CN202064158U - Abreast three-gold piece embroidery feeding profiling-shifting mechanism - Google Patents
Abreast three-gold piece embroidery feeding profiling-shifting mechanism Download PDFInfo
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- CN202064158U CN202064158U CN2011201198473U CN201120119847U CN202064158U CN 202064158 U CN202064158 U CN 202064158U CN 2011201198473 U CN2011201198473 U CN 2011201198473U CN 201120119847 U CN201120119847 U CN 201120119847U CN 202064158 U CN202064158 U CN 202064158U
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- guide wheel
- gold
- line slideway
- slideway auxiliary
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Abstract
The utility model discloses an abreast three-gold piece embroidery feeding profiling-shifting mechanism which comprises a motor installation seat, a driving motor fixed in the motor installation seat, a transverse straight line guide rail pair, a transmission mechanism, a longitudinal straight line guide rail pair, a fixed plate which is fixed on an embroiderer seat and a profiling assembly. The moving side of the transverse straight line guide rail pair is connected onto an abreast three-gold piece embroidery feeding device mechanism, and the non-moving side of the transverse straight line guide rail pair is fixed on the motor installation seat. An output shaft arranged at one end of the driving motor drives the moving side of the transverse straight line guide rail pair through the transmission mechanism. The moving side of the longitudinal straight line guide rail pair is connected with the motor installation seat, and the non-moving side of the longitudinal straight line guide rail pair is fixed on the fixed plate. The profiling assembly includes a backup plate and a guide wheel. The backup plate is arranged on the fixed plate. The guide wheel is arranged on a connector of the moving side of the longitudinal straight line guide rail pair and contacted with the backup plate. A return spring is connected between the fixed plate and the moving side of the longitudinal straight line guide rail pair. The abreast three-gold piece embroidery feeding profiling-shifting mechanism can adjust the gold pieces in three specifications and shift the centers of the gold pieces to be under embroidery needles according to the designated track, and has the advantages of having simple structure and accurate location.
Description
Technical field
The utility model relates to a kind of side-by-side three gold plaques embroidery of side-by-side three gold plaque embroidery machine feeding mechanism conversion needlework positions that cooperates and send sheet profiling inversion mechanism.
Background technology
In the prior art, side-by-side three gold plaque embroidery machine feeding mechanisms can be exported the gold plaque of three kinds of diameter specifications side by side and do for embroidery needlework, but because after three kinds of diameter specifications gold plaques export side by side, because of diameter different, its center difference, whenever change a kind of diameter specifications gold plaque output, must move its central point aligning embroidery pin tip position and could embroider work, this just needs a kind of can the realization according to the mechanism that changes the whole gold plaque center of sheet gauge style.
The utility model content
The technical problems to be solved in the utility model is: provide a kind of can move to by the center that three kinds of specification gold plaques are exported in the intended trajectory adjustment side by side embroider pin needle point upper/lower positions, side-by-side three gold plaques simple in structure, accurate positioning are embroidered and are sent sheet profiling inversion mechanism.
In order to solve the problems of the technologies described above, the utility model side-by-side three gold plaques are embroidered and are sent the technical scheme of sheet profiling inversion mechanism to be: comprise motor mount and the drive motors that is fixed therein, and horizontal line slideway auxiliary and transmission mechanism, also comprise a vertical line slideway auxiliary and the fixed head and the pattern assembly that are fixed on the embroidery machine headstock, the motion side of described horizontal line slideway auxiliary is connected to side-by-side three gold plaques and embroiders on the feeding mechanism, non-motion side is fixed on the motor mount, one end output shaft of described drive motors is the motion side that drives horizontal line slideway auxiliary by transmission mechanism, the motion side of described vertical line slideway auxiliary is connected with motor mount, non-motion side is fixed on the fixed head, described pattern assembly comprises backup plate and guide wheel, described backup plate is installed on the fixed head, guide wheel is installed on the connector of vertical line slideway secondary motion side, and contact with backup plate, also comprise back-moving spring, be connected between the motion side of fixed head and vertical line slideway auxiliary.
As one of optimal technical scheme of the present utility model be: described transmission mechanism is a kind of jointed gear unit, including an end is spiral arm and the connecting rod that is fixed on the drive motors output shaft, described connecting rod one end is hinged on described spiral arm, and the other end is hinged on the motion side of described horizontal line slideway auxiliary.
