CN104372542A - Bead arranging and feeding device of bead embroidery device - Google Patents
Bead arranging and feeding device of bead embroidery device Download PDFInfo
- Publication number
- CN104372542A CN104372542A CN201410639983.3A CN201410639983A CN104372542A CN 104372542 A CN104372542 A CN 104372542A CN 201410639983 A CN201410639983 A CN 201410639983A CN 104372542 A CN104372542 A CN 104372542A
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- Prior art keywords
- clamper
- pearl
- hypomere
- epimere
- driven
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05C—EMBROIDERING; TUFTING
- D05C7/00—Special-purpose or automatic embroidering machines
- D05C7/08—Special-purpose or automatic embroidering machines for attaching cords, tapes, bands, or the like
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05C—EMBROIDERING; TUFTING
- D05C13/00—Auxiliary devices incorporated in embroidering machines, not otherwise provided for; Ancillary apparatus for use with embroidering machines
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- Textile Engineering (AREA)
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Abstract
The invention discloses a bead arranging and feeding device of a bead embroidery device. The bead arranging and feeding device comprises a rack, a power driving and distributing device which is fixedly arranged on the rack, a bead guide rod for guiding beads to drop and provided with a bead containing section, an upper bead feeding section movably arranged on the rack, and a lower bead feeding section movably arranged on the rack, wherein a bead arranging device is arranged at the upper part of the rack, the upper bead feeding section comprises a plurality of upper section clamping devices, the power driving an distributing device drives at least one upper section clamping device which is used for clamping the bead guide rod; and the lower bead feeding section comprises a lower section clamping device, the power driving and distributing device drives the lower section clamping device to clamp the bead guide rod, and the lower section clamping device is away from the closest upper section clamping device by a distance, so that the enough beads can penetrate the bead containing section between the lower section clamping device and the closest upper section clamping device. The bead arranging and feeding device has a simple structure, can be used conveniently, has the high production efficiency and can clamp the bead guide rod stably.
Description
Technical field
The present invention relates to a kind of embroidery pearl device, be specifically related to a kind of embroidery pearl device row pearl and send pearl device.
Background technology
In society trend, increasing clothes is bought to attract consumer, be sewn into tiny embroidery pearl as decorative pattern on clothes, and these pearls are often because particle is tiny, causing manually wearing pearl as adopted in the process of making will reduce production efficiency greatly.
The disclosed a kind of embroidery pearl pay-off of Chinese patent CN201310163593.9, comprise and draw pearl pipe for what guide pearl embroidery to fall, also comprise timesharing clamping device, embroider pearl separating mechanism, feeder and automatic feed mechanism, described timesharing clamping device comprises several clampers, under the driving of clamping motor, one-way-sleeve drive spaced clamper timesharing close from, thus make to draw pearl pipe all the time and be in a fixed position.Above-mentioned design additionally provides a kind of method of embroidering pearl feeding.Above-mentioned design is by timesharing clamping device, embroidery pearl separating mechanism and automatic feed mechanism make embroidery pearl be sent to processing stations one by one, realize embroidering pearl self-feeding, although above-mentioned design structure is ingenious, productivity ratio is high, automaticity is high, installation and maintenance are convenient, processing cost is low, have higher practical value, but the life-span is not long, maintenance period is short, simultaneously clamper timesharing close from time can produce following adverse consequences:
1. can cause drawing the slightly movement up and down of pearl pipe, draw pearl pipe after long-time use and move up and down distance greatly, need to shut down calibration and draw pearl pipe position;
2. clamper timesharing close from time can cause drawing pearl pipe and rock and wave, make to draw pearl pipe unstable, embroidering pearl shift position like this can change, and embroidery pearl cannot normally be carried.
Thus be badly in need of a kind of structure simple, clamper conjunction is not rocked from Shi Yinzhu pipe and is waved, and draws pearl pipe and is sent pearl device by the embroidery pearl device of stable holding row pearl all the time.
Summary of the invention
The present invention is directed to the problems referred to above, provide that a kind of structure is simple, easy to use, production efficiency is high, lead the embroidery pearl device row pearl that pearl bar cramp keeps steady fixed and send pearl device.
The present invention's adopted technical scheme that solves the problem is: a kind of pearl device of embroidering is arranged pearl and sent pearl device, and wherein, comprising: frame, upper rack is provided with bead arranging machine structure; Power drive distributor, power drive distributor is fixedly installed in frame; Leading pearl bar, embroidering pearl whereabouts for guiding, lead pearl bar and there is embroidery pearl accommodating section; Send pearl epimere, send pearl epimere to be movably arranged in frame, send pearl epimere to comprise several epimere clampers, power drive distributor drives at least one epimere gripper to lead pearl bar; Send pearl hypomere, pearl hypomere is sent to be movably arranged in frame, pearl hypomere is sent to comprise hypomere clamper, power drive distributor drives hypomere gripper to lead pearl bar, between the epimere clamper that hypomere clamper is nearest, there is certain distance, the embroidery pearl accommodating section between the epimere clamper that hypomere clamper is nearest to run through enough embroidery pearls.
Further, also comprise: the first back shaft, the first back shaft is fixedly installed in frame; Second back shaft, the second back shaft is fixedly installed in frame; Driving shaft, driving shaft can be rotatably set in frame, and driving shaft is parallel to the first back shaft and the second back shaft respectively, and driving shaft is provided with several cams be interspersed, power drive distributor drives driving shaft to rotate, and driving shaft one end is connected with initiatively unilateral bearing.
Further, hypomere clamper comprises hypomere initiatively clamper and the driven clamper of hypomere, hypomere initiatively clamper is set on the first back shaft, the driven clamper of hypomere is set on the second back shaft, and power drive distributor drives hypomere active clamper and the driven gripper of hypomere to lead pearl bar or unclamp and leads pearl bar.
Further, hypomere clamper also comprises hypomere clamper jaw, initiatively driving lever and hypomere reset tension spring, hypomere clamper jaw is used for clamping and leads pearl bar, initiatively driving lever one end is connected to one end of the driven clamper of hypomere, initiatively driving lever has a driving lever opening, hypomere reset tension spring one end is connected on the driven clamper of hypomere, and the other end is connected in frame.
Further, the driven clamper one end of hypomere has hypomere initiatively clamper driving lever, hypomere initiatively clamper driving lever is connected with driving lever opening, the driven clamper of hypomere also has hypomere initiatively clamper tooth, and hypomere initiatively clamper is provided with the driven clamper tooth of hypomere be meshed with hypomere active clamper tooth.
Further, power drive distributor comprises: hypomere clamper driving shaft, and hypomere clamper driving shaft can be rotatably set in frame, and one end of hypomere clamper driving shaft is connected with active driving lever; Driving gear, driving gear is arranged on active unilateral bearing, and driving gear one end is connected with drive motors; Driven gear, driven gear and driving gear engage each other, and driven gear is provided with driven unilateral bearing, and driven unilateral bearing one end is connected with the other end of hypomere clamper driving shaft, and driven unilateral bearing rotation direction is with initiatively unilateral bearing rotation direction is contrary.
Further, epimere clamper comprises the driven clamper of epimere and epimere initiatively clamper, the driven clamper of epimere is set on the second back shaft, epimere initiatively clamper is set on the first back shaft, the driven clamper front end of epimere is connected in frame by epimere reset tension spring, and actuated by cams epimere active clamper and the driven gripper of epimere are led pearl bar or unclamped and lead pearl bar.
Further, epimere driven clamper one end has the driven clamper jaw of epimere, epimere initiatively clamper one end has epimere initiatively clamper jaw, and the driven clamper jaw of epimere and epimere initiatively clamper jaw clamp formation one for clamping the epimere clamp port of leading pearl bar.
Further, epimere initiatively clamper also has an epimere initiatively clamper tooth, the driven clamper of epimere also has a driven clamper tooth of epimere be meshed with epimere active clamper tooth, and the other end of epimere active clamper has epimere driving lever, and epimere driving lever is provided with rotating roller.
Further, also comprise electrical control gear and first sensor, wherein, electrical control gear is for controlling bead arranging machine structure, power drive distributor, sending pearl epimere and sending pearl hypomere mutual co-ordination, first sensor is for detecting the embroidery pearl in the embroidery pearl accommodating section between the nearest epimere clamper of hypomere clamper, first sensor is arranged on hypomere clamper top, when leading the embroidery pearl on pearl bar and accumulating to some, electrical control gear controls power drive distributor makes hypomere clamper start working.
Whether further, also comprise the second sensor, the second sensor setting is at bead arranging machine structure and send between pearl epimere, full for detecting the embroidery pearl sending Zhu Shangduanchu to lead on pearl bar.
The advantage that the present invention has:
1. the present invention realizes sending the epimere clamper of pearl epimere and sending the hypomere gripper of pearl hypomere to lead pearl bar by power drive distributor, guide and embroider pearl whereabouts, realize the transmission of embroidering pearl, embroider while pearl transmits and can ensure that the position of leading pearl bar is constant all the time, epimere clamper comprises the driven clamper of epimere and epimere initiatively clamper, hypomere clamper comprises hypomere initiatively clamper and the driven clamper of hypomere, and thus structure is simple, easy to use;
2. between the epimere clamper that hypomere clamper is nearest, there is certain distance, to run through enough embroidery pearls in the embroidery pearl accommodating section between the epimere clamper that hypomere clamper is nearest, first sensor is for detecting the embroidery pearl in the embroidery pearl accommodating section between the nearest epimere clamper of hypomere clamper, when embroidering pearl whereabouts, hypomere clamper clamps all the time leads pearl bar, thus leading pearl bar cramp keeps steady calmly, when leading the embroidery pearl on pearl bar and accumulating to some, electrical control gear controls power drive distributor makes hypomere clamper start working, and now epimere clamper keeps clamp position, thus operating efficiency is high, in addition lead pearl bar and can not produce movement, also can not rock, lead pearl bar to be clamped all the time, thus stablize compared to existing technology,
3. in the present invention, power drive distributor drives driving shaft to rotate, thus initiatively clamper and the driven gripper of epimere are led pearl bar or are unclamped and lead pearl bar to make actuated by cams epimere, power drive distributor drives hypomere active clamper and the driven gripper of hypomere to lead pearl bar or unclamp and leads pearl bar, in addition, between the epimere clamper that hypomere clamper is nearest, there is certain distance, so that leading on pearl bar between the epimere clamper that hypomere clamper is nearest runs through enough embroidery pearls, in addition, driven unilateral bearing rotation direction is with initiatively unilateral bearing rotation direction is contrary, thus, hypomere clamper and epimere clamper can phase mutually synchronization or alternations, to realize the efficient work sent pearl epimere and send pearl hypomere, improve and send pearl efficiency.
Except object described above, feature and advantage, the present invention also has other object, feature and advantage.Below with reference to figure, the present invention is further detailed explanation.
Accompanying drawing explanation
Forming the part of this description, showing the preferred embodiments of the present invention for understanding accompanying drawing of the present invention further, and be used for principle of the present invention is described together with description.In the accompanying drawings:
Fig. 1 is front view of the present invention;
Fig. 2 is left view of the present invention;
Fig. 3 is perspective view of the present invention;
Fig. 4 is the first local perspective view of the present invention;
Fig. 5 is the front view of epimere clamper of the present invention;
Fig. 6 is the second local perspective view of the present invention; And
Fig. 7 is the 3rd sectional perspective structural representation of the present invention.
Wherein, be labeled as in figure:
100 is bead arranging machine structure, 101 is material cup, 102 is frame, 103 for leading pearl bar, 1031 for embroidering pearl accommodating section, 200 for sending pearl epimere, 201 is the driven clamper of epimere, 202 is epimere initiatively clamper, 203 is the driven clamper tooth of epimere, 204 is epimere initiatively clamper tooth, 205 is the driven clamper jaw of epimere, 206 is epimere initiatively clamper jaw, 207 is epimere clamp port, 208 is epimere driving lever, 210 is cam, 211 is roller pin, 212 is roller, 213 is epimere reset tension spring, 300 for sending pearl hypomere, 301 is active driving lever, 302 is hypomere initiatively clamper, 303 is the driven clamper of hypomere, 304 is driving lever opening, 305 is hypomere reset tension spring, 306 is extension spring screw, 307 is hypomere initiatively clamper tooth, 308 is the driven clamper tooth of hypomere, 309 is hypomere initiatively clamper driving lever, 310 is hypomere clamper jaw, 400 is power drive distributor, 401 is drive motors, 402 is driving gear, 403 is driven gear, 404 is active unilateral bearing, 405 is driven unilateral bearing, 406 is the first back shaft, 407 is the second back shaft, 408 is hypomere clamper driving shaft, 409 is driving shaft, 500 is head.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiments of the invention are described in detail, but the multitude of different ways that the present invention can be defined by the claims and cover is implemented.
Referring to figs. 1 to Fig. 7, one is as shown in Figure 1 embroidered pearl device row pearl and is sent pearl device, wherein, this row pearl send pearl device to comprise bead arranging machine structure 100, send pearl epimere 200, send pearl hypomere 300, power drive distributor 400 and frame 102, bead arranging machine structure 100 is arranged on the top of frame 102, power drive distributor 400 is arranged on the bottom of frame 102, pearl epimere 200 is sent to be positioned at below bead arranging machine structure 100, pearl hypomere 300 is sent to send between pearl epimere 200 and power drive distributor 400, as shown in Figure 2, head 500 is also connected with in the bottom of frame 102, and head 500 is positioned at the below of power drive distributor 400.
As shown in Figure 3, this row pearl is sent pearl device also to comprise and leads pearl bar 103, first back shaft 406 and the second back shaft 407, lead pearl bar 103 and embroider pearl whereabouts for guiding, lead pearl bar 103 and there is embroidery pearl accommodating section 1031, first back shaft 406 is fixedly installed in frame 102, second back shaft 407 is fixedly installed in frame 102, and bead arranging machine structure 100 comprises material cup 101, and material cup 101 is fixed in frame 102.
As shown in Figure 1, this row pearl send pearl device also to comprise driving shaft 409, driving shaft 409 can be rotatably set in frame 102, as shown in Figure 4, driving shaft 409 is provided with several cams 210 be interspersed, and as shown in Figure 3, power drive distributor 400 drives driving shaft 409 to rotate, thus make cam 210 drive epimere initiatively clamper 202 and driven clamper 201 clamping of epimere lead pearl bar 103 or unclamp and lead pearl bar 103, driving shaft 409 one end is connected with initiatively unilateral bearing 404.
As shown in Figure 3, pearl epimere 200 is sent to comprise several epimere clampers, power drive distributor 400 drives at least one epimere gripper to lead pearl bar 103, epimere clamper comprises the driven clamper 201 of epimere and epimere initiatively clamper 202, the driven clamper 201 of epimere is set on the second back shaft 407, epimere initiatively clamper 202 is set on the first back shaft 406, as shown in Figure 1, epimere driven clamper 201 front end is connected in frame 102 by epimere reset tension spring 213, as shown in Figure 4, driving shaft 409 is parallel to the first back shaft 406 and the second back shaft 407 respectively.
As shown in Figure 5, epimere driven clamper 201 one end has the driven clamper jaw 205 of epimere, epimere initiatively clamper 202 one end has epimere initiatively clamper jaw 206, and the driven clamper jaw 205 of epimere and epimere initiatively clamper jaw 206 clamp formation one for clamping the epimere clamp port 207 of leading pearl bar 103.
Preferably, epimere initiatively clamper 202 also has an epimere initiatively clamper tooth 204, and the driven clamper of epimere 201 also has a driven clamper tooth 203 of epimere be meshed with epimere active clamper tooth 204.
Preferably, the other end of epimere active clamper 202 has epimere driving lever 208, and roller 212 is arranged on one end of epimere driving lever 208 rotationally by roller pin 211.
As shown in Figure 3, pearl hypomere 300 is sent to comprise hypomere clamper, hypomere gripper leads pearl bar 103, hypomere clamper comprises hypomere initiatively clamper 302 and the driven clamper 303 of hypomere, hypomere initiatively clamper 302 is set on the first back shaft 406, the driven clamper 303 of hypomere is set on the second back shaft 407, power drive distributor 400 drives hypomere active clamper 302 and driven clamper 303 clamping of hypomere to lead pearl bar 103 or unclamp and leads pearl bar 103, between the epimere clamper that hypomere clamper is nearest, there is certain distance, to run through enough embroidery pearls in the embroidery pearl accommodating section 1031 between the epimere clamper that hypomere clamper is nearest.
Shown in figure 3, Fig. 6 and Fig. 7, hypomere clamper also comprises hypomere clamper jaw 310, initiatively driving lever 301 and hypomere reset tension spring 305, hypomere clamper jaw 310 leads pearl bar 103 for clamping, initiatively driving lever 301 one end is connected to one end of the driven clamper 303 of hypomere, initiatively driving lever 301 has a driving lever opening 304, hypomere reset tension spring 305 one end is connected on the driven clamper 303 of hypomere, and hypomere reset tension spring 305 other end is connected in frame 102 by extension spring screw 306.
Preferably, hypomere driven clamper 303 one end has hypomere initiatively clamper driving lever 309, hypomere initiatively clamper driving lever 309 is connected with driving lever opening 304, the driven clamper 303 of hypomere also has hypomere initiatively clamper tooth 307, and hypomere initiatively clamper 302 is provided with the driven clamper tooth 308 of hypomere be meshed with hypomere active clamper tooth 307.
As shown in Figure 3, power drive distributor 400 comprises hypomere clamper driving shaft 408, and hypomere clamper driving shaft 408 can be rotatably set in frame 102, and one end of hypomere clamper driving shaft 408 is connected with active driving lever 301.
Preferably, power drive distributor 400 also comprises driving gear 402, and driving gear 402 is arranged on active unilateral bearing 404, and driving gear 402 one end is connected with drive motors 401.
Preferably, power drive distributor 400 also comprises driven gear 403, driven gear 403 and driving gear 402 engage each other, driven gear 403 is provided with driven unilateral bearing 405, driven unilateral bearing 405 one end is connected with one end of hypomere clamper driving shaft 408, and driven unilateral bearing 405 rotation direction is with initiatively unilateral bearing 404 rotation direction is contrary.
Preferably, this row pearl send pearl device also to comprise electrical control gear and first sensor, wherein, described electrical control gear is for controlling bead arranging machine structure 100, power drive distributor 400, send pearl epimere 200 and send pearl hypomere 300 co-ordination mutually, described first sensor is for detecting the embroidery pearl in the embroidery pearl accommodating section 1031 between the nearest epimere clamper of hypomere clamper, described first sensor is arranged on hypomere clamper top, when leading the embroidery pearl on pearl bar 103 and accumulating to some, electrical control gear controls power drive distributor 400 makes hypomere clamper start working.
Whether this row pearl send pearl device also to comprise the second sensor, and described second sensor setting is at bead arranging machine structure 100 and send between pearl epimere 200, full for detecting the embroidery pearl sending pearl epimere 200 place to lead on pearl bar 103.
This row pearl send the specific works mode of pearl device:
Drive motors 401 rotates forward, driving gear 402 is driven to rotate, while driving gear 402 drives driven gear 403, driven unilateral bearing 405 disconnects the transmission with hypomere clamper driving shaft 408, driving shaft 409 is driven to rotate by active unilateral bearing 404, initiatively clamper 202 and the driven clamper 201 of epimere replace folding and clamp and lead pearl bar 103 to make to send the epimere of pearl epimere 200 by cam 210 thus, guide and embroider pearl whereabouts, embroider pearl and send pearl hypomere 300 along leading the arrival of pearl bar, and initiatively clamper 302 and the driven clamper 303 of hypomere stop to be sent the hypomere of pearl hypomere 300, first sensor is for detecting the embroidery pearl in the embroidery pearl accommodating section 1031 between the nearest epimere clamper of hypomere clamper, when embroidering pearl and accumulate to some in the embroidery pearl accommodating section 1031 leading pearl bar 103, electrical control gear controls power drive distributor 400, drive motors 401 reverses, initiatively unilateral bearing 404 throws off transmission, pearl epimere 200 is sent not carry out work, driven unilateral bearing 405 is started working, hypomere clamper driving shaft 408 is driven to rotate, thus initiatively clamper 302 and the driven clamper 303 of hypomere are opened to control hypomere, embroider pearl by deadweight along leading pearl bar 103 toward falling, complete with this and once send pearl.
Comprehensively above-mentioned, this row pearl send pearl device to realize sending the epimere clamper of pearl epimere 200 and sending the hypomere gripper of pearl hypomere 300 to lead pearl bar 103 by power drive distributor 400, guide and embroider pearl whereabouts, realize the transmission of embroidering pearl, epimere clamper comprises the driven clamper 201 of epimere and epimere initiatively clamper 202, hypomere clamper comprises hypomere initiatively clamper 302 and the driven clamper 303 of hypomere, and such structure is simple, easy to use, send in pearl device on this row pearl, power drive distributor 400 drives driving shaft 409 to rotate, thus initiatively clamper 202 and driven clamper 201 clamping of epimere are led pearl bar 103 or are unclamped and lead pearl bar 103 to make cam 210 drive epimere, power drive distributor 400 drives hypomere active clamper 302 and driven clamper 303 clamping of hypomere to lead pearl bar 103 or unclamp and leads pearl bar 103, in addition, between the epimere clamper that hypomere clamper is nearest, there is certain distance, so that leading on pearl bar 103 between the epimere clamper that hypomere clamper is nearest runs through enough embroidery pearls, in addition, driven unilateral bearing 405 rotation direction is with initiatively unilateral bearing 404 rotation direction is contrary, thus, hypomere clamper and epimere clamper can alternations, to realize the efficient work sent pearl epimere 200 and send pearl hypomere 300, improve and send pearl efficiency, embroidery pearl accommodating section 1031 between the epimere clamper that hypomere clamper is nearest runs through enough embroidery pearls, first sensor is for detecting the embroidery pearl in the embroidery pearl accommodating section 1031 between the nearest epimere clamper of hypomere clamper, when embroidering pearl whereabouts, hypomere clamper clamps all the time leads pearl bar 103, thus leading pearl bar 103 clamps stable, when leading the embroidery pearl on pearl bar 103 and accumulating to some, electrical control gear controls power drive distributor 400 makes hypomere clamper start working, and now epimere clamper keeps clamp position, thus operating efficiency is high, in addition lead pearl bar 103 and can not produce movement, also can not rock, lead pearl bar 103 to be clamped all the time, thus reliable and stable compared to existing technology.
These are only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (11)
1. embroider pearl device row pearl and send a pearl device, it is characterized in that, comprising:
Frame (102), described frame (102) top is provided with bead arranging machine structure (100);
Power drive distributor (400), described power drive distributor (400) is fixedly installed in frame (102);
Lead pearl bar (103), embroidering pearl whereabouts for guiding, leading pearl bar (103) and there is embroidery pearl accommodating section (1031);
Send pearl epimere (200), the described pearl epimere (200) that send is movably arranged in frame (102), the described pearl epimere (200) that send comprises several epimere clampers, and described power drive distributor (400) drives at least one epimere gripper to lead pearl bar (103);
Send pearl hypomere (300), the described pearl hypomere (300) that send is movably arranged in frame (102), the described pearl hypomere (300) that send comprises hypomere clamper, described power drive distributor (400) drives hypomere gripper to lead pearl bar (103), between the epimere clamper that described hypomere clamper is nearest, there is certain distance, the embroidery pearl accommodating section (1031) between the epimere clamper that hypomere clamper is nearest to run through enough embroidery pearls.
2. row pearl according to claim 1 send pearl device, it is characterized in that, also comprises:
First back shaft (406), described first back shaft (406) is fixedly installed in frame (102);
Second back shaft (407), described second back shaft (407) is fixedly installed in frame (102);
Driving shaft (409), described driving shaft (409) can be rotatably set in frame (102), described driving shaft (409) is parallel to the first back shaft (406) and the second back shaft (407) respectively, described driving shaft (409) is provided with several cams be interspersed (210), described power drive distributor (400) drives driving shaft (409) to rotate, and driving shaft (409) one end is connected with initiatively unilateral bearing (404).
3. row pearl according to claim 2 send pearl device, it is characterized in that, described hypomere clamper comprises hypomere initiatively clamper (302) and the driven clamper of hypomere (303), described hypomere initiatively clamper (302) is set on the first back shaft (406), the driven clamper of described hypomere (303) is set on the second back shaft (407), described power drive distributor (400) drives hypomere active clamper (302) and the driven clamper of hypomere (303) clamping to lead pearl bar (103) or unclamp and leads pearl bar (103).
4. row pearl according to claim 3 send pearl device, it is characterized in that, described hypomere clamper also comprises hypomere clamper jaw (310), initiatively driving lever (301) and hypomere reset tension spring (305), described hypomere clamper jaw (310) leads pearl bar (103) for clamping, described active driving lever (301) one end is connected to one end of the driven clamper of hypomere (303), described active driving lever (301) has a driving lever opening (304), described hypomere reset tension spring (305) one end is connected on the driven clamper of hypomere (303), the other end is connected in frame (102).
5. row pearl according to claim 4 send pearl device, it is characterized in that, the driven clamper of described hypomere (303) one end has hypomere initiatively clamper driving lever (309), described hypomere initiatively clamper driving lever (309) is connected with driving lever opening (304), the driven clamper of described hypomere (303) also has hypomere initiatively clamper tooth (307), and described hypomere initiatively clamper (302) is provided with the driven clamper tooth (308) of hypomere be meshed with hypomere active clamper tooth (307).
6. row pearl according to claim 5 send pearl device, it is characterized in that, described power drive distributor (400) comprising:
Hypomere clamper driving shaft (408), described hypomere clamper driving shaft (408) can be rotatably set in frame (102), and one end of described hypomere clamper driving shaft (408) is connected with active driving lever (301);
Driving gear (402), driving gear (402) is arranged in active unilateral bearing (404), and driving gear (402) one end is connected with drive motors (401);
Driven gear (403), described driven gear (403) and driving gear (402) engage each other, driven gear (403) is provided with driven unilateral bearing (405), driven unilateral bearing (405) one end is connected with the other end of hypomere clamper driving shaft (408), and driven unilateral bearing (405) rotation direction is with initiatively unilateral bearing (404) rotation direction is contrary.
7. row pearl according to claim 6 send pearl device, it is characterized in that, described epimere clamper comprises the driven clamper of epimere (201) and epimere initiatively clamper (202), the driven clamper of described epimere (201) is set on the second back shaft (407), described epimere initiatively clamper (202) is set on the first back shaft (406), the driven clamper of epimere (201) front end is connected in frame (102) by epimere reset tension spring (213), cam (210) drives epimere active clamper (202) and the driven clamper of epimere (201) clamping to lead pearl bar (103) or unclamp and leads pearl bar (103).
8. row pearl according to claim 7 send pearl device, it is characterized in that, the driven clamper of described epimere (201) one end has the driven clamper jaw (205) of epimere, described epimere initiatively clamper (202) one end has epimere initiatively clamper jaw (206), and the driven clamper jaw (205) of described epimere and epimere initiatively clamper jaw (206) clamp formation one for clamping the epimere clamp port (207) of leading pearl bar (103).
9. row pearl according to claim 8 send pearl device, it is characterized in that, described epimere initiatively clamper (202) also has an epimere initiatively clamper tooth (204), the driven clamper of described epimere (201) also has a driven clamper tooth (203) of epimere be meshed with epimere active clamper tooth (204), the other end of described epimere active clamper (202) has epimere driving lever (208), and described epimere driving lever (208) is provided with rotating roller (212).
10. the row pearl according to any one of claim 1 ~ 9 send pearl device, it is characterized in that, also comprise electrical control gear and first sensor, wherein, described electrical control gear is for controlling bead arranging