CN200971407Y - Digital-control multifunction sewing machine - Google Patents
Digital-control multifunction sewing machine Download PDFInfo
- Publication number
- CN200971407Y CN200971407Y CN 200620108300 CN200620108300U CN200971407Y CN 200971407 Y CN200971407 Y CN 200971407Y CN 200620108300 CN200620108300 CN 200620108300 CN 200620108300 U CN200620108300 U CN 200620108300U CN 200971407 Y CN200971407 Y CN 200971407Y
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- slide unit
- motor
- band
- pulley
- transmission mechanism
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Abstract
The utility model relates to a digital control multi-purpose sewing machine belonging to the automatic sewing processing equipment technical field of clothing and family spinning decorations, which mainly comprises of three parts which are a control system (2) and a sewing machine (3) with motor (8) installed on the working platform (1), a X-Y directions slipway mechanism and a pressing feet mechanism; the X-Y directions slipway mechanism comprises of Y-direction slipway base support (22) with Y-direction support guide rail (15) installed on one side of the working platform (1), Y-direction slipway motor (9) with Y-direction transmission mechanism installed on the Y-direction slipway base support (22), Y-direction slipway (19) connecting with the Y-direction transmission mechanism and moving on the Y-direction support guide rail (15), X-direction slipway motor (16) with X-direction transmission mechanism installed on the Y-direction slipway (19), X-direction slipway (20) connected with X-direction transmission mechanism, and so on; the pressing feet mechanism comprises of an air cylinder (24) with external pressing feet (25) and pressing feet (26), and so on. The machine may complete grabbing materials automatically and moving cloth for sewing process freely.
Description
Technical field
The utility model relates to a kind of digitally controlled multifunctional sewing machine, belongs to the automatic sewing technical field of processing equipment that ornaments spin in clothes and family.
Background technology
Common clothing cloth cut-parts flush joint process all be workman's hand by the cloth pull operation, exist problems such as labor strength is big, the sewing needle number inaccurate, the stitch lengths error is big, the difficult processing in complex curve pin road.Simultaneously,, make manufacturer need recruit a large amount of artisan people and produce, increased the management difficulty and the production cost of producer because the manual mode of operation of flush joint processing has been subjected to the limitation of workman's production efficiency.There is exploitation early in external Sewing machines equipment producer aspect automation application, released the automatic machinery at special sewing technology in the clothes process in recent years, has improved the sewing quality and the production efficiency of cloth cut-parts.It mainly is to carry out moving of X, Y direction in working frame among a small circle that the cloth of external sewing machine moves control, and cooperates putting and taking down of cut-parts by hand by the operator.Because this structure exists that the manuscript sampling technology is single, the range of work is less, defective such as blowing simultaneously in the processing, selling at exorbitant prices in addition, therefore being difficult at home, garment production producer obtains real approval and use.At home, Sewing machines equipment producer also mainly concentrates on raising Sewing machines body aspect of performance to the technology emphasis at present.
Summary of the invention
The purpose of this utility model provides a kind of reasonable in design, can finish material grasping automatically and move freely cloth sewing processing, and satisfy the digitally controlled multifunctional sewing machine of kinds of processes size.
The utility model is a digitally controlled multifunctional sewing machine, comprise workbench, place control system and the sewing machine body of being with the body motor on the workbench, a side that it is characterized in that workbench also be provided with band Y to the Y of supporting guide to the slide unit base, Y to the slide unit base be provided with band Y to the Y of transmission mechanism to the slide unit motor, with Y to transmission mechanism link to each other can Y on supporting guide mobile Y to slide unit; Y to slide unit be provided with band X to the X of transmission mechanism to the slide unit motor, the X that links to each other to transmission mechanism with X is to slide unit; The cylinder of presser feet and presser feet outside X also is provided with on slide unit and is with; Body motor, Y are to the slide unit motor, and X is connected with control system respectively to the slide unit motor.During work, operation control system, the fast turn-around of body motor-driven machine spindle, moving of sewing cloth dragged by presser feet, presser feet is moved at directions X and Y direction to slide unit to slide unit and Y to slide unit motor-driven X to slide unit motor and Y by X respectively, and the action of lifting and depress of presser feet is controlled by cylinder.
Described Y can be by the Y that places Y on the slide unit electric machine main shaft to the motor main pulley to transmission mechanism, place the Y of Y on supporting guide to motion fast pulley and band Y to the Y of speed change belt wheel to the motion main pulley, connect Y to motor main pulley and Y to the Y of speed change belt wheel to the transmission synchronization band, connect Y to motion main pulley and Y to the Y of motion fast pulley to formations such as synchronized movement bands; Y is fixed on Y on the synchronized movement band to slide unit.
Described X can be by the X that places X on the slide unit motor to synchronous pulley to transmission mechanism, place the X of Y on slide unit to fast pulley, place X to the X at slide unit two ends to synchronous band Connection Block, two ends be fixed in X on synchronous band Connection Block and connect X to synchronous pulley and X to the X of fast pulley to formations such as synchronous bands.
Described body motor can be by placing body electrical machine belt pulley on the body motor by the body band transmission that is connected with body main shaft belt wheel on placing sewing machine body synchronously.
The utility model compared with prior art has following outstanding advantage and good effect:
1, by to X-Y well-designed to the slide unit structure, control X-Y to slide unit motor and the coordination of body motor synchronous in conjunction with numerical control system, make presser feet drive the sewing cloth and on workbench, do moving of X-Y direction, the sewing path of design shape thereby the control syringe needle is sewed out.Can finish material grasping automatically and move freely cloth sewing processing, and satisfy the kinds of processes size, have characteristics such as mechanical structure is simple, easy to operate, the processing scope of application is wide.
2, driving cloth by presser feet moves, replace traditional workman to press the operation of cloth pulling processing by hand, and cook up the direction of motion of sewing needle number and presser feet according to the figure of sewing CAD system design by control system, and then the speed and the revolution of control sewing machine head motor, presser feet is followed the motion of sewing machine head and is done moving of corresponding fixed length needle gage, thereby reaching to cloth cut-parts meets the length of system process accurately to control, for being not suitable for manual smallclothes cloth product and complicated sewing pattern, also can process easily, it is inaccurate fundamentally to have solved in traditional sewing process the pin number, the stitch lengths error, problems such as the difficult processing in complex curve pin road have greatly improved the sewing quality of cloth.
3, when machine is made processing, can place cut-parts to be processed synchronously, saved the auxiliary blowing time, simplified workman's operating process, the technical experience that has reduced the workman requires and working strength, has improved operator's production efficiency; Change presser feet, machine can also be adjusted to the processing of another kind of sewing pattern easily, makes that the working (machining) efficiency of automatic sewing machine is higher, and the processing range of adaptation is wider.
Description of drawings
Fig. 1 is an overall structure schematic diagram of the present utility model;
Fig. 2 is that A-A face structure shown in Figure 1 is to cutaway view.
Among the figure, 1 is workbench, and 2 is control system, 3 is sewing machine body, and 4 is body main shaft belt wheel, and 5 are with synchronously for body, 6 is body motor installing rack, and 7 is the body electrical machine belt pulley, and 8 is the body motor, 9 be Y to the slide unit motor, 10 be Y to the motor main pulley, 11 is that Y is to the transmission synchronization band, 12 be Y to the speed change belt wheel, 13 be Y to the motion main pulley, 14 is that Y is to the synchronized movement band, 15 be Y to supporting guide, 16 be X to the slide unit motor, 17 is that X is to fast pulley, 18 is that X is to synchronous pulley, 19 be Y to slide unit, 20 be X to slide unit, 21 is that Y is to the motion fast pulley, 22 is that Y is to the slide unit base, 23 be X to synchronous band, 24 is external pressure beriberi cylinder, 25 is outer presser feet, 26 is presser feet, 27 are presser feet sewing path groove, 28 be X to synchronous band Connection Block, 29 are the stitch of sewing.
The specific embodiment
The utility model comprises that mainly the sewing machine body 3, X-Y of the control system that places on the workbench 12 and band body motor 8 are to slide unit mechanism, presser foot device three parts.
X-Y to slide unit mechanism by place workbench 1 one side band Y to the Y of supporting guide 15 to slide unit base 22, place Y on slide unit base 22, be with Y to the Y of transmission mechanism to slide unit motor 9, link to each other the Y that can on supporting guide 15, move at Y to slide unit 19 with Y to transmission mechanism, place Y on slide unit 19, be with X to the X of transmission mechanism to slide unit motor 16, the X that links to each other to transmission mechanism with X is to slide unit 20 formations such as grade.Body motor 8, Y are connected with control system 2 respectively to slide unit motor 16 to slide unit motor 9, X.
Presser foot device is made of the cylinder 24 of band outer presser feet 25 and presser feet 26 etc.External pressure beriberi cylinder 24 is fixed on X on slide unit 20, and outer presser feet 25 is connected with cylinder 24, and presser feet 26 is installed on the outer presser feet 25.Under control system control, cylinder 24 can move up and down, and drives outer presser feet 25 and presser feet 26 realizations and unclamps and compress action.
Y to transmission mechanism by the Y that places Y on slide unit motor 9 main shafts to motor main pulley 10, place the Y of Y on supporting guide 15 to motion fast pulley 21 and band Y to the Y of speed change belt wheel 12 to motion main pulley 13, connect Y to motor main pulley 10 and Y to the Y of speed change belt wheel 12 to transmission synchronization band 11, connect Y to motion main pulley 13 and Y to the Y of motion fast pulley 21 to formations such as synchronized movement bands 14; Y is fixed on Y on synchronized movement band 14 to slide unit 19.The Y of Y on slide unit motor 9 to motor main pulley 10 by Y to transmission synchronization band 11 and Y to speed change belt wheel 12, connect Y to 13 motions of motion main pulley, Y to motion main pulley 13 connect again Y to synchronized movement band 14 and Y to motion fast pulley 21, drive Y and move forward and backward along the Y direction, finish the Y direction motion of presser feet 26 to slide unit 19.
X to transmission mechanism by the X that places X on slide unit motor 16 to synchronous pulley 18, place the X of Y on slide unit 19 to fast pulley 17, place X to the X at slide unit 20 two ends to synchronous band Connection Block 28, two ends be fixed in X on synchronous band Connection Block 28 and connect X to synchronous pulley 18 and X to the X of fast pulley 17 to being with formations such as 23 synchronously.X to synchronously with 23 by the X of X on slide unit motor 16 to synchronous pulley 18 and X to fast pulley 17 with respect to the motion of X to synchronous band Connection Block 28, drive X and move forwards, backwards along X to slide unit 20, realize the directions X motion of presser feet 26.
During work, the pattern program that the operator selects earlier to process on control system 2 (the pattern program can by floppy disk or USB flash disk copy into), lift cylinder 24, install the presser feet consistent 26 outside on the presser feet 25 with processing pattern.Operation control system 2 is put down presser feet 26, and mobile X to slide unit 19, confirms whether material grasping position, operating position and the discharge position of presser feet 26 be correct to slide unit 20 and Y.
Start-up control system 2, control system 2 control presser feet 26 automatically move to the material grasping position, and lift presser feet 26.The operator puts the seam sheet in the blowing position, press the START button of control system 2, cylinder 24 moves down and falls presser feet 26, and control X moves to slide unit motor 9 to slide unit motor 16 and Y, move to slide unit 19 to slide unit 20 and Y to transmission mechanism drive X to transmission mechanism and Y by X, control presser feet 26 moves to its operating position.Body motor 8 motions then drive syringe needle 29 and move up and down.X follows the motion of body motor 8 to slide unit motor 16 and Y to slide unit motor 9, and control presser feet 26 moves along sewing machining paths 27, finishes the sewing process jointly.After machining, syringe needle 29 lifts, and presser feet 26 lifts after being automatically moved to discharge position, and returns the material grasping position, waits for processing order next time.
Claims (4)
1, a kind of digitally controlled multifunctional sewing machine, comprise workbench (1), place on the workbench (1) control system (2) and the band body motor (8) sewing machine body (3), a side that it is characterized in that workbench (1) also be provided with band Y to the Y of supporting guide (15) to slide unit base (22), Y to slide unit base (22) be provided with band Y to the Y of transmission mechanism to slide unit motor (9), link to each other and can go up mobile Y to slide unit (19) to supporting guide (15) to transmission mechanism with Y at Y; Y to slide unit (19) be provided with band X to the X of transmission mechanism to slide unit motor (16), the X that links to each other to transmission mechanism with X is to slide unit (20); The cylinder (24) of presser feet (25) and presser feet (26) outside X also is provided with on slide unit (20) and is with; Body motor (8), Y are to slide unit motor (9), and X is connected with control system (2) respectively to slide unit motor (16).
2, by the described digitally controlled multifunctional sewing machine of claim 1, it is characterized in that described Y to transmission mechanism by the Y that places Y on slide unit motor (9) main shaft to motor main pulley (10), place the Y of Y on supporting guide (15) to motion fast pulley (21) and band Y to the Y of speed change belt wheel (12) to motion main pulley (13), connect Y to motor main pulley (10) and Y to the Y of speed change belt wheel (12) to transmission synchronization band (11), connection Y constitutes to synchronized movement band (14) to the Y of motion fast pulley (21) to motion main pulley (13) and Y; Y is fixed on Y on synchronized movement band (14) to slide unit (19).
3, by the described digitally controlled multifunctional sewing machine of claim 1, it is characterized in that described X to transmission mechanism by the X that places X on slide unit motor (16) to synchronous pulley (18), place the X of Y on slide unit (19) to fast pulley (17), place X to the X at slide unit (20) two ends to synchronous band Connection Block (28), two ends are fixed in X and are gone up and connect X to synchronous band Connection Block (28) and constitute to synchronous band (23) to the X of fast pulley (17) to synchronous pulley (18) and X.
4, by the described digitally controlled multifunctional sewing machine of claim 1, it is characterized in that described body motor (8) by place body electrical machine belt pulley (7) on the body motor (8) by body synchronously with (5) transmission that is connected with body main shaft belt wheel (4) on placing sewing machine body (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620108300 CN200971407Y (en) | 2006-09-26 | 2006-09-26 | Digital-control multifunction sewing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620108300 CN200971407Y (en) | 2006-09-26 | 2006-09-26 | Digital-control multifunction sewing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN200971407Y true CN200971407Y (en) | 2007-11-07 |
Family
ID=38882664
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620108300 Expired - Fee Related CN200971407Y (en) | 2006-09-26 | 2006-09-26 | Digital-control multifunction sewing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN200971407Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2013097555A1 (en) * | 2011-12-27 | 2013-07-04 | Su Yunsong | Numerical control multifunctional automatic sewing machine and a sewing machine template |
-
2006
- 2006-09-26 CN CN 200620108300 patent/CN200971407Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2013097555A1 (en) * | 2011-12-27 | 2013-07-04 | Su Yunsong | Numerical control multifunctional automatic sewing machine and a sewing machine template |
| CN103911772A (en) * | 2011-12-27 | 2014-07-09 | 苏运松 | Numerical-control multifunctional automatic sewing machine and sewing pattern board thereof |
| CN103911771A (en) * | 2011-12-27 | 2014-07-09 | 苏运松 | Numerical-control multifunctional automatic sewing machine and control method thereof |
| CN103911771B (en) * | 2011-12-27 | 2016-05-11 | 苏运松 | A kind of digitally controlled multifunctional automatic sewing machine and control method thereof |
| CN103911772B (en) * | 2011-12-27 | 2016-05-11 | 苏运松 | Sewing apperance plate and the sewing machine thereof of digitally controlled multifunctional automatic sewing machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |