CN1419000A - Equipment and method for making pattern on one piece material - Google Patents
Equipment and method for making pattern on one piece material Download PDFInfo
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- CN1419000A CN1419000A CN 01137482 CN01137482A CN1419000A CN 1419000 A CN1419000 A CN 1419000A CN 01137482 CN01137482 CN 01137482 CN 01137482 A CN01137482 A CN 01137482A CN 1419000 A CN1419000 A CN 1419000A
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- pattern
- bearing
- making
- face component
- nose assembly
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Abstract
The present invention relates to an equipment for sewing penetrable material, the described equipment includes supporting seat for material to be sewed and machine head component, and said machine head component has a sewing head which can drive needle and thread and make them pass through the penetrable material positioned on the supporting seat, so that it can make a pattern on the penetrable material. Said supporting seat has a surface component, the material to be sewed can be placed on the surface component and positioned on its operation position. The surface component can be moved around first shaft relatively to sewing head, so that the material to be sewed can be allowed to be positioned again relatively to sewing head.
Description
Technical field
The present invention relates to for example flexible fabric and materials similar, related in particular to the method and apparatus of pattern-making controllably on this material.
Background technology
As everyone knows, by with the line sewing of various different colours and be coated with and add pigment or dyestuff etc., just can be on flexible material, for example pattern-making controllably on cloth, paper and the similar material.In a kind of sewing device, material by with nose assembly on the bearing that separates of sewing head supported.Material is tauted in a continuous segmental support, makes wait the to sew surface of material rest on substantially on the single X-Y plane in the segmental support girth.Along with the work of sewing head on X-Y plane mobile material, just can control the pattern of being sewed.
Though said method is that effectively it exists some intrinsic shortcomings.In any stage, the zone that can sew be limited in all that sewing head in the segmental support can enter and don't and the zone that interferes of segmental support in.
Some products are because its profile can't adopt this method to sew.For example, just be difficult to or can not on sleeve, sew in this way.Also sleeve can not be tightened and wherein one deck of sewing only.
In general, the pattern that adopts said method to form different colours need use the line of different colours dividually.This can finish by using sewing head separately to carry out sewing operation continuously.Perhaps, line can be changed on the single sewing head that can carry out sewing operation continuously.
In general, the equipment of this form has a controller that pre-sets program, to produce required pattern.The software that controller need be write specially, this software can't use on personal computer.
Summary of the invention
A kind of form of the present invention is to be used to sew the equipment of penetrable material.Described equipment comprises that one is used to support and waits to sew the bearing of material, and a nose assembly with sewing head, and sewing head can drive line and pin by the material to be sewed on the operating position that is positioned at bearing, and produces pattern on the material on the operating position.Bearing has a face component, and material to be sewed can be placed on this face component and be in operating position.The face component of bearing can around first with respect to sewing head motion, reorientate with respect to sewing head thereby allow to be in the material of sewing for the treatment of on the operating position.
The face component of bearing can be convex, can extend around first 360 degree ground.
The face component of bearing can be for cylindrical.
A kind of form of the face component of bearing is can be basically parallel to first with respect to sewing head to move on the first and second opposite directions.
Sewing head can move on the first and second opposite directions along the straight line that is substantially normal to first with respect to bearing.
A kind of form of described equipment comprises the driver that the face component that can make bearing is reorientated with respect to sewing head, operates the controller of this driver, and and the controller software of personal computer compatibility.
Printing ink in the first inking device can be coated onto sewing head and drive on the line pass the material of waiting to sew.
In one form, the printing ink in the first inking device has first kind of color.Also be provided with the second inking device, make printing ink in the first and second inking devices can optionally be coated onto sewing head and drive on the line that passes the material of waiting to sew with second kind of color.
The present invention also comprises a kind of equipment that is used for pattern-making on one piece material.Described equipment has bearing, and material is just produced pattern on bearing.Described equipment also has nose assembly, can produce pattern on the material that is in the bearing operating position by nose assembly.Bearing has a face component, and material to be sewed can be placed on this surface and be in operating position.The face component of bearing can make the material for the treatment of pattern-making that is in operating position to reorientate with respect to nose assembly with respect to nose assembly around first rotation.
The face component of bearing can be convex, can extend around first 360 degree ground.
The face component of bearing can be for cylindrical.
A kind of form of abutment surface part is can be basically parallel to first to move on the first and second opposite directions.
Nose assembly can move on the first and second opposite directions along the straight line that is substantially normal to first with respect to bearing.
Described equipment also can comprise the driver that the face component that can make bearing is reorientated with respect to nose assembly, operates the controller of this driver, and and the controller software of personal computer compatibility.
Printing ink in the first inking device can be coated onto on the material that is in the bearing operating position, so that pattern-making on material.
In one form, the printing ink in the first inking device has first kind of color.Described equipment also is provided with the second inking device with second kind of color.Printing ink in the first and second inking devices can optionally be coated onto on the material, so that pattern-making on material.
The present invention also comprises a kind of method by nose assembly pattern-making on material.The method may further comprise the steps: a face component is set on bearing; One piece material is placed on the face component of bearing and is in operating position; Face component around first rotating stand; Along with flaky material around first motion, nose assembly is produced pattern on flaky material.
The method also comprises when nose assembly is produced pattern on flaky material, is basically parallel to the step of the face component of first mobile support saddle.
The method also comprises when nose assembly is produced pattern on flaky material, along the step that is orthogonal to first the relative nose assembly mobile support saddle of straight line face component substantially.
Description of drawings
Fig. 1 is the perspective schematic view of the legacy equipment of pattern-making on one piece material;
Fig. 2 be according to of the present invention on one piece material the perspective view of the equipment of pattern-making;
Fig. 3 is the schematic broken section enlarged drawing of the part nose assembly of equipment shown in Figure 2;
Fig. 4 is as the view of one of Fig. 3 remodeling nose assembly according to the present invention.
The specific embodiment
In Fig. 1, label 10 is legacy equipments of pattern-making 12 on easily by the material 14 of needle penetration.Sheeting 14 can be cloth, paper or similar material.Equipment 10 comprises a bearing 16 that links to each other with nose assembly 20 by column 18.Nose assembly 20 comprises a sewing head 22, and sewing head reciprocally driving needle 24 passes sheeting 14 with the line in the line supply 26.The details of sewing mechanism and sewing technology is known by those skilled in the art.
Sheeting 14 is tightened in the girth of segmental support 28, makes its surface 30 rest on basically in the plane.Segmental support 28 is driven by driver 32 in a predefined manner and as shown in arrow 34ly moves back and forth along X-axis, and as shown in arrow 36ly laterally moves back and forth along Y-axis.The motion of driver 32 is by controller 38 decisions, and controller 32 is operated by a special software program.Can buy and change various software programs with control different pattern.
In Fig. 2 label 40 be according to the present invention on one piece material the equipment of pattern-making.Equipment 40 comprises the bearing 42 of flaky material to be sewed 44.Bearing 42 stretches out from the column 46 that is connected between nose assembly 48 and the pedestal 50 with cantilevered fashion.
Has the operating position that the material 44 that illustrates profile can be placed on the face component 58 and be in bearing 42.In this example, material 44 is the sleeves on the shirt 72.The feasible sleeve that can sew and place of the profile of face component 58 around bearing 42, but equally also be fit to the sewing planar materials.In the illustrated form, convex surface 58 is extended with 360 degree around axle 60, but also can extend with littler angle.
In operation, face component 58 enters in the sleeve 44, and sleeve material is tauted on face component 58.Sleeve 44 can suitably be fixed by an elastic spring 74.This reed is along the part of face component 58 and preferably surpass 180 degree extensions, can be clamped in sleeve on the face component.Reed 74 adopts the elastomeric material of being made by metal, plastics or similar material.Just can be placed on after the size of reed 74 preferably makes reed launch on the surface 58, so in a single day unclamp reed, reed just shrinks and is clamped on the face component 58, thereby reed self is remained on certain position.Have a work openings 76 on the reed 74, this opening defines the sewing zone.
