CN105133195B - A kind of inkle loom with press material structure - Google Patents
A kind of inkle loom with press material structure Download PDFInfo
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- CN105133195B CN105133195B CN201510606040.5A CN201510606040A CN105133195B CN 105133195 B CN105133195 B CN 105133195B CN 201510606040 A CN201510606040 A CN 201510606040A CN 105133195 B CN105133195 B CN 105133195B
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- presser feet
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- ribbon
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Abstract
The invention discloses a kind of inkle loom with press material structure, including sewing mechanism, material guide mechanism, material folding mechanism and the presser foot device being arranged in XY feeding mounting seat, it is characterized in that: presser foot device includes the first presser feet for fixing flap, for fixing the second presser feet of ribbon on flap, for assisting the 3rd presser feet of the second presser feet binder and for driving the first cylinder of the first presser feet binder, for driving the second binder cylinder of the second presser feet binder, for the second telescopic cylinder driving the second presser feet and the second binder cylinder to seesaw, for driving the 3rd cylinder of the 3rd presser feet binder；First presser feet and the 3rd presser feet are arranged side by side, and the second presser feet is between the first presser feet and the 3rd presser feet, by the first presser feet, the second presser feet and the 3rd presser feet Automated condtrol, it is achieved the binder requirement in the processing of special style ribbon ring.
Description
Technical field
The present invention relates to the inkle loom of a kind of processing ribbon ring of sewing, a kind of inkle loom with press material structure.
Background technology
In shoes and hats dress ornament and household field, it will usually some ribbon rings of sewing on product.On upper of a shoe, such as sew on ribbon ring, be used for wearing shoestring；Curtain is sewed on ribbon ring, it is simple to hang curtain；Sew on ribbon ring at hat brim and facilitate put on ornamental tape.Existing ribbon ring is processed, and is manually to be pulled out by the ribbon of rolling by workman, is cut into isometric ribbon section, is then bent by the head of ribbon and engage one ribbon ring of composition with belt body sewing.Owing to being all manual operations, it is impossible to ensureing crudy, and human cost is high, working (machining) efficiency is low.
On sport shoes, sneakers, it usually needs the ribbon ring of a kind of special style of sewing on flap, these ribbon ring two ends fold and are fixed on the lingual surface of flap, but the sewing thread trace of one end is in the inside of ribbon ring, and the sewing thread trace of the other end is in the outside of ribbon ring.The flap ribbon ring of this kind of pattern only has one end stitching exposed outside, and process requirements the most aesthetic in appearance is bigger.
Patent of invention title: a kind of inkle loom, the patent No.: 201310720604.9 disclose a kind of inkle loom, including material guide mechanism, material folding mechanism and feed mechanism, material folding mechanism includes the stack gripper shoe being fixedly installed, the binder part being arranged over moving up and down in stack gripper shoe, be provided with the folding material cylinder that can move up and down in the side of stack gripper shoe, the drive rod of folding material cylinder connects the folding flitch having energy horizontal movement, binder part and folding material cylinder and is driven up and down motion by a stacking cylinder.Although inkle loom disclosed in above-mentioned patent can automatically complete guide, stack and deliver to the function of sewing position, but cannot process the ribbon ring of above-mentioned special style on flap.
Summary of the invention
The presser foot device that the present invention is directed to existing inkle loom automatization cannot meet the sewing processing request of special style ribbon ring, and provides a kind of inkle loom with press material structure, realizes automatization's binder and control in automatization's course of processing of special style ribbon ring.
The present invention solves the technical scheme that above-mentioned technical problem used: a kind of inkle loom with press material structure, including sewing mechanism, material guide mechanism, material folding mechanism and the presser foot device being arranged in XY feeding mounting seat.Presser foot device includes the first presser feet for fixing flap, for fixing the second presser feet of ribbon on flap, for assisting the 3rd presser feet of the second presser feet binder and for driving the first cylinder of the first presser feet binder, for driving the second binder cylinder of the second presser feet binder, for the second telescopic cylinder driving the second presser feet and the second binder cylinder to seesaw, for driving the 3rd cylinder of the 3rd presser feet binder；First presser feet and the 3rd presser feet are arranged side by side, and the second presser feet is between the first presser feet and the 3rd presser feet.
For optimizing technique scheme, present invention additionally comprises the technical scheme of following improvement.
Above-mentioned XY feeding mounting seat is fixed with the second presser feet mounting seat, and the second presser feet mounting seat is provided with the seat that is slidably installed that can move along the longitudinal direction；Second telescopic cylinder is fixed in the second presser feet mounting seat, and the drive rod of the second telescopic cylinder is connected with the seat that is slidably installed.
The second above-mentioned binder cylinder is arranged on and is slidably installed on seat, and drive rod and second presser feet of the second binder cylinder are connected.
The second above-mentioned presser feet is arranged on by the first axis of rotation and is slidably installed on seat；Second presser feet has can the front end of binder and the tail end that connects with the second binder cylinders.
The first above-mentioned rotating shaft is provided with and drives the second presser feet to rotate the torsion spring resetted.
Above-mentioned XY feeding mounting seat is fixed with presser feet and installs arm, and the first presser feet is slidably arranged in presser feet and installs on the first guide rail of arm, and presser feet is installed arm and is provided with the first connector that can rotate；One end of first connector connects with the first cylinders, and the other end drives the first presser feet on the first guide rail to move up and down.
The 3rd above-mentioned presser feet is slidably arranged in presser feet and installs on the second guide rail of arm, and presser feet is installed arm and is provided with the 3rd connector that can rotate；One end of 3rd connector connects with the 3rd cylinders, and the other end drives the 3rd presser feet on the 3rd guide rail to move up and down.
The first above-mentioned cylinder controls the first presser feet and pushes down flap, and the head of ribbon section is transported to below the second presser feet and the 3rd presser feet, the second presser feet and the 3rd presser feet lift the first presser feet after pushing down the ribbon g. slice header on flap；After fixing with flap sewing for the ribbon between the second presser feet and the 3rd presser feet, the 3rd air cylinder driven the 3rd presser feet lifts, and the afterbody of ribbon section is folded to below the first presser feet, and is pushed down ribbon by the first presser feet；It is fixing that ribbon fixing for first presser feet and flap are delivered to sewing at sewing position by XY feeding mounting seat.
Compared with prior art, a kind of inkle loom with press material structure of the present invention, it is provided with the first presser feet, the second presser feet and the 3rd presser feet, the fixing of flap is realized by the first presser feet, second presser feet and the 3rd presser feet cooperate, realize ribbon fixing, by the first presser feet, the second presser feet and the 3rd presser feet Automated condtrol on flap, it is achieved the binder requirement in the processing of special style ribbon ring.
Accompanying drawing explanation
Fig. 1 is the perspective view of the present invention.
Fig. 2 is the head section structural representation in Fig. 1.
Fig. 3 is the assembling decomposing schematic representation of Fig. 2.
Fig. 4 is the structural representation of presser foot device in Fig. 2.
Fig. 5 is the structural representation of the material folding mechanism in Fig. 1.
Fig. 6 is the assembling decomposing schematic representation of Fig. 5.
Fig. 7 is the structural representation of the material guide mechanism in Fig. 1.
Fig. 8 is the working state schematic representation of the presser foot device of the present invention.
Fig. 9 is the ribbon ring structure schematic diagram of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiments of the invention are described in further detail.
Fig. 1 to Fig. 9 show the structural representation of the present invention.
Reference therein is: the first presser feet 1, first cylinder 11, first guide rail 12, first connector 13, second presser feet 2, second binder cylinder 21, second telescopic cylinder 22, be slidably installed seat 23, second presser feet mounting seat 24, first rotating shaft 25, torsion spring 26, 3rd presser feet 3, 3rd cylinder 31, XY feeding mounting seat 4, presser feet installs arm 41, material-handling rod 5, rotating driver 51, material folding cylinder 52, flat-removing air cyclinder 53, blowing cylinder 54, spring leaf 55, blowing drive rod 56, mounting bracket 6, mounting seat 61, translating rails 62, direction guiding rail 63 front and back, translation mounting seat 64, second rotating shaft 65, first stitching 71, second stitching 72, charging motor 81, cutting knife 82, blank cylinder 83, charging cylinder 84.
The ribbon ring pattern of the processing of the present invention is as it is shown in figure 9, the head of ribbon ring is fixing with flap sewing by the first stitching 71.The afterbody of ribbon ring is turned to opposite side, then is folded to by afterbody inside ribbon ring, fixing by the second stitching 72 sewing.
As it is shown in figure 1, a kind of inkle loom with press material structure of the present invention, including sewing mechanism, material guide mechanism, material folding mechanism and the presser foot device being arranged in XY feeding mounting seat 4.Sewing mechanism can use known pattern sewing machine structure, and including head, eedle, end shuttle and XY feed mechanism, XY feed mechanism is moved in X-direction and Y-direction by XY feeding mounting seat 4, make eedle sew on material set stitching.
As shown in Figures 2 to 4, presser foot device includes the first presser feet 1 for fixing flap, for fixing the second presser feet 2 of ribbon on flap, for assisting the 3rd presser feet 3 of the second presser feet 2 binder and for driving the first cylinder 11 of the first presser feet 1 binder, for driving the second binder cylinder 21 of the second presser feet 2 binder, for the second telescopic cylinder 22 driving the second presser feet 2 and the second binder cylinder 21 to seesaw, for driving the 3rd cylinder 31 of the 3rd presser feet 3 binder.First presser feet 1 and the 3rd presser feet 3 are arranged side by side, and the second presser feet 2 is between the first presser feet 1 and the 3rd presser feet 3.
XY feeding mounting seat 4 is fixed with the second presser feet mounting seat 24, and the second presser feet mounting seat 24 is provided with the seat 23 that is slidably installed that can move along the longitudinal direction.Second telescopic cylinder 22 is fixed in the second presser feet mounting seat 24, and the drive rod of the second telescopic cylinder 22 is connected with the seat 23 that is slidably installed.
Second binder cylinder 21 is arranged on and is slidably installed on seat 23, and drive rod and second presser feet 2 of the second binder cylinder 21 are connected.Second binder cylinder 21 can drive the binder end of the second presser feet 2 to lift or depress.
In the present embodiment, the second presser feet 2 rotates to be arranged on by the first rotating shaft 25 and is slidably installed on seat 23.Second presser feet 2 has can the front end of binder and the tail end that is connected with the second binder cylinder 21.Being driven the second presser feet 2 to rotate by the second binder cylinder 21, just front end is lifted or is depressed.
Second binder cylinder 21 can be two-way cylinder, it is also possible to be one-way cylinder.When second binder cylinder 21 is two-way cylinder, the front end of the second presser feet 2 can be driven to depress, the front end of the second presser feet 2 can be driven again to lift.In a preferred embodiment, the second binder cylinder 21 is one-way cylinder, controls the second presser feet 2 rotation and makes front end move downward binder；First rotating shaft 25 is provided with and drives the second presser feet 2 to rotate the torsion spring 26 resetted, when the second binder cylinder 21 does not works, kept the lifting status of the second presser feet 2 by torsion spring 26.
XY feeding mounting seat 4 is fixed with presser feet and installs arm 41, and the first presser feet 1 is slidably arranged in presser feet and installs on the first guide rail 12 of arm 41, and presser feet is installed arm 41 and is provided with the first connector 13 that can rotate.One end of first connector 13 is connected with the first cylinder 11, and the other end drives the first presser feet 1 on the first guide rail 12 to move up and down.First cylinder 11 drives the first connector 13 to rotate, and the first connector 13 front end can drive the slide block on the first guide rail 12 to move up and down, so that the first presser feet 1 being arranged on slide block moves up and down.
3rd presser feet 3 is slidably arranged in presser feet and installs on the second guide rail of arm 41, and presser feet is installed arm 41 and is provided with the 3rd connector that can rotate.One end of 3rd connector is connected with the 3rd cylinder 31, and the other end drives the 3rd presser feet 3 on the 3rd guide rail to move up and down.
XY feeding mounting seat 4 is fixedly connected with retainer plate 42, and retainer plate 42 is controlled motion by XY feed mechanism.Flap is placed on retainer plate 42.
During presser foot device work, controlling the first presser feet 1 by the first cylinder 11 and push down flap, the head of ribbon section is transported to below the second presser feet 2 and the 3rd presser feet 3, the second presser feet 2 and the 3rd presser feet 3 lift the first presser feet 1 after pushing down the ribbon g. slice header on flap.After fixing with flap sewing for the ribbon between the second presser feet 2 and the 3rd presser feet 3, the 3rd cylinder 31 drives the 3rd presser feet 3 to lift, and the afterbody of ribbon section is folded to below the first presser feet 1, and is pushed down ribbon by the first presser feet 1.It is fixing that the first fixing ribbon of presser feet 1 and flap are delivered to sewing at sewing position by XY feeding mounting seat 4.
As shown in Figure 5 and Figure 6, material folding mechanism includes the blowing cylinder 54 that the flat-removing air cyclinder 53, that 52, one, the material folding cylinder that a rotating driver 51, being connected for clamping the material-handling rod 5, of ribbon end energy rotary folding material drives material-handling rod 5 and rotating driver 51 to seesaw drives material-handling rod 5 and rotating driver 51 to move left and right drives material-handling rod 5 to move up and down with material-handling rod 5.
Rotating driver 51 is rotated by the second rotating shaft 65 and is arranged in mounting bracket 6, and material-handling rod 5 is connected with the drive rod of rotating driver 51.
Blowing cylinder 54 is fixed in mounting bracket 6, and blowing cylinder 54 is provided with the blowing drive rod 56 driving the head of material-handling rod 5 to move up and down around the second rotating shaft 65.
Mounting bracket 6 is provided with the spring leaf 55 of resilient support rotating driver 51.Match with the drive rod of rotating driver 51 in the front end of spring leaf 55.When blowing cylinder 54 does not works, material-handling rod 5 is kept to be in lifting status.
Mounting bracket 6 is slidably mounted in translation mounting seat 64 by translating rails 62.In flat-removing air cyclinder 53 fixing translation mounting seat 64.
Material folding mechanism is provided with mounting seat 61, and translation mounting seat 64 is slidably mounted in mounting seat 61 by direction guiding rail 63 front and back.Material folding cylinder 52 for driving translation mounting seat 64 to seesaw is fixed on mounting seat 61.
Rotating driver 51 is preferably motor, can set the anglec of rotation of material-handling rod 5, it is also possible to be rotary cylinder.
Technical scheme can also do following deformation, and mounting bracket 6 is directly driven by material folding cylinder 52 and seesaws, and mounting bracket 6 and material folding cylinder 52 constitute entirety and moved left and right by flat-removing air cyclinder 53 driving.
During material folding mechanism work, material folding cylinder 52 drive material-handling rod 5 to move to ribbon end, make the afterbody of ribbon section snap in the material folding gap of material-handling rod 5.Flat-removing air cyclinder 53 drives the ribbon end clamped by material-handling rod 5 in left and right to movement.Rotating driver 51 controls material-handling rod 5 and rotates turnover ribbon end, is controlled material-handling rod by blowing cylinder 54 subsequently and presses for 5 times ribbon end is placed into the precalculated position below the first presser feet 1.
As shown in Figure 7, material guide mechanism includes the charging motor 81 being arranged on the feed lead rail fed on base, carrying preseting length ribbon section, will export the cutting knife 82 that ribbon section cuts and the blank cylinder 83 driving cutting knife 82 to work, and driving feeds the charging cylinder 84 that base moves.Ribbon is placed in feed lead rail, and is driven charging pinion rotation to make the length that ribbon output sets by charging motor 81.During work, first charging base is driven to move to flap by charging cylinder 84, the ribbon head making feed lead rail export is positioned on flap, and fixed by the second presser feet 2 and the 3rd presser feet 3, driven cutting knife 82 to cut ribbon section by blank cylinder 83 subsequently, and driven charging base to retreat by charging cylinder 84, make the tail end of ribbon section ride over the outlet of feed lead rail, after the tail end that material-handling rod 5 clamps forward ribbon section, charging cylinder 84 drives charging base to be fully retracted and close again.Charging cylinder 84 can be the air cylinder group being made up of two cylinders, can control to feed base and have the shift motion of double section.
The inkle loom job step of the present invention is as follows:
Step 1, by the first presser feet 1, flap is fixed on the sewing region of sewing mechanism；
Step 2, by material guide mechanism output preseting length ribbon section, the head of ribbon section is placed on flap；
Step 3, fixing the ribbon g. slice header on flap by the second presser feet 2 and the 3rd presser feet 3, clamp ribbon segment trailer by material-handling rod 5, the first presser feet 1 lifts simultaneously, and material guide mechanism retreats；
Step 4, the eedle of control sewing mechanism carry out, between the second presser feet 2 and the 3rd presser feet 3, fixing work of sewing；
Step 5, lifting the 3rd presser feet 3, drive ribbon segment trailer to move to below the first presser feet 1 by material-handling rod 5 translation, and control material-handling rod 5 and rotate and make the afterbody of ribbon section turn inside out to ribbon ring, duty is as shown in Figure 8；
Step 6, controlling the ribbon segment trailer that the first presser feet presses solidly after determining upset for 1 time, material-handling rod 5 retreats and withdraws from；
It is fixing that step 7, the first presser feet 1 move to sewing at eedle；
Step 8, the first presser feet 1 lift, and the second presser feet 2 retreats and withdraws from, the flap discharging sewed.
Highly preferred embodiment of the present invention illustrates, those of ordinary skill in the art the various changes made or remodeling are all without departing from the scope of the present invention.
Claims (8)
1. an inkle loom with press material structure, including sewing mechanism, material guide mechanism, material folding mechanism and the presser foot device being arranged on XY feeding mounting seat (4), it is characterized in that: described presser foot device includes the first presser feet (1) for fixing flap, for fixing second presser feet (2) of ribbon on flap, for assisting the 3rd presser feet (3) of the second presser feet (2) binder and for driving first cylinder (11) of the first presser feet (1) binder, for driving the second binder cylinder (21) of the second presser feet (2) binder, for the second telescopic cylinder (22) driving the second presser feet (2) and the second binder cylinder (21) to seesaw, for driving the 3rd cylinder (31) of the 3rd presser feet (3) binder；Described the first presser feet (1) and the 3rd presser feet (3) are arranged side by side, and described the second presser feet (2) is positioned between the first presser feet (1) and the 3rd presser feet (3).
A kind of inkle loom with press material structure the most according to claim 1, it is characterized in that: described XY feeding mounting seat (4) is fixed with the second presser feet mounting seat (24), the second described presser feet mounting seat (24) is provided with the seat that is slidably installed (23) that can move along the longitudinal direction；Described the second telescopic cylinder (22) is fixed in the second presser feet mounting seat (24), and the drive rod of the second telescopic cylinder (22) is connected with the seat that is slidably installed (23).
A kind of inkle loom with press material structure the most according to claim 2, it is characterized in that: the second described binder cylinder (21) is arranged on the seat that is slidably installed (23), drive rod and second presser feet (2) of the second binder cylinder (21) are connected.
A kind of inkle loom with press material structure the most according to claim 3, is characterized in that: described the second presser feet (2) is rotated by the first rotating shaft (25) and is arranged on the seat that is slidably installed (23)；Described the second presser feet (2) has can the front end of binder and the tail end that is connected with the second binder cylinder (21).
A kind of inkle loom with press material structure the most according to claim 4, is characterized in that: described the first rotating shaft (25) is provided with and drives the second presser feet (2) to rotate the torsion spring (26) resetted.
A kind of inkle loom with press material structure the most according to claim 5, it is characterized in that: described XY feeding mounting seat (4) is fixed with presser feet and installs arm (41), described the first presser feet (1) is slidably arranged in presser feet and installs on first guide rail (12) of arm (41), and described presser feet is installed arm (41) and is provided with the first connector (13) that can rotate；One end of described first connector (13) is connected with the first cylinder (11), and the other end drives the first presser feet (1) on the first guide rail (12) to move up and down.
A kind of inkle loom with press material structure the most according to claim 6, it is characterized in that: the 3rd described presser feet (3) is slidably arranged in presser feet and installs on the second guide rail of arm (41), and described presser feet is installed arm (41) and is provided with the 3rd connector that can rotate；One end of the 3rd described connector is connected with the 3rd cylinder (31), and the other end drives the 3rd presser feet (3) on the 3rd guide rail to move up and down.
8. according to a kind of inkle loom with press material structure described in claim 1 to 7 any claim, it is characterized in that: described the first cylinder (11) controls the first presser feet (1) and pushes down flap, the head of ribbon section is transported to the second presser feet (2) and the 3rd presser feet (3) lower section, the second presser feet (2) and the 3rd presser feet (3) lift the first presser feet (1) after pushing down the ribbon g. slice header on flap；After fixing with flap sewing for the ribbon between the second presser feet (2) and the 3rd presser feet (3), 3rd cylinder (31) drives the 3rd presser feet (3) to lift, the afterbody of ribbon section is folded to the first presser feet (1) lower section, and is pushed down ribbon by the first presser feet (1)；It is fixing that ribbon fixing for first presser feet (1) and flap are delivered to sewing at sewing position by XY feeding mounting seat (4).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510606040.5A CN105133195B (en) | 2015-09-22 | 2015-09-22 | A kind of inkle loom with press material structure |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510606040.5A CN105133195B (en) | 2015-09-22 | 2015-09-22 | A kind of inkle loom with press material structure |
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| CN105133195A CN105133195A (en) | 2015-12-09 |
| CN105133195B true CN105133195B (en) | 2016-08-17 |
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| CN106048914B (en) * | 2016-08-09 | 2019-06-25 | 厦门市宏迪机电设备有限公司 | The alignment structures of elastic seaming machine |
| CN106948097A (en) * | 2017-05-12 | 2017-07-14 | 宁波舒普机电股份有限公司 | A kind of sewing presser foot mechanism of ribbon |
| CN107574589A (en) * | 2017-09-29 | 2018-01-12 | 广东溢达纺织有限公司 | Stitch waist pleat cut-parts receiving mechanism |
| CN108130658B (en) * | 2017-12-28 | 2023-12-29 | 苏州匠博智能科技有限公司 | Wrapping band conveying and tail folding mechanism |
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Address after: 315100 Zhejiang city of Ningbo province Yinzhou District Jingu Road No. 219 Patentee after: Shupu Intelligent Technology Co.,Ltd. Address before: 315100 Zhejiang city of Ningbo province Yinzhou District Jingu Road No. 219 Patentee before: NINGBO SUPREME ELECTRONIC MACHINERY Inc. |
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