 | 2016-06-14 | A kind of clothing multifunctional tailoring machine |
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| CN105887369B true CN105887369B (en) | 2019-02-01 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107326548A (en) * | 2017-06-27 | 2017-11-07 | 苏州安岛缝纫机有限公司 | Double necktie automatic sewing machine |
| CN107761264B (en) * | 2017-11-30 | 2023-11-03 | 际华三五一五皮革皮鞋有限公司 | Rotary sewing template for decoration line of shoe upper part |
| CN107938179B (en) * | 2017-12-30 | 2023-04-21 | 申洲针织（安徽）有限公司 | Clothing label sewing equipment |
| CN110359187A (en) * | 2018-12-17 | 2019-10-22 | 常州智谷机电科技有限公司 | The liner feed device of Full-automatic cold folding sack filling machine |
| CN111455577A (en) * | 2020-04-09 | 2020-07-28 | 徐国海 | Patch pocket sewing machine |
| CN112853634B (en) * | 2020-12-29 | 2022-05-13 | 徐州力达缝纫设备制造有限公司 | Quick pocket replacing mechanism of sewing machine and working method thereof |
| CN113308806B (en) * | 2021-01-29 | 2022-07-22 | 温州固泰机械科技有限公司 | Automatic pocket patching machine |
| CN113322591A (en) * | 2021-01-29 | 2021-08-31 | 温州固泰机械科技有限公司 | High-efficient pocket patching machine of clothing |
| CN115262104B (en) * | 2022-08-10 | 2023-09-08 | 海宁金永和家纺织造有限公司 | Bandage processingequipment |
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