As two of optimal technical scheme of the present utility model be: described backup plate is a ruler shape backup plate, described drive motors also has other end output shaft, described guide wheel is fixedly mounted on this end output shaft, driving running with drive motors, described guide wheel is the cam with two kinds of lifting curves, the length of every kind of lifting curve equals the adjacent gold plaque vertical range of output trajectory center line side by side, and lift equals radius poor of adjacent gold plaque.
As three of optimal technical scheme of the present utility model be: described guide wheel is circular guiding guide wheel, described backup plate is the diminishing rule backup plate, the one side that contacts with guide wheel has two kinds of lifting curves, the length of every kind of lifting curve equals the adjacent gold plaque vertical range of output trajectory center line side by side, lift equals radius poor of adjacent gold plaque, the motion side of described horizontal line slideway auxiliary is fixed with a dead axle, has microscler upper hole above the non-motion side, described dead axle passes microscler resigning hole and stretches out, described guide wheel is installed on this dead axle, and guide wheel is along with the motion side rectilinear motion of horizontal line slideway auxiliary.
As four of optimal technical scheme of the present utility model be: described horizontal line slideway auxiliary and vertical line slideway auxiliary all are circular shaft line slideways, comprise U-shaped guide rail and slide, described U-shaped guide rail comprises that U-shaped guide groove and symmetry are inlaid in each circular shaft guide rail of two of its both sides, described slide comprises Connection Block and installation guide wheel wherein, described guide wheel has three, divide two groups by the distribution of both sides cooperation circular shaft guide rail, one group has two, it is the fixed position, one of another group, two side guide wheel centre-to-centre spacing are regulated in eccentric rotation, described guide wheel two ends up and down has symmetrical inclined-plane, two inclined-planes up and down of this guide wheel one side are to be embedded between two circular shaft guide rails of homonymy, and touch scrolling simultaneously with it.
The beneficial effects of the utility model are: the utility model can be regulated three kinds of specification gold plaque central points from the XY direction of principal axis simultaneously and move under the embroidery pin, X-direction is to adopt the jointed gear unit mode to regulate, Y direction is to adopt the profiling mode to regulate, promptly be successively to move to the motion track needs of embroidering under the pin according to three kinds of specification gold plaque central points, drive the jointed gear unit of X-direction and the pattern assembly of Y direction simultaneously by drive motors, drive whole side-by-side three gold plaques and embroider feeding mechanism, regulate various gold plaque central points and accurately move to embroider and send sheet to embroider under the pin to do along the movement locus of setting; The design's characteristics are, three kinds of specification gold plaques embroidering feeding mechanism according to side-by-side three gold plaques send sheet to put in order, the track that the line at three gold plaque centers forms, resolve into XY direction of principal axis amount, be designed to the pattern assembly, three kinds of specification gold plaques send the sheet difference that puts in order, the movement locus of pattern assembly will be different, that is to say, need be fit to three kinds of specification gold plaques by replacing pattern assembly and send putting in order of sheet, realize multi-form, three gold plaques of many specification limits are embroidered and are done, and have to move to by the center that three kinds of specification gold plaques are exported in the intended trajectory adjustment side by side to embroider pin needle point upper/lower positions, simple in structure, the beneficial effect of accurate positioning.
Description of drawings
Send sheet profiling inversion mechanism to be described in more detail below in conjunction with accompanying drawing to side-by-side three gold plaques embroidery of the present utility model.
Fig. 1 is that the utility model side-by-side three gold plaques are embroidered the stereogram that send sheet profiling inversion mechanism.
Fig. 2 is that the utility model side-by-side three gold plaques are embroidered the front view that send sheet profiling inversion mechanism.
Fig. 3 is the right view of Fig. 2.
Fig. 4 is the left view of Fig. 2.
Fig. 5 is the vertical view of Fig. 2.
Fig. 6 is the rearview of Fig. 2.
Fig. 7 is the upward view of Fig. 6.
Fig. 8 is the three-dimensional view of Fig. 7.
Fig. 9 is that the guide wheel of pattern assembly in the utility model makes gold plaque of outermost be in the vertical view of embroidering under the pin.
Figure 10 is that a gold plaque was in the vertical view of embroidering under the pin in the middle of the guide wheel of pattern assembly in the utility model made.
Figure 11 is that the guide wheel of pattern assembly in the utility model makes the interior gold plaque be in the vertical view of embroidering under the pin.
Figure 12 is the front view of the guide wheel of pattern assembly in the utility model.
Figure 13 is the vertical view of Figure 12.
Figure 14 is the right view of Figure 12.。
Figure 15 is the left view of Figure 12.
Figure 16 is the stereogram of Figure 12.
Figure 17 is that the utility model side-by-side three gold plaques embroidery send sheet profiling inversion mechanism rack-mounted three-dimensional view.
Figure 18 is that the utility model side-by-side three gold plaques are embroidered the stereogram when sending sheet profiling inversion mechanism to adopt another kind of pattern assembly.
Figure 19 is that the utility model side-by-side three gold plaques are embroidered the front view when sending sheet profiling inversion mechanism to adopt another kind of pattern assembly.
Figure 20 is the vertical view of Figure 19.
Figure 21 is the right view of Figure 19.
Figure 22 is that the diminishing rule backup plate is suitable for the front view that 5mm-3mm-5mm arranges in Figure 19 the utility model.
Figure 23 is that the diminishing rule backup plate is suitable for the stereogram that 5mm-3mm-5mm arranges in Figure 19 the utility model.
Figure 24 is that the diminishing rule backup plate is suitable for the front view that 7mm-3mm-5mm arranges in Figure 19 the utility model.
Figure 25 is that the diminishing rule backup plate is suitable for the stereogram that 7mm-3mm-5mm arranges in Figure 19 the utility model.
Figure 26 is that the diminishing rule backup plate is suitable for the front view that 7mm-3mm-7mm arranges in Figure 19 the utility model.
Figure 27 is that the diminishing rule backup plate is suitable for the stereogram that 7mm-3mm-7mm arranges in Figure 19 the utility model.
Figure 28 is that the utility model side-by-side three gold plaques are embroidered rack-mounted three-dimensional view when sending sheet profiling inversion mechanism to adopt another kind of pattern assembly.
Figure 29 is the axial view of horizontal or vertical line slideway auxiliary in the utility model.
Figure 30 is the slide guide wheel distribution map of Figure 29.
Figure 31 is the U-shaped guide rail axial view of Figure 29.
Figure 32 is slide guide wheel and the U-shaped rail engaging structure schematic diagram of Figure 29.
The specific embodiment:
Shown in Fig. 1～32, the utility model side-by-side three gold plaques are embroidered and are sent the technical scheme of sheet profiling inversion mechanism to be: comprise motor mount 1 and the drive motors 2 that is fixed therein, and horizontal line slideway auxiliary 3 of X-axis and transmission mechanism 5, also comprise a vertical line slideway auxiliary 6 of Y-axis and the fixed head 7 and the pattern assembly 8 that are fixed on the embroidery machine headstock, the motion side of described horizontal line slideway auxiliary 3 is connected to side-by-side three gold plaques and embroiders on the feeding mechanism 4, non-motion side is fixed on the motor mount 1, one end output shaft of described drive motors 2 is the motion sides that drive horizontal line slideway auxiliary 3 by transmission mechanism 5, the motion side of described vertical line slideway auxiliary 6 is connected with motor mount 1, non-motion side is fixed on the fixed head 7, described pattern assembly 8 comprises backup plate 81 and guide wheel 82, described backup plate 81 is installed on the fixed head 7, guide wheel 82 is installed on the connector of vertical line slideway auxiliary 6 motion sides, and contact with backup plate 81, also comprise back-moving spring 9, be connected between the motion side of fixed head 7 and vertical line slideway auxiliary 6.In the present embodiment, the design of pattern assembly 8, can send sheet to put in order according to three kinds of specification gold plaques of side-by-side three gold plaques embroidery feeding mechanism 4, the track that the line at three gold plaque centers forms, resolve into XY direction of principal axis amount, be designed to the lifting curve of profiling in the pattern assembly 8, three kinds of specification gold plaques send the sheet difference that puts in order, the lifting curve of pattern assembly 8 profilings will be different, that is to say, be fit to three kinds of specification gold plaques by replacing pattern assembly 8 and send putting in order of sheet, realize three gold plaques embroidery work multi-form, many specification limits.
Shown in Fig. 1～8, as one of optimal technical scheme of the present utility model be: described transmission mechanism 5 is a kind of jointed gear units, including an end is spiral arm 51 and the connecting rod 52 that is fixed on drive motors 2 output shafts, described connecting rod 52 1 ends are hinged on described spiral arm 51, and the other end is hinged on the motion side of described horizontal line slideway auxiliary 3.
Shown in Fig. 1～17, as two of optimal technical scheme of the present utility model be: described backup plate 81 is ruler shape backup plates, described drive motors 2 also has other end output shaft, described guide wheel 82 is fixedly mounted on this end output shaft, drive running with drive motors 2, described guide wheel 82 is the cams with two kinds of lifting curves, and the length of every kind of lifting curve equals the adjacent gold plaque vertical range of output trajectory center line side by side, and lift equals radius poor of adjacent gold plaque.In the present embodiment, the design of guide wheel 82, can send sheet to put in order according to three kinds of specification gold plaques of side-by-side three gold plaques embroidery feeding mechanism 4, the track that the line at three gold plaque centers forms, resolve into XY direction of principal axis amount, be designed to the lifting curve of profiling in the guide wheel 82, three kinds of specification gold plaques send the sheet difference that puts in order, the lifting curve of guide wheel 82 profilings will be different, for example: adopt format diameter 3mm, 5mm, the 7mm gold plaque is established diameter 3mm and 5mm gold plaque, and diameter 5mm and 7mm the gold plaque vertical range of output trajectory center line side by side are respectively 6mm, 8mm, move to the 5mm gold plaque from the 3mm gold plaque, the length of lifting curve equals 6mm, and lift equals 1mm, moves to the 7mm gold plaque from the 5mm gold plaque, the length of lifting curve equals 8mm, and lift equals 1mm.Difference puts in order, the straight path that its each gold plaque central point of exporting side by side is linked to be is also different, as arranging according to diameter 3mm, 5mm, 7mm, the track that its central point is linked to be is a skew lines, the lifting curve of guide wheel 82 profilings is curves so, seamlessly transits curve by what two kinds of lifts connected into; As arranging according to diameter 5mm, 3mm, 7mm, the track that its central point is linked to be is a V-arrangement broken line, and the lifting curve of guide wheel 82 profilings is concave curves so, the concave curve that is connected into by two kinds of lifts; As arranging according to diameter 5mm, 7mm, 3mm, the track that its central point is linked to be is an inverted V-shaped broken line, and the lifting curve of guide wheel 82 profilings is crest curves so, the crest curve that is connected into by two kinds of lifts; During operation, as according to diameter 5mm, 3mm, 7mm arranges, embroider the center of the starting point of pin at diameter 5mm gold plaque, after having embroidered diameter 5mm gold plaque, need to embroider when making diameter 3mm gold plaque, if it is motionless embroidering the pin position, just the 3mm gold plaque need be moved to and embroider under the pin, promptly be to move on the center of original 5mm gold plaque, drive motors 2 runnings so, drive transmission device 5 makes whole side-by-side three gold plaques embroider feeding mechanism 4 and moves along the X-direction straight line, when its X axis moves, guide wheel 82 rotates with drive motors 2 output shafts, and backup plate 81 is fixed, guide wheel 82 is forced it to move converting the Y direction straight line to when profiling lifting curve own rotates by backup plate 81, thereby promoting whole side-by-side three gold plaques embroidery feeding mechanism 4 simultaneously moves along the Y direction straight line, move to embroider under the pin up to the 3mm gold plaque and stop, promptly be to move on the center of original 5mm gold plaque to stop, finish first lift, motion process constitutes the movement locus that the 3mm gold plaque is moved to 5mm gold plaque center; After having embroidered the 3mm gold plaque, make the 7mm gold plaque if embroider, drive motors 2 continues running in the same way, drive transmission device 5 makes whole side-by-side three gold plaques embroider feeding mechanism 4 continuation and moves along the X-direction straight line, when its continuation X axis moves, guide wheel 82 is to continue to rotate with drive motors 2 output shafts, backup plate 81 continues to make guide wheel 82 to convert the Y direction straight line to along the lifting curve of its profiling to move, thereby continuing to promote whole side-by-side three gold plaques embroidery feeding mechanism 4 simultaneously moves along the Y direction straight line, move to embroider under the pin up to the 7mm gold plaque and stop, promptly be to move on the center of original 3mm gold plaque to stop, finish second lift, motion process constitutes the movement locus that the 7mm gold plaque is moved to 3mm gold plaque center; If continue to embroider a kind of gold plaque down, just allow drive motors 2 reverse, move whole side-by-side three gold plaques in the other direction and embroider feeding mechanism 4, can repeat above-mentioned action, the running control of drive motors 2 can be operated by the computer setting program.
Shown in Figure 18～28, as three of optimal technical scheme of the present utility model be: described guide wheel 82 is circular guiding guide wheels, described backup plate 81 is diminishing rule backup plates, the one side that contacts with guide wheel has two kinds of lifting curves, the length of every kind of lifting curve equals the adjacent gold plaque vertical range of output trajectory center line side by side, lift equals radius poor of adjacent gold plaque, the motion side of described horizontal line slideway auxiliary 3 is fixed with a dead axle 33, has microscler resigning hole 34 above the non-motion side, described dead axle 33 passes microscler resigning hole 34 and stretches out, described guide wheel 82 is installed on this dead axle 33, and guide wheel 82 is along with the motion side rectilinear motion of horizontal line slideway auxiliary 3.In the present embodiment, the design of backup plate 81, can send sheet to put in order according to three kinds of specification gold plaques of side-by-side three gold plaques embroidery feeding mechanism 4, the track that the line at three gold plaque centers forms, resolve into XY direction of principal axis amount, be designed to the lifting curve of profiling in the backup plate 81, three kinds of specification gold plaques send the sheet difference that puts in order, the lifting curve of backup plate 81 profilings will be different, for example: adopt format diameter 3mm, 5mm, the 7mm gold plaque is established diameter 3mm and 5mm gold plaque, and diameter 5mm and 7mm the gold plaque vertical range of output trajectory center line side by side are respectively 6mm, 8mm, move to the 5mm gold plaque from the 3mm gold plaque, the length of lifting curve equals 6mm, and lift equals 1mm, moves to the 7mm gold plaque from the 5mm gold plaque, the length of lifting curve equals 8mm, and lift equals 1mm.Difference puts in order, the straight path that its each gold plaque central point of exporting side by side is linked to be is also different, and as arranging according to diameter 3mm, 5mm, 7mm, the track that its central point is linked to be is a skew lines, the lifting curve of backup plate 81 profilings is skew lines so, and two kinds of lifts connect in line; As arranging according to diameter 5mm, 3mm, 7mm, the track that its central point is linked to be is a V-arrangement broken line, and the lifting curve of backup plate 81 profilings is V-arrangement broken lines so, and two kinds of lifts connect into a V-shaped line; As arranging according to diameter 5mm, 7mm, 3mm, the track that its central point is linked to be is an inverted V-shaped broken line, and the lifting curve of backup plate 81 profilings is inverted V-shaped broken lines so, and two kinds of lifts connect into an inverted V-shaped line; During operation, as according to diameter 5mm, 3mm, 7mm arranges, embroider the center of the starting point of pin at diameter 5mm gold plaque, after having embroidered diameter 5mm gold plaque, need to embroider when making diameter 3mm gold plaque, if it is motionless embroidering the pin position, just the 3mm gold plaque need be moved to and embroider under the pin, promptly be to move on the center of original 5mm gold plaque, drive motors 2 runnings so, drive transmission device 5 makes whole side-by-side three gold plaques embroider feeding mechanism 4 and moves along the X-direction straight line, when its X axis moves, described guide wheel 82 carries out the X axis rectilinear motion in company with the motion side of horizontal line slideway auxiliary 3, and roll extrusion has a side roll of profiling lifting curve at fixing backup plate 81, guide wheel 82 is moved along Y direction, thereby promoting whole side-by-side three gold plaques embroidery feeding mechanism 4 moves along the Y direction straight line again, move to embroider under the pin up to the 3mm gold plaque and stop, promptly be to move on the center of original 5mm gold plaque to stop, finish first lift, motion process constitutes the movement locus that the 3mm gold plaque is moved to 5mm gold plaque center; After having embroidered the 3mm gold plaque, make the 7mm gold plaque if embroider, drive motors 2 continues running in the same way, drive transmission device 5 makes whole side-by-side three gold plaques embroider feeding mechanism 4 continuation and moves along the X-direction straight line, when its continuation X axis moves, described guide wheel 82 continues to carry out the X axis rectilinear motion in company with the motion side of horizontal line slideway auxiliary 3, and the continuation roll extrusion has a side roll of profiling lifting curve at fixing backup plate 81, make guide wheel 82 continue to move along Y direction, thereby continuing to promote whole side-by-side three gold plaques embroidery feeding mechanism 4 moves along the Y direction straight line again, move to embroider under the pin up to the 7mm gold plaque and stop, promptly be to move on the center of original 3mm gold plaque to stop, finish second lift, motion process constitutes the movement locus that the 7mm gold plaque is moved to 3mm gold plaque center; If continue to embroider a kind of gold plaque down, just allow drive motors 2 reverse, move whole side-by-side three gold plaques in the other direction and embroider feeding mechanism 4, can repeat above-mentioned action, the running control of drive motors 2 can be operated by the computer setting program.
Shown in Figure 29～32, as four of optimal technical scheme of the present utility model be: described horizontal line slideway auxiliary 3 and vertical line slideway auxiliary 6 all are circular shaft line slideways, comprise U-shaped guide rail 31 and slide 32, described U-shaped guide rail 31 comprises that U-shaped guide groove 311 and symmetry are inlaid in each circular shaft guide rail 312 of two of its both sides, described slide 32 comprises Connection Block 321 and installation guide wheel 322 wherein, described guide wheel 322 has three, divide two groups by 312 distributions of both sides cooperation circular shaft guide rail, one group has two, it is the fixed position, one of another group, two side guide wheel centre-to-centre spacing are regulated in eccentric rotation, described guide wheel (322) is the inclined-plane of two ends with symmetry up and down, and two inclined-planes up and down of these guide wheel (322) one sides are to be embedded between two circular shaft guide rails (312) of homonymy, and touch scrolling simultaneously with it.
Shown in Fig. 1～32, operation principle of the present utility model: the utility model can be regulated three kinds of specification gold plaque central points from the XY direction of principal axis simultaneously and move under the embroidery pin; In the present embodiment, X-direction is to adopt a kind of transmission mechanism 5 of connecting rod transmission to regulate, Y direction is to adopt the pattern assembly 8 of profiling mode to regulate, promptly be successively to move to the motion track needs of embroidering under the pin according to three kinds of specification gold plaque central points, drive the connecting rod type transmission mechanism 5 of X-direction and the pattern assembly 8 of Y direction simultaneously by drive motors 2, drive whole side-by-side three gold plaques and embroider feeding mechanism 4, regulate various gold plaque central points and accurately move to embroider and send sheet to embroider under the pin to do along the movement locus of setting; The running control of drive motors 2 can be operated by the computer setting program.
The above be the utility model preferred embodiment, it does not constitute the restriction to the utility model protection domain, so long as realize the purpose of this utility model with essentially identical means, all should belong to protection domain of the present utility model.
Claims (5)
1. side-by-side three gold plaques are embroidered and are sent sheet profiling inversion mechanism, it is characterized in that: the drive motors (2) that comprises motor mount (1) and be fixed therein, and horizontal line slideway auxiliary (3) and transmission mechanism (5), also comprise a vertical line slideway auxiliary (6) and be fixed on fixed head (7) and pattern assembly (8) on the embroidery machine headstock, the motion side of described horizontal line slideway auxiliary (3) is connected to side-by-side three gold plaques and embroiders on the feeding mechanism (4), non-motion side is fixed on the motor mount (1), one end output shaft of described drive motors (2) is the motion side that drives horizontal line slideway auxiliary (3) by transmission mechanism (5), the motion side of described vertical line slideway auxiliary (6) is connected with motor mount (1), non-motion side is fixed on the fixed head (7), described pattern assembly (8) comprises backup plate (81) and guide wheel (82), described backup plate (81) is installed on the fixed head (7), guide wheel (82) is installed on the connector of vertical line slideway auxiliary (6) motion side, and contact with backup plate (81), also comprise back-moving spring (9), be connected between the motion side of fixed head (7) and vertical line slideway auxiliary (6).
2. side-by-side three gold plaques according to claim 1 are embroidered and are sent sheet profiling inversion mechanism, it is characterized in that: described transmission mechanism (5) is a kind of jointed gear unit, including an end is spiral arm (51) and the connecting rod (52) that is fixed on drive motors (2) output shaft, described connecting rod (52) one ends are hinged on described spiral arm (51), and the other end is hinged on the motion side of described horizontal line slideway auxiliary (3).
3. side-by-side three gold plaques according to claim 1 are embroidered and are sent sheet profiling inversion mechanism, it is characterized in that: described backup plate (81) is a ruler shape backup plate, described drive motors (2) also has other end output shaft, described guide wheel (82) is fixedly mounted on this end output shaft, driving running with drive motors (2), described guide wheel (82) is the cam with two kinds of lifting curves, the length of every kind of lifting curve equals the adjacent gold plaque vertical range of output trajectory center line side by side, and lift equals radius poor of adjacent gold plaque.
4. side-by-side three gold plaques according to claim 1 are embroidered and are sent sheet profiling inversion mechanism, it is characterized in that: described guide wheel (82) is circular guiding guide wheel, described backup plate (81) is the diminishing rule backup plate, the one side that contacts with guide wheel has two kinds of lifting curves, the length of every kind of lifting curve equals the adjacent gold plaque vertical range of output trajectory center line side by side, lift equals radius poor of adjacent gold plaque, the motion side of described horizontal line slideway auxiliary (3) is fixed with a dead axle (33), has microscler resigning hole (34) above the non-motion side, described dead axle (33) passes microscler resigning hole (34) and stretches out, described guide wheel (82) is installed on this dead axle (33), and guide wheel (82) is along with the motion side rectilinear motion of horizontal line slideway auxiliary (3).
5. side-by-side three gold plaques according to claim 1 are embroidered and are sent sheet profiling inversion mechanism, it is characterized in that: described horizontal line slideway auxiliary (3) and vertical line slideway auxiliary (6) all are circular shaft line slideways, comprise U-shaped guide rail (31) and slide (32), described U-shaped guide rail (31) comprises that U-shaped guide groove (311) and symmetry are inlaid in each circular shaft guide rail (312) of two of its both sides, described slide (32) comprises Connection Block (321) and installation guide wheel (322) wherein, described guide wheel (322) has three, divide two groups by both sides cooperation circular shaft guide rails (312) distribution, one group has two, it is the fixed position, one of another group, two side guide wheel centre-to-centre spacing are regulated in eccentric rotation, described guide wheel (322) two ends up and down has symmetrical inclined-plane, two inclined-planes up and down of these guide wheel (322) one sides are to be embedded between two circular shaft guide rails (312) of homonymy, and touch scrolling simultaneously with it.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201198473U CN202064158U (en) | 2011-04-18 | 2011-04-18 | Abreast three-gold piece embroidery feeding profiling-shifting mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201198473U CN202064158U (en) | 2011-04-18 | 2011-04-18 | Abreast three-gold piece embroidery feeding profiling-shifting mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202064158U true CN202064158U (en) | 2011-12-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011201198473U Expired - Fee Related CN202064158U (en) | 2011-04-18 | 2011-04-18 | Abreast three-gold piece embroidery feeding profiling-shifting mechanism |
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| CN (1) | CN202064158U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109576918A (en) * | 2019-01-19 | 2019-04-05 | 湖州冠炯机电科技有限公司 | A kind of more gold plaque lamination devices and the embroidery machine using the device |
| CN109576917A (en) * | 2019-01-19 | 2019-04-05 | 湖州冠炯机电科技有限公司 | Embroider the method, lamination device and the embroidery machine using the device of lamination |
-
2011
- 2011-04-18 CN CN2011201198473U patent/CN202064158U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109576918A (en) * | 2019-01-19 | 2019-04-05 | 湖州冠炯机电科技有限公司 | A kind of more gold plaque lamination devices and the embroidery machine using the device |
| CN109576917A (en) * | 2019-01-19 | 2019-04-05 | 湖州冠炯机电科技有限公司 | Embroider the method, lamination device and the embroidery machine using the device of lamination |
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