CN101649541A - Full-automatic sleeve cut folding and ironing machine - Google Patents
Full-automatic sleeve cut folding and ironing machine Download PDFInfo
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- CN101649541A CN101649541A CN200910075494A CN200910075494A CN101649541A CN 101649541 A CN101649541 A CN 101649541A CN 200910075494 A CN200910075494 A CN 200910075494A CN 200910075494 A CN200910075494 A CN 200910075494A CN 101649541 A CN101649541 A CN 101649541A
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Abstract
The invention relates to a full-automatic sleeve cut folding and ironing machine comprising a baseboard arranged on a frame, a folding-ironing-shaping device arranged at the middle of the upper end ofthe baseboard, an edge pressing device arranged at one side of the baseboard, a cut-part cabinet arranged at one side of the folding-ironing-shaping device at the upper end of the baseboard, a finished product cabinet arranged at the other side of the folding-ironing-shaping device at the upper end of the baseboard, a searing iron arranged at the top end of the frame, a sticky material-obtainingdevice which is arranged at the upper end of the baseboard, and a finished product obtaining device which is symmetrical with the sticky material-obtaining device and fixed at the other side of the frame, wherein two ends of the sticky material-obtaining device are fixed at two sides of the frame. When a transmission mechanism designed by the invention is adopted, cut parts can be added at one time, the batch production of sleeve cuts of various out-wearing shirts can be conducted, a great amount of labor is saved, and the productivity is greatly improved. Manual folding and ironing is adopted, each machine can satisfy the production requirement of two teams, and the accuracy is ensured by moulds so that high accuracy is achieved. The full-automatic sleeve cut folding and ironing machine overcomes the problems of low manual production accuracy, incomplete press ironing and the like.
Description
Technical field
The present invention relates to a kind of shirt full-automatic sleeve cut folding and ironing machine
Background technology
Present various standard is worn shirt outward, and production quantity is very big.Sleeve is made a slit or vent to make and is all adopted manual folding to scald, this procedure manual operations technical difficulty height, and production efficiency is low, and it is not high that folding scalds precision, makes quality and and do not ensure that often influence is produced, and causes the human and material resources waste, increases production cost.
Summary of the invention
The technical problem to be solved in the present invention provides a kind of making precision height, and folding scalds effective, produces the shirt full-automatic sleeve cut folding and ironing machine that production efficiency is high continuously automatically.
The present invention adopts following technical scheme:
The present invention includes the base plate that is arranged on the frame, the folding that is arranged on the base plate upper center scalds shaped device, be arranged on the flange fixing installation of base plate one side, the folding that is arranged on the base plate upper end scalds the cut-parts storehouse of shaped device one side, the folding that is arranged on the base plate upper end scalds the finished bin of shaped device opposite side, be arranged on the flatiron on frame top, the two ends that are arranged on base plate upper end be fixed on frame one side the viscosity take out device and with viscosity take out device symmetry be fixed on opposite side get the finished product device, described viscosity take out device comprises that two of being arranged on frame upper end one side get the material track, be arranged on and get making of material track upper end and get material and come and go cylinder and get the material crossbeam along getting material track back and forth movement, the getting material lift cylinder two ends that are arranged on the feeding crossbeam respectively are provided with to be fixed on to get and take off the material cylinder on the material mainboard, taking off of both sides expects that the cylinder lower end is respectively arranged with one and takes off the material crossbeam, take off the material crossbeam and be fixed in and take off material pawl upper end by 2 adjustable material connecting rods that take off respectively, get material mainboard lower end and get flitch by nut with the viscosity able to quickly change and be connected; The described finished product device of getting comprises that two of being arranged on frame upper end one side get the finished product track, are arranged on and get making of finished product track upper end and get finished product and come and go cylinder and get the finished product crossbeam along getting finished product track back and forth movement, be arranged on get on the finished product crossbeam get the finished product lift cylinder by cylinder connection piece with get the finished product mainboard and be connected, get finished product mainboard two ends and be provided with two and get finished product vacuum storehouse; Described folding scalds shaped device and comprises the flanging cylinder that is arranged on the base plate, the flanging cylinder, the flanging cylinder, the flanging cylinder, the flanged plate that links to each other with cylinder, the flanged plate that links to each other with cylinder, the flanged plate that links to each other with cylinder, the flanged plate that links to each other with cylinder, by fixing hole and a lead and the fixing Lower Hold of base plate, be socketed in the spring on the lead, be fixed on the active catch fabric swatch of lead upper end, be arranged on the electromagnet of Lower Hold one side, be arranged on the Lower Hold A district and the Lower Hold B district of active catch fabric swatch upper end, be arranged on several Lower Hold breeder tubes of Lower Hold A district and Lower Hold B district upper end, be arranged on the lifting projection in Lower Hold A district and Lower Hold B interval, be arranged on the flatiron lift cylinder on the frame, flatiron lift cylinder lower end is provided with flatiron, flatiron inside is provided with heater, and the flatiron upper end is provided with the flatiron steam cock; The cylinder connecting plate that described flange fixing installation comprises the base plate Connection Block that is arranged on base plate lower end one side, be arranged on flanging core lift cylinder on the base plate Connection Block, fixedly connected with the base plate Connection Block by flanging core lift cylinder, cylinder connecting plate one end is provided with flanging core A and flanging core B, flanging core A is connected with flanging core A cylinder by the cylinder connecting plate, flanging core B is connected with flanging core B cylinder by the cylinder connecting plate, and the secondary retaining fabric swatch cylinder that is arranged on the base plate is connected with secondary flanging retaining fabric swatch by connecting rod.
Good effect of the present invention is as follows: adopting the present invention to design transmission mechanism can disposable interpolation cut-parts, carry out in batches the making of making a slit or vent of each shirt sleeve of externally wearing type, utilize flange fixing installation and folding ironing device, save a large amount of manpowers, production efficiency improves a lot, adopt manual folding to scald, production teams and groups need 3-4 people, can look after many with the present invention 1 people, can produce for 2 teams and groups for every, the sleeve cut folding and ironing precision guarantees by mould, and is very accurate, overcome that to make precision by hand not high, press the problem of not waiting indefinitely of scalding, adopt the present invention to make and overcome the home built quality problems fully, improved production efficiency greatly, fully satisfied the outer production needs that pierce the formula shirt.
Description of drawings
Accompanying drawing 1 is structural representation of the present invention
Accompanying drawing 2 is base arrangement schematic diagram of the present invention
Accompanying drawing 3 is boiling hot shaped device, viscosity take out device schematic diagram for the present invention rolls over
Accompanying drawing 4 is got finished product device schematic diagram for the present invention
Accompanying drawing 5 is flange fixing installation structural scheme of mechanism of the present invention
Accompanying drawing 6 scalds the shaped device schematic diagram for the present invention rolls over
Accompanying drawing 7 is a secondary active catch fabric swatch working state schematic representation
Accompanying drawing 8 is take out device structural representation of the present invention
Accompanying drawing 9-1 is a take out device structural representation of the present invention
Accompanying drawing 9-2 splits structural representation for take out device part of the present invention
Accompanying drawing 10-1 takes off material system architecture schematic diagram for take out device of the present invention
Accompanying drawing 10-2 splits structural representation for take out device of the present invention takes off the material systematic part
Accompanying drawing 11-1 gets cut-parts system architecture schematic diagram for take out device of the present invention
Accompanying drawing 11-2 gets the cut-parts systematic part for take out device of the present invention and splits structural representation
Accompanying drawing 12 is got finished product apparatus structure schematic diagram for the present invention
Accompanying drawing 13 splits structural representation for the present invention gets the finished product apparatus parts
Accompanying drawing 14 splits structural representation for the present invention gets finished product apparatus main body part
Accompanying drawing 15 scalds 1 step of step the schematic diagram for the present invention rolls over
Accompanying drawing 16 scalds 2 step of step the schematic diagram for the present invention rolls over
Accompanying drawing 17 scalds 3 step of step the schematic diagram for the present invention rolls over
Accompanying drawing 18 scalds 4 step of step the schematic diagram for the present invention rolls over
Accompanying drawing 19 scalds 5 step of step the schematic diagram for the present invention rolls over
Accompanying drawing 20 scalds 6 step of step the schematic diagram for the present invention rolls over
Accompanying drawing 21 scalds 7 step of step the schematic diagram for the present invention rolls over
Accompanying drawing 22 scalds 8 step of step the schematic diagram for the present invention rolls over
Accompanying drawing 23 scalds 9 step of step the schematic diagram for the present invention rolls over
Accompanying drawing 24 scalds the 1st step of principle analysis schematic diagram for the present invention rolls over
Accompanying drawing 25 scalds the 2nd step of principle analysis schematic diagram for the present invention rolls over
Accompanying drawing 26 scalds the 3rd step of principle analysis schematic diagram for the present invention rolls over
Accompanying drawing 27 is got 1 step of finished product step the schematic diagram for the present invention
Accompanying drawing 28 is got 2 step of finished product step the schematic diagram for the present invention
Accompanying drawing 29 is got 3 step of finished product step the schematic diagram for the present invention
In the accompanying drawings: 1 base plate, 2 Lower Holds, 3 active catch fabric swatch, 4 flanging cylinders, 5 flanged plates, 6 flanging cylinders, 7 flanged plates, 8 flanging cylinders, 9 flanged plates, 10 flanging cylinders, 11 flanged plates, 12 secondary flangings retaining fabric swatch, 13 connecting rods, 14 secondaries retaining fabric swatch cylinder, 15 flanging core A, 16 flanging core B, 17 cut-parts storehouses, 18 finished bin, 19 get the material mainboard, 20 viscosity able to quickly change are got flitch, 21 get the material lift cylinder, 22 take off the material cylinder, 23 get the material crossbeam, 24 get the material track, 25 get material comes and goes cylinder, 26 flatiron lift cylinders, 27 flatirons, 28 flatiron steam cocks, 29 heaters, 31 get finished product comes and goes cylinder, 32 get the finished product crossbeam, 33 get the finished product lift cylinder, 34 get finished product vacuum storehouse, 36, the base plate Connection Block, 37 flanging core lift cylinders, 38 flanging core B cylinders, 39 flanging core A cylinders, 40 cylinder connecting plates, 41 Lower Hold breeder tubes, 42 leads, 43 springs, 44 electromagnet, 45 fixing holes, 46 Lower Hold A districts, 47 Lower Hold B districts, 48 lifting projections, 49 cut-parts, 50 nuts, the 51 adjustable material connecting rods that take off, 52 take off the material pawl, 53 take off the material crossbeam, 54 get the finished product track, 55 get the finished product mainboard, 56 cylinder connection pieces, 57 active edges storehouses, 80 foldings scald shaped device, 81 viscosity take out devices, 82 get the finished product device, 83 frames, 84 flange fixing installations.
The specific embodiment
As accompanying drawing 1, shown in 2, the present invention includes the base plate 1 that is arranged on the frame 83, the folding that is arranged on base plate 1 upper center scalds shaped device 80, be arranged on the flange fixing installation 84 of base plate 1 one sides, the folding that is arranged on base plate 1 upper end scalds the cut-parts storehouse 17 of shaped device 80 1 sides, the folding that is arranged on base plate 1 upper end scalds the finished bin 18 of shaped device 80 opposite sides, be arranged on the flatiron 27 on frame top, the two ends that are arranged on base plate 1 upper end are fixed on the viscosity take out device 81 of frame 83 1 sides and get finished product device 82 with viscosity take out device 81 symmetries are fixed on opposite side
As accompanying drawing 1,8,9-1,9-2,10-1,10-2,11-1, shown in the 11-2, described viscosity take out device 81 comprises that two of being arranged on frame 83 upper ends one side get material track 24, be arranged on and get making of material track 24 upper ends and get material and come and go cylinder 25 and get material crossbeam 23 along getting material track 24 back and forth movements, getting material lift cylinder 21 two ends that are arranged on the feeding crossbeam 23 respectively are provided with 1 and are fixed on to get and take off material cylinder 22 on the material mainboard 19, taking off of both sides expects that cylinder 22 lower ends are respectively arranged with one and take off material crossbeam 53, take off material crossbeam 53 and be fixed in and take off material pawl 52 upper ends by 2 adjustable material connecting rods 51 that take off respectively, get material mainboard 19 lower ends and get flitch 20 by nut 50 and viscosity able to quickly change and be connected.
Shown in accompanying drawing 1,4,12,13,14, the described finished product device 82 of getting comprises that two of being arranged on frame 83 upper ends one side get finished product track 54, are arranged on and get making of finished product track 54 upper ends and get finished product and come and go cylinder 31 and get finished product crossbeam 32 along getting finished product track 54 back and forth movements, be arranged on get on the finished product crossbeam 32 get finished product lift cylinder 33 by cylinder connection piece 56 with get finished product mainboard 55 and be connected, get finished product mainboard 55 two ends and be provided with two and get finished product vacuum storehouse 34.
As accompanying drawing 1,2,3,4, shown in 6, described folding scalds shaped device 80 and comprises the flanging cylinder 4 that is arranged on the base plate 1, flanging cylinder 6, flanging cylinder 8, flanging cylinder 10, the flanged plate 5 that links to each other with cylinder 4, the flanged plate 7 that links to each other with cylinder 6, the flanged plate 9 that links to each other with cylinder 8, the flanged plate 11 that links to each other with cylinder 10,6 Lower Holds 2 that lead 42 is fixed by fixing hole 45 and base plate 1, be socketed in the spring 43 on the lead 42, be fixed on the active catch fabric swatch 3 of lead 42 upper ends, be arranged on the electromagnet 44 of Lower Hold 2 one sides, several Lower Hold breeder tubes 41 that active catch fabric swatch 3 upper ends are arranged on Lower Hold A district 46 and Lower Hold B district 47 and are arranged on Lower Hold A district 46 and 47 upper ends, Lower Hold B district, be arranged on the lifting projection 48 in 47 in Lower Hold A district 46 and Lower Hold B district, be arranged on the flatiron lift cylinder 26 on the frame 83, flatiron lift cylinder 26 lower ends are provided with flatiron 27, flatiron 27 inside are provided with heater 29, and flatiron 27 upper ends are provided with flatiron steam cock 28.
As accompanying drawing 1,5, shown in 7, described flange fixing installation 84 comprises the base plate Connection Block 36 that is arranged on base plate 1 lower end one side, be arranged on the flanging core lift cylinder 37 on the base plate Connection Block 36, the cylinder connecting plate 40 of fixedlying connected with base plate Connection Block 36 by flanging core lift cylinder 37, cylinder connecting plate 40 1 ends are provided with flanging core A15 and flanging core B16, flanging core A15 is connected with flanging core A cylinder 39 by cylinder connecting plate 40, flanging core B16 is connected with flanging core B cylinder 38 by cylinder connecting plate 40, and the secondary retaining fabric swatch cylinder 14 that is arranged on the base plate 1 is connected with secondary flanging retaining fabric swatch 12 by connecting rod 13.
It is as follows to get the cut-parts step shown in accompanying drawing 1,2,8,9-1,9-2,10-1,10-2,11-1,11-2: behind this device start, will move by the program of setting successively.Getting material cylinder 21 drives and is connected the viscosity able to quickly change of fixedly getting on the material mainboard 19 and gets flitch 20 and move downward to glue and get material.Rise then and get back to original position.Come and go cylinder 25 and drive and get material crossbeam 23 and move to directly over the Lower Hold 2 by getting material along getting material track 24.In this motion process, detect and whether stickingly to get cut-parts, get and continue next action, do not get then the first element that automatically returns to beginning by programme-control and get material again, cut-parts are descended be placed on the Lower Hold 2 by getting material cylinder 21.By taking off material cylinder 22 cut-parts are got flitch 20 disengagements from viscosity, be placed on the Lower Hold 2, and the connection vacuum holds cut-parts.Take off material cylinder 22, get material cylinder 21, get material and come and go cylinder 25 and get back to original position successively, finish picking and placeing the cut-parts action.
Shown in accompanying drawing 8,9-1,9-2,10-1,10-2,11-2,12,13,14,15,16,17,18,19,20,21,22,23, the boiling hot step of cut-parts 49 foldings is as follows:
The first step:
Cut-parts 4 are put on the Lower Hold 2;
Second step:
Lower Hold 2 is connected vacuum, flanging core A15, flanging core B16 compacting cut-parts 49 to Lower Hold 2, the perk obliquely of cut-parts 49 4 limits.
The 3rd step:
Flanged plate 5, flanged plate 7, flanged plate 9, flanged plate 11 will expose cut-parts 49 foldings of Lower Hold 2 and perk obliquely and and temporarily push down.
The 4th step:
Flanged plate 5, flanged plate 7, flanged plate 9, flanged plate 11 were recalled after flatiron 27 declines gently were pressed onto on flanged plate 5, flanged plate 7, flanged plate 9, the flanged plate 11, drove cut-parts 49 recession that fold to simultaneously, up to being blocked by active edges storehouse 57.
The 5th step:
Flatiron 27 weight cut-parts, 49 spraying steams also vacuumize cut-parts 49 are pressed and scald into semi-finished product.
The 6th step:
Flanging core A15 push down semi-finished product half, Lower Hold B district 47 spray upwards that vapour will not push down second half start obliquely.
The 7th step:
Second half cut-parts 49 foldings that flanged plate 11 will blow afloat and are temporarily pushed down.
The 8th step:
The 9th step:
The cut-parts 49 that flatiron 27 weight are rolled well, spraying steam also vacuumizes typing, and flatiron 27 is recalled, and production process is finished in cut-parts 49.
Shown in accompanying drawing 8,9-1,9-2,10-1,10-2,11-2,12,13,14,24,25,26, cut-parts 49 hem dimensions precision are by Lower Hold 2 and active edges storehouse 57 common guarantee, as long as mould and die accuracy is constant, the dimensional accuracy of flanging can not change yet, thereby has fundamentally guaranteed cut-parts 49 hem dimensions precision; Secondary hem dimensions precision is by Lower Hold B district 47, and active edges storehouse 57 parts and secondary flanging keep off fabric swatch 12 common guarantee.Only otherwise be damaged or heavy wear, secondary hem dimensions precision has just had assurance; Cut-parts 49 are withdrawn from flanged plate 5, flanged plate 7, flanged plate 9, flanged plate 11 and are finished through light pressure of flatiron 27, after guaranteeing dimensional accuracy and location action, flatiron 27 weight are (when air pressure is 0.5MPa, flatiron weight pressure can reach 80kg), simultaneously spraying steam, vacuumize, the cut-parts 49 of rolling the limit well and meeting dimensional accuracy are finalized the design.
Shown in accompanying drawing 12,13,14,27,28,29, get material lift cylinder 21 and descend and drive the able to quickly change viscosity and get flitch 20, rise to original position after adhering to cut-parts 49, finish the action of only getting a slice.By picking and placeing round cylinder 25 drives of material Lower Hold 2 tops are delivered in cut-parts 49, got 21 times general who has surrendered's cut-parts 49 of material lift cylinder and be pressed onto on the Lower Hold 2.Take off material cylinder 22 descend push down cut-parts 49 and will with get that material lift cylinder 21 links to each other get upwards jack-up of material mainboard 19, reach and take off the material range and be fixed on the able to quickly change viscosity of getting on the material mainboard 19 then and get upwards rise of flitch 20.Finish and cut-parts 49 are got flitch 20 from able to quickly change viscosity peel off and press action on Lower Hold 2.The round cylinder 31 of finished product will be got finished product lift cylinder 33 and cut-parts 49 tops that are positioned in the Lower Hold B district 47 are delivered in the coupled finished product vacuum storehouse 34 of getting by getting after boiling hot the finishing of secondary folding of cut-parts 49.Get finished product lift cylinder 33 descend push down cut-parts 49 after, start vacuum, utilization is got many apertures that finished product vacuum storehouse 34 distributes and finished product is held and is risen, by after getting finished product and coming and going cylinder 31 and deliver to finished bin 18, get finished product and come and go cut-parts 49 that 31 times generals who has surrendered of cylinder get and presses to fold successively and be placed in the finished bin 18, finish and put finished product and move.
Adopting the present invention to carry out the make a slit or vent making, production efficiency of each shirt sleeve of externally wearing type improves a lot, adopt manual folding to scald, production teams and groups need 3-4 people, can look after many with the present invention 1 people, can produce for 2 teams and groups for every, the sleeve cut folding and ironing precision is guaranteed by mould, very accurate, overcome that to make precision by hand not high, press the problem of not waiting indefinitely of scalding, adopt the present invention to make and overcome the home built quality problems fully, improved production efficiency greatly, fully satisfied the outer production needs that pierce the formula shirt.
Claims (1)
1, a kind of full-automatic sleeve cut folding and ironing machine, it is characterized in that it comprises the base plate (1) that is arranged on the frame (83), the folding that is arranged on base plate (1) upper center scalds shaped device (80), be arranged on the flange fixing installation (84) of base plate (1) one side, the folding that is arranged on base plate (1) upper end scalds the cut-parts storehouse (17) of shaped device (80) one sides, the folding that is arranged on base plate (1) upper end scalds the finished bin (18) of shaped device (80) opposite side, be arranged on the flatiron (27) on frame top, the two ends that are arranged on base plate (1) upper end be fixed on frame (83) one sides viscosity take out device (81) and with viscosity take out device (81) symmetry be fixed on opposite side get finished product device (82), described viscosity take out device (81) comprises that two of being arranged on frame (83) upper end one side get material track (24), be arranged on and get making of material track (24) upper end and get material and come and go cylinder (25) and get material crossbeam (23) along getting material track (24) back and forth movement, getting material lift cylinder (21) two ends that are arranged on the feeding crossbeam (23) respectively are provided with 1 and are fixed on to get and take off material cylinder (22) on the material mainboard (19), taking off of both sides expects that cylinder (22) lower end is respectively arranged with one and takes off material crossbeam (53), take off material crossbeam (53) and be fixed in and take off material pawl (52) upper end by 2 adjustable material connecting rods (51) that take off respectively, get material mainboard (19) lower end and get flitch (20) by nut (50) and viscosity able to quickly change and be connected; The described finished product device (82) of getting comprises that two of being arranged on frame (83) upper end one side get finished product track (54), are arranged on and get making of finished product track (54) upper end and get finished product and come and go cylinder (31) and get finished product crossbeam (32) along getting finished product track (54) back and forth movement, be arranged on get on the finished product crossbeam (32) get finished product lift cylinder (33) by cylinder connection piece (56) with get finished product mainboard (55) and be connected, get finished product mainboard (55) two ends and be provided with two and get finished product vacuum storehouse (34); Described folding scalds shaped device (80) and comprises the flanging cylinder (4) that is arranged on the base plate (1), flanging cylinder (6), flanging cylinder (8), flanging cylinder (10), the flanged plate (5) that links to each other with cylinder (4), the flanged plate (7) that links to each other with flanging cylinder (6), the flanged plate (9) that links to each other with flanging cylinder (8), the flanged plate (11) that links to each other with flanging cylinder (10), by fixing hole (45) and 6 leads (42) and the fixing Lower Hold (2) of base plate (1), be socketed in the spring (43) on the lead (42), be fixed on the active catch fabric swatch (3) of lead (42) upper end, be arranged on the electromagnet (44) of Lower Hold (2) one sides, be arranged on the Lower Hold A district (46) and the Lower Hold B district (47) of active catch fabric swatch (3) upper end, be arranged on several Lower Hold breeder tubes (41) of Lower Hold A district (46) and Lower Hold B district (47) upper end, be arranged on the lifting projection (48) between Lower Hold A district (46) and Lower Hold B district (47), be arranged on the flatiron lift cylinder (26) on the frame (83), flatiron lift cylinder (26) lower end is provided with flatiron (27), flatiron (27) inside is provided with heater (29), and flatiron (27) upper end is provided with flatiron steam cock (28); Described flange fixing installation (84) comprises the base plate Connection Block (36) that is arranged on base plate (1) lower end one side, be arranged on the flanging core lift cylinder (37) on the base plate Connection Block (36), the cylinder connecting plate (40) of fixedlying connected with base plate Connection Block (36) by flanging core lift cylinder (37), cylinder connecting plate (40) one ends are provided with flanging core A (15) and flanging core B (16), flanging core A (15) is connected with flanging core A cylinder (39) by cylinder connecting plate (40), flanging core B (16) is connected with flanging core B cylinder (38) by cylinder connecting plate (40), and the secondary retaining fabric swatch cylinder (14) that is arranged on the base plate (1) is connected with secondary flanging retaining fabric swatch (12) by connecting rod (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100754949A CN101649541B (en) | 2009-09-24 | 2009-09-24 | Full-automatic sleeve cut folding and ironing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100754949A CN101649541B (en) | 2009-09-24 | 2009-09-24 | Full-automatic sleeve cut folding and ironing machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101649541A true CN101649541A (en) | 2010-02-17 |
| CN101649541B CN101649541B (en) | 2011-04-13 |
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ID=41671858
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009100754949A Active CN101649541B (en) | 2009-09-24 | 2009-09-24 | Full-automatic sleeve cut folding and ironing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101649541B (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103005762A (en) * | 2012-07-30 | 2013-04-03 | 际华三五零二职业装有限公司 | Hot-pressing device for uniform pocket cloth folding hot-pressing machine |
| CN105671922A (en) * | 2016-03-31 | 2016-06-15 | 广东溢达纺织有限公司 | Automatically foldable ironing system |
| CN105970587A (en) * | 2016-07-19 | 2016-09-28 | 广东溢达纺织有限公司 | Automatic folding and ironing device and method |
| CN107811343A (en) * | 2017-11-30 | 2018-03-20 | 广东溢达纺织有限公司 | Automatically fixed plain device |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1620949A (en) * | 2004-12-10 | 2005-06-01 | 江帆 | Garment kick pleat moulding process |
| EP1978148B1 (en) * | 2007-04-03 | 2010-08-11 | Sankosha Engineering Co., Ltd. | Shirt finishing machine |
-
2009
- 2009-09-24 CN CN2009100754949A patent/CN101649541B/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103005762A (en) * | 2012-07-30 | 2013-04-03 | 际华三五零二职业装有限公司 | Hot-pressing device for uniform pocket cloth folding hot-pressing machine |
| CN103005762B (en) * | 2012-07-30 | 2015-08-19 | 际华三五零二职业装有限公司 | A kind of pressing device of uniform diaper flanging pressing machine |
| CN105671922A (en) * | 2016-03-31 | 2016-06-15 | 广东溢达纺织有限公司 | Automatically foldable ironing system |
| CN105671922B (en) * | 2016-03-31 | 2018-04-10 | 广东溢达纺织有限公司 | Auto-folder ironing system |
| CN105970587A (en) * | 2016-07-19 | 2016-09-28 | 广东溢达纺织有限公司 | Automatic folding and ironing device and method |
| CN107811343A (en) * | 2017-11-30 | 2018-03-20 | 广东溢达纺织有限公司 | Automatically fixed plain device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101649541B (en) | 2011-04-13 |
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Denomination of invention: Full-automatic sleeve cut folding and ironing machine Effective date of registration: 20161019 Granted publication date: 20110413 Pledgee: Agricultural Bank of China Limited by Share Ltd Jingxing branch Pledgor: Jihua 3502 Career Apparel Co., Ltd. Registration number: 2016130000019 |
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