Perhaps, sleeve 44 pushes up to be fixed, and can effectively its diameter be reduced to the diameter that is about bearing 42, and sleeve 44 can closely surround bearing 42 like this, avoids forming the sewing zone with an independent reed 74.
As another selection, can the material suction be clipped on the stayed surface spare 58 with one or more magnet.
In operation, controller 68 can be actuated driver 66 tactfully, and face component 58 is pivoted around axle 60 with sewing head 52 operation pins 54.In a preferred form, face component 58 also can move along X-axis with respect to sewing head 52, shown in four-headed arrow 78.Telescopiform between the bearing 42 and the axle collar 64 connects can allow this guiding movement, and this can be produced by an independent driver 80 of also being operated by controller 68.Other mechanism also can be designed for the motion of this X-axis.For example, between bearing 42 and one of nose assembly 48 and pedestal 50 or and they can form guiding between two and be slidingly connected.Available gear-rackwork is realized necessity motion of face component 58.
Roughly, sewing can occur in the whole axially upward in the scope at axle 60 about 360 degree angles of face component 58.Along with the operation of sewing head 62, controller 68 can be adjusted the motion of driver 66,80, to produce needed pattern.
Same possible is that bearing 42 is connected on the column 46, and/or nose assembly 48, and on the pedestal 50, moves with respect to sewing head 52 on Z-direction to allow bearing 42, shown in four-headed arrow 82.
A kind of controller 68 of form can be by handling by personal computer with the software 86 of personal computer compatibility.
In Fig. 3, shown the sewing head 52 that a kind of and bearing 42 are relevant, bearing 42 has face component 58, and material 44 is positioned on the face component 58 and be in operating position.Pin 54 is pulled out line along preset path from line feeder 56.From the inking device, be two different feeders 88,90 in this example, in printing ink can optionally be coated in from the line in the line feeder 56 by operator/syringe 92.Operator/syringe 92 can make the printing ink in the inking device 88 be coated with individually on line, printing ink in the inking device 90 is coated with on line individually, perhaps, the printing ink in the inking device 88,90 is coated with simultaneously or sequentially on line to obtain needed color.So avoided having to use a plurality of line feeders 56 potentially, or reduced the number of needed different line feeder 56.
Select as another kind, as shown in Figure 4, can pass through inking or the directly pattern-making controllably 12 on material 44 of other dyestuff.In this case, nose assembly 20 ' on should be provided with one or more inking devices 94,96.By operator/syringe 98, can directly be coated on the material 44 on the face component 58 from the printing ink in inking device 94 and/or 96.Sewing head 52 and nose assembly 48 ' on operator/syringe 92,98 can handle by controller 68, thereby adjust the color of the line in the line feeder 56, and the coating of adjusting printing ink in the inking device 94,96 with the motion on surface 58.
The very wide notion that the specific embodiment of above-mentioned announcement is used for the present invention is comprised describes interpretation.
Claims (21)
1. the equipment of the penetrable material that is used to sew, described equipment comprises:
Wait the to sew bearing of material; With
Nose assembly, described nose assembly comprises sewing head, described sewing head can drive pin and line and pass material described to be sewed on the operating position that is positioned at described bearing, thereby produces pattern on the material of described operating position;
Described bearing comprises a face component, and material described to be sewed can be placed on the described surface and be in described operating position;
The face component of described bearing can be with respect to described sewing head around first rotation, and the described material of waiting to sew that allows to be in described operating position is reorientated with respect to described sewing head.
2. according to the described sewing device of claim 1, it is characterized in that the face component of described bearing is a convex.
3. according to the described sewing device of claim 1, it is characterized in that the face component of described bearing is cylindrical.
4. according to the described sewing device of claim 2, it is characterized in that the face component of described bearing is the convex around first about 360 degree.
5. according to the described sewing device of claim 1, it is characterized in that the face component of described bearing can be basically parallel to first with respect to described sewing head and move on the first and second opposite directions.
6. according to the described sewing device of claim 1, it is characterized in that described sewing head can move on the first and second opposite directions along the straight line that is orthogonal to first substantially with respect to described bearing.
7. according to the described sewing device of claim 1, it is characterized in that, described sewing device also comprises the driver that can reorientate described abutment surface part with respect to described sewing head, is used to handle the controller of described driver, and with the controller software of personal computer compatibility.
8. according to the described sewing device of claim 1, it is characterized in that described sewing device also comprises the first inking device, can drive the line coating printing ink that passes the described material of waiting to sew described sewing head.
9. described according to Claim 8 sewing device, it is characterized in that, the printing ink of described first feeder has first kind of color, described equipment also comprises the second inking device with second kind of color, and the printing ink in the described first and second inking devices can selectively be coated onto described sewing head and drive and pass on the line of stating the material of waiting to sew.
10. the equipment of a pattern-making on one piece material, described equipment comprises:
Be used to treat the bearing of the material of pattern-making; With
Nose assembly can be produced pattern by described nose assembly on the material that is in described bearing operating position;
Described bearing comprises a face component, and described material is placed on the face component of described bearing, and is in the operating position of described bearing;
The face component of described bearing can be with respect to described nose assembly around first rotation, thereby allow described material to reorientate with respect to described nose assembly on the operating position of pattern-making.
11. the equipment according to the described pattern-making of claim 10 is characterized in that, the face component of described bearing is a convex.
12. the equipment according to the described pattern-making of claim 11 is characterized in that, the face component of described bearing is cylindrical.
13. the equipment according to the described pattern-making of claim 11 is characterized in that, the face component of described bearing is the convex around first about 360 degree.
14. the equipment according to the described pattern-making of claim 10 is characterized in that, described face component can be basically parallel to first and move on the first and second opposite directions.
15. the equipment according to the described pattern-making of claim 10 is characterized in that, described nose assembly can move on the first and second opposite directions along the straight line that is orthogonal to first substantially with respect to described bearing.
16. equipment according to the described pattern-making of claim 10, it is characterized in that, the equipment of described pattern-making also comprises the driver that can reorientate described abutment surface part with respect to described nose assembly, be used to handle the controller of described driver, and with the controller software of personal computer compatibility.
17. the equipment according to the described pattern-making of claim 10 is characterized in that, the equipment of described pattern-making also comprises the first inking device, can be to being in the described material coating printing ink on the described bearing operating position, so that pattern-making on described material.
18. equipment according to the described pattern-making of claim 17, it is characterized in that, printing ink in the described first inking device has first kind of color, described equipment also comprises the second inking device with second kind of color, printing ink in the described first and second inking devices can selectively be coated onto on the described material, so that pattern-making on described material.
19. the method by nose assembly pattern-making on material said method comprising the steps of:
A face component is set on bearing;
Be placed on one piece material on the described abutment surface part and be in operating position;
Around first face component of rotating described bearing; With
When described material is produced pattern by described nose assembly during around described first motion on described material.
20. the method according to the described pattern-making on material of claim 19 is characterized in that, described method comprises when during pattern-making, being arranged essentially parallel to described first step that moves the face component of described bearing by described nose assembly on described material.
21. method according to the described pattern-making on material of claim 20, it is characterized in that, described method comprises when producing pattern by described nose assembly on described material, along being substantially normal to described first straight line moves described bearing relative to described nose assembly step.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01137482 CN1419000A (en) | 2001-11-12 | 2001-11-12 | Equipment and method for making pattern on one piece material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01137482 CN1419000A (en) | 2001-11-12 | 2001-11-12 | Equipment and method for making pattern on one piece material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1419000A true CN1419000A (en) | 2003-05-21 |
Family
ID=4674211
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 01137482 Pending CN1419000A (en) | 2001-11-12 | 2001-11-12 | Equipment and method for making pattern on one piece material |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1419000A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106012316A (en) * | 2016-08-14 | 2016-10-12 | 贵州大学 | Intelligent scanning color taking sewing machine |
-
2001
- 2001-11-12 CN CN 01137482 patent/CN1419000A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106012316A (en) * | 2016-08-14 | 2016-10-12 | 贵州大学 | Intelligent scanning color taking sewing machine |
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|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |