CN203821056U - Movable operating mechanism for handpiece of multifunctional width quilting and embroidery machine - Google Patents
Movable operating mechanism for handpiece of multifunctional width quilting and embroidery machine Download PDFInfo
- Publication number
- CN203821056U CN203821056U CN201420105317.7U CN201420105317U CN203821056U CN 203821056 U CN203821056 U CN 203821056U CN 201420105317 U CN201420105317 U CN 201420105317U CN 203821056 U CN203821056 U CN 203821056U
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- head
- synchronizing wheel
- cross box
- spline
- wheel
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Abstract
The utility model discloses a movable operating mechanism for a handpiece of a multifunctional width quilting and embroidery machine. The movable operating mechanism comprises an upper frame, a handpiece transverse moving device and a handpiece amplitude moving device, wherein the handpiece transverse moving device moves on a linear guide rail I and a linear guide rail II and is driven to move in an X direction through a lead screw servo motor and a mobile servo motor, the linear guide rail I and the linear guide rail II are arranged on the upper frame, and the handpiece amplitude moving device is driven by a amplitude servo motor to do reciprocating motion in a Y direction. The operating mechanism provided by utility model has the advantages of breaking through a traditional handpiece structure, realizing horizontal movement and amplitude movement simultaneously, and performing quilting and embroidering while moving; furthermore, the operating mechanism is novel in structure, simple to operate and high in working efficiency.
Description
Technical field
The utility model relates to a kind of multi-functional width formula embroidering machine mobile frame head operating mechanism, and a kind of fabric being applied in embroidery machinery field is sew with long stitches embroidery process equipment.
Background technology
Quilting and embroidering integrated machine is that the multiply cloth fabrics such as family is spun, clothes and decorative article are sew with long stitches the main production equipments of embroidering processing.No matter be quilting and embroidering integrated machine at present, or single quilting machines or embroidery machine, its head is to be all fixedly installed in frame, when work, only complete moving up and down of shank, be that head is static for frame, the processing of this structure to the little pin spacing flower of spy shell fabric, to the novel embroidery process technology of sewing with long stitches that needs limit to move, embroidery is sew with long stitches on limit, in serviceability, there is significant limitation, cannot reach required requirement.
Therefore, be badly in need of a kind of improved technology and solve existing this problem in prior art.
Utility model content
The utility model provides a kind of multi-functional width formula embroidering machine mobile frame head operating mechanism.
The technical solution adopted in the utility model is:
The multi-functional width formula embroidering machine mobile frame head of one operating mechanism, comprise upper strata framework, head horizontal mobile device and head amplitude of oscillation mobile device, described head horizontal mobile device is active in line slideway I and line slideway II, and by screw mandrel servomotor and shift servo driven by motor at X to movement, described line slideway I and line slideway II are located on the framework of upper strata, and described head amplitude of oscillation mobile device is by the reciprocating motion of amplitude of oscillation servomotor band action Y-direction.
Described head horizontal mobile device comprises screw mandrel moving assembly and transmission slide-bar moving assembly,
Described screw mandrel moving assembly comprises lead screw motor synchronizing wheel, screw mandrel duplex synchronizing wheel, ball screw, ball screw nut cover, head installation frame, straight-line guide rail slide block I and straight-line guide rail slide block II, the axle head that goes out of described screw mandrel servomotor is equipped with lead screw motor synchronizing wheel, screw mandrel duplex synchronizing wheel is housed on one end of described ball screw, described lead screw motor synchronizing wheel and screw mandrel duplex synchronizing wheel are by Synchronous Belt Drives, described ball screw and ball screw nut cover composition ball screw kinematic pair, described ball screw nut cover connects with head installation frame, straight-line guide rail slide block I and straight-line guide rail slide block II are installed in the bottom of described head installation frame,
Described transmission slide-bar moving assembly comprises mobile motor synchronizing wheel, mobile slide-bar duplex synchronizing wheel, transmission slide-bar I, spline synchronizing wheel I, cross box synchronizing wheel I, cross box I, cross box splined shaft I, cross box spline wheel I, head spindle spline wheel and head spindle, the axle head that goes out of described shift servo motor is equipped with mobile motor synchronizing wheel, mobile slide-bar duplex synchronizing wheel is housed on one end of described transmission slide-bar I, described mobile motor synchronizing wheel and mobile slide-bar duplex synchronizing wheel are by Synchronous Belt Drives, in described transmission slide-bar I, spline synchronizing wheel I is also housed, the axle head that goes out of described cross box I is equipped with cross box synchronizing wheel I, described spline synchronizing wheel I and cross box synchronizing wheel I are by Synchronous Belt Drives, the output of described cross box I is cross box splined shaft I, cross box spline wheel I is housed in described cross box splined shaft I, head spindle spline wheel is housed on described head spindle, described cross box spline wheel I and head spindle spline are taken turns by Synchronous Belt Drives.
Described head amplitude of oscillation mobile device comprises amplitude of oscillation motor drum in-phase, amplitude of oscillation slide-bar duplex synchronizing wheel, transmission slide-bar II, spline synchronizing wheel II, cross box synchronizing wheel II, cross box II, cross box splined shaft II, cross box spline wheel II, head minor leading screw spline wheel, head minor leading screw, head minor leading screw nut sleeve, the axle head that goes out of described amplitude of oscillation servomotor is equipped with amplitude of oscillation motor drum in-phase, amplitude of oscillation slide-bar duplex synchronizing wheel is housed on one end of described transmission slide-bar II, described amplitude of oscillation motor drum in-phase and amplitude of oscillation slide-bar duplex synchronizing wheel are by Synchronous Belt Drives, in described transmission slide-bar II, spline synchronizing wheel II is also housed, the axle head that goes out of described cross box II is equipped with cross box synchronizing wheel II, described spline synchronizing wheel II and cross box synchronizing wheel II are by Synchronous Belt Drives, the output of described cross box II is cross box splined shaft II, cross box spline wheel II is housed in described cross box splined shaft II, head minor leading screw spline wheel is housed on described head minor leading screw, described cross box spline wheel II and head minor leading screw spline are taken turns by Synchronous Belt Drives, described head minor leading screw and head minor leading screw nut sleeve composition head minor leading screw kinematic pair, described head minor leading screw kinematic pair is installed on a side of head installation frame.
The utility model has the advantages that: broken through traditional handpiece structure, realized transverse shifting motion and amplitude of oscillation motion simultaneously, move on limit, and embroidery is sew with long stitches on limit, and novel structure is simple to operate, and operating efficiency is high.
Brief description of the drawings
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the annexation schematic diagram between the utility model cross box I, cross box III and head.
Fig. 3 is the structural representation of the utility model head.
Wherein: 1, upper strata framework, 2, line slideway I, 3, line slideway II, 4, screw mandrel servomotor, 5, amplitude of oscillation servomotor, 6, lead screw motor synchronizing wheel, 7, screw mandrel duplex synchronizing wheel, 8, ball screw, 9, ball screw nut cover, 10, head installation frame, 11, straight-line guide rail slide block I, 12, straight-line guide rail slide block II, 13, synchronous cog belt, 14, mobile motor synchronizing wheel, 15, mobile slide-bar duplex synchronizing wheel, 16, transmission slide-bar I, 17, spline synchronizing wheel I, 18, cross box synchronizing wheel I, 19, cross box I, 20, cross box splined shaft I, 21, cross box spline wheel I, 22, head spindle spline wheel, 23, head spindle, 24, shift servo motor, 25, amplitude of oscillation motor drum in-phase, 26, amplitude of oscillation slide-bar duplex synchronizing wheel, 27, transmission slide-bar II, 28, spline synchronizing wheel II, 29, cross box synchronizing wheel II, 30, cross box II, 31, cross box splined shaft II, 32, cross box spline wheel II, 33, head minor leading screw spline wheel, 34, head minor leading screw, 35, head minor leading screw nut sleeve, 36, head assembly.
Detailed description of the invention
As Figure 1-3, the multi-functional width formula of one of the present utility model embroidering machine mobile frame head operating mechanism, comprise upper strata framework 1, head horizontal mobile device and head amplitude of oscillation mobile device, described head horizontal mobile device is active in line slideway I 2 and line slideway II 3, and drive at X to movement by screw mandrel servomotor 4 and shift servo motor 24, described line slideway I 2 and line slideway II 3 are located on upper strata framework 1, and described head amplitude of oscillation mobile device is by the 5 band action Y-direction reciprocating motions of amplitude of oscillation servomotor.
Described head horizontal mobile device comprises screw mandrel moving assembly and transmission slide-bar moving assembly, described screw mandrel moving assembly comprises lead screw motor synchronizing wheel 6, screw mandrel duplex synchronizing wheel 7, ball screw 8, ball screw nut cover 9, head installation frame 10, straight-line guide rail slide block I 11 and straight-line guide rail slide block II 12, the axle head that goes out of described screw mandrel servomotor 4 is equipped with lead screw motor synchronizing wheel 6, screw mandrel duplex synchronizing wheel 7 is housed on one end of described ball screw 8, described lead screw motor synchronizing wheel 6 and screw mandrel duplex synchronizing wheel 7 are by synchronous cog belt 13 transmissions, described ball screw 8 and ball screw nut cover 9 composition ball screw kinematic pairs, described ball screw nut cover 9 connects with head installation frame 10, straight-line guide rail slide block I 11 and straight-line guide rail slide block II 12 are installed in the bottom of described head installation frame 10, described transmission slide-bar moving assembly comprises mobile motor synchronizing wheel 14, mobile slide-bar duplex synchronizing wheel 15, transmission slide-bar I 16, spline synchronizing wheel I 17, cross box synchronizing wheel I 18, cross box I 19, cross box splined shaft I 20, cross box spline wheel I 21, head spindle spline wheel 22 and head spindle 23, the axle head that goes out of described shift servo motor 24 is equipped with mobile motor synchronizing wheel 14, mobile slide-bar duplex synchronizing wheel 15 is housed on one end of described transmission slide-bar I 16, described mobile motor synchronizing wheel 14 and mobile slide-bar duplex synchronizing wheel 15 are by synchronous cog belt 13 transmissions, in described transmission slide-bar I 16, spline synchronizing wheel I 17 is also housed, the axle head that goes out of described cross box I 19 is equipped with cross box synchronizing wheel I 18, described spline synchronizing wheel I 17 and cross box synchronizing wheel I 18 are by synchronous cog belt 13 transmissions, the output of described cross box I 19 is cross box splined shaft I 20, cross box spline wheel I 21 is housed in described cross box splined shaft I 20, head spindle spline wheel 22 is housed on described head spindle 23, described cross box spline wheel I 21 takes turns 22 by synchronous cog belt 13 transmissions with head spindle spline.
Screw mandrel servomotor 4 drives ball screw 8 to rotate with lead screw motor synchronizing wheel 6 by synchronous cog belt 13, screw mandrel duplex synchronizing wheel 7, ball screw 8 and the ball screw kinematic pair that ball screw nut cover 9 forms, drive straight-line guide rail slide block I 11 and the straight-line guide rail slide block II 12 of head installation frame 10 bottoms to make X to movement in line slideway I 2 and line slideway II 3.
Shift servo motor 24 drives transmission slide-bar I 16 to rotate with mobile motor synchronizing wheel 14 by synchronous cog belt 13, mobile slide-bar duplex synchronizing wheel 15, transmission slide-bar I 16 drives cross box I 19 to work by spline synchronizing wheel I 17, synchronous cog belt 13, cross box synchronizing wheel I 18, cross box splined shaft I 20 drives head spindle spline wheel 22, head spindle 23 to rotate by cross box spline wheel I 21, synchronous cog belt 13 again, head spindle 23 drives head assembly 36 and shank to move up and down, and finally completes thorn cloth action.
Described head amplitude of oscillation mobile device comprises amplitude of oscillation motor drum in-phase 25, amplitude of oscillation slide-bar duplex synchronizing wheel 26, transmission slide-bar II 27, spline synchronizing wheel II 28, cross box synchronizing wheel II 29, cross box II 30, cross box splined shaft II 31, cross box spline wheel II 32, head minor leading screw spline wheel 33, head minor leading screw 34, head minor leading screw nut sleeve 35, the axle head that goes out of described amplitude of oscillation servomotor 5 is equipped with amplitude of oscillation motor drum in-phase 25, amplitude of oscillation slide-bar duplex synchronizing wheel 26 is housed on one end of described transmission slide-bar II 27, described amplitude of oscillation motor drum in-phase 25 and amplitude of oscillation slide-bar duplex synchronizing wheel 26 are by synchronous cog belt 13 transmissions, in described transmission slide-bar II 27, spline synchronizing wheel II 28 is also housed, the axle head that goes out of described cross box II 30 is equipped with cross box synchronizing wheel II 29, described spline synchronizing wheel II 28 and cross box synchronizing wheel II 29 are by synchronous cog belt 13 transmissions, the output of described cross box II 30 is cross box splined shaft II 31, cross box spline wheel II 32 is housed in cross box splined shaft II 31, head minor leading screw spline wheel 33 is housed on head minor leading screw 34, cross box spline wheel II 32 takes turns 33 by synchronous cog belt 13 transmissions with head minor leading screw spline, head minor leading screw 34 forms head minor leading screw kinematic pair with head minor leading screw nut sleeve 35, head minor leading screw kinematic pair is installed on a side of head installation frame 10.
Amplitude of oscillation servomotor 5 passes through synchronous cog belt 13 with amplitude of oscillation motor drum in-phase 25, amplitude of oscillation slide-bar duplex synchronizing wheel 26 drives transmission slide-bar II 27 to rotate, transmission slide-bar II 27 is by spline synchronizing wheel II 28, cross box synchronizing wheel II 29 drives cross box II 30 to work, cross box splined shaft II 31 is again by cross box spline wheel II 32, synchronous cog belt 13 drives head minor leading screw spline wheel 33, head minor leading screw 34 rotates, head minor leading screw kinematic pair drives head installation frame 10 to move back and forth as Y-direction, make the mobile frame head operating mechanism can be according to the needs of style needle tracking, realize the embroidery of sewing with long stitches of longitudinal needle tracking and balancing point needle tracking.
Broken through traditional handpiece structure, realized transverse shifting motion and amplitude of oscillation motion simultaneously, move on limit, and embroidery is sew with long stitches on limit, and novel structure is simple to operate, and operating efficiency is high.
Claims (3)
1. a multi-functional width formula embroidering machine mobile frame head operating mechanism, it is characterized in that: comprise upper strata framework, head horizontal mobile device and head amplitude of oscillation mobile device, described head horizontal mobile device is active in line slideway I and line slideway II, and by screw mandrel servomotor and shift servo driven by motor at X to movement, described line slideway I and line slideway II are located on the framework of upper strata, and described head amplitude of oscillation mobile device is by the reciprocating motion of amplitude of oscillation servomotor band action Y-direction.
2. the multi-functional width formula of one according to claim 1 embroidering machine mobile frame head operating mechanism, is characterized in that: described head horizontal mobile device comprises screw mandrel moving assembly and transmission slide-bar moving assembly;
Described screw mandrel moving assembly comprises lead screw motor synchronizing wheel, screw mandrel duplex synchronizing wheel, ball screw, ball screw nut cover, head installation frame, straight-line guide rail slide block I and straight-line guide rail slide block II, the axle head that goes out of described screw mandrel servomotor is equipped with lead screw motor synchronizing wheel, screw mandrel duplex synchronizing wheel is housed on one end of described ball screw, described lead screw motor synchronizing wheel and screw mandrel duplex synchronizing wheel are by Synchronous Belt Drives, described ball screw and ball screw nut cover composition ball screw kinematic pair, described ball screw nut cover connects with head installation frame, straight-line guide rail slide block I and straight-line guide rail slide block II are installed in the bottom of described head installation frame,
Described transmission slide-bar moving assembly comprises mobile motor synchronizing wheel, mobile slide-bar duplex synchronizing wheel, transmission slide-bar I, spline synchronizing wheel I, cross box synchronizing wheel I, cross box I, cross box splined shaft I, cross box spline wheel I, head spindle spline wheel and head spindle, the axle head that goes out of described shift servo motor is equipped with mobile motor synchronizing wheel, mobile slide-bar duplex synchronizing wheel is housed on one end of described transmission slide-bar I, described mobile motor synchronizing wheel and mobile slide-bar duplex synchronizing wheel are by Synchronous Belt Drives, in described transmission slide-bar I, spline synchronizing wheel I is also housed, the axle head that goes out of described cross box I is equipped with cross box synchronizing wheel I, described spline synchronizing wheel I and cross box synchronizing wheel I are by Synchronous Belt Drives, the output of described cross box I is cross box splined shaft I, cross box spline wheel I is housed in described cross box splined shaft I, head spindle spline wheel is housed on described head spindle, described cross box spline wheel I and head spindle spline are taken turns by Synchronous Belt Drives.
3. the multi-functional width formula of one according to claim 1 embroidering machine mobile frame head operating mechanism, it is characterized in that: described head amplitude of oscillation mobile device comprises amplitude of oscillation motor drum in-phase, amplitude of oscillation slide-bar duplex synchronizing wheel, transmission slide-bar II, spline synchronizing wheel II, cross box synchronizing wheel II, cross box II, cross box splined shaft II, cross box spline wheel II, head minor leading screw spline wheel, head minor leading screw, head minor leading screw nut sleeve, the axle head that goes out of described amplitude of oscillation servomotor is equipped with amplitude of oscillation motor drum in-phase, amplitude of oscillation slide-bar duplex synchronizing wheel is housed on one end of described transmission slide-bar II, described amplitude of oscillation motor drum in-phase and amplitude of oscillation slide-bar duplex synchronizing wheel are by Synchronous Belt Drives, in described transmission slide-bar II, spline synchronizing wheel II is also housed, the axle head that goes out of described cross box II is equipped with cross box synchronizing wheel II, described spline synchronizing wheel II and cross box synchronizing wheel II are by Synchronous Belt Drives, the output of described cross box II is cross box splined shaft II, cross box spline wheel II is housed in described cross box splined shaft II, head minor leading screw spline wheel is housed on described head minor leading screw, described cross box spline wheel II and head minor leading screw spline are taken turns by Synchronous Belt Drives, described head minor leading screw and head minor leading screw nut sleeve composition head minor leading screw kinematic pair, described head minor leading screw kinematic pair is installed on a side of head installation frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420105317.7U CN203821056U (en) | 2014-03-10 | 2014-03-10 | Movable operating mechanism for handpiece of multifunctional width quilting and embroidery machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420105317.7U CN203821056U (en) | 2014-03-10 | 2014-03-10 | Movable operating mechanism for handpiece of multifunctional width quilting and embroidery machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203821056U true CN203821056U (en) | 2014-09-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420105317.7U Withdrawn - After Issue CN203821056U (en) | 2014-03-10 | 2014-03-10 | Movable operating mechanism for handpiece of multifunctional width quilting and embroidery machine |
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| Country | Link |
|---|---|
| CN (1) | CN203821056U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103835072A (en) * | 2014-03-10 | 2014-06-04 | 江苏大岛机械集团有限公司 | Multifunctional swing type movable working mechanism of head of quilting and embroidering machine |
| CN104499188A (en) * | 2014-12-30 | 2015-04-08 | 东莞理工学院 | Numerical-control sewing and embroidering quilting machine provided with horizontal multi-needle machine head |
-
2014
- 2014-03-10 CN CN201420105317.7U patent/CN203821056U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103835072A (en) * | 2014-03-10 | 2014-06-04 | 江苏大岛机械集团有限公司 | Multifunctional swing type movable working mechanism of head of quilting and embroidering machine |
| CN103835072B (en) * | 2014-03-10 | 2016-08-17 | 江苏大岛机械集团有限公司 | A kind of multi-functional width formula embroidering machine mobile frame head operating mechanism |
| CN104499188A (en) * | 2014-12-30 | 2015-04-08 | 东莞理工学院 | Numerical-control sewing and embroidering quilting machine provided with horizontal multi-needle machine head |
| CN104499188B (en) * | 2014-12-30 | 2017-04-05 | 东莞理工学院 | Embroidery quilter is sew with long stitches in a kind of horizontal spininess head numerical control |
| CN106757813A (en) * | 2014-12-30 | 2017-05-31 | 邓君 | A kind of quilter |
| CN106757813B (en) * | 2014-12-30 | 2019-12-10 | 南京秦淮紫云创益企业服务有限公司 | quilting machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140910 Effective date of abandoning: 20160817 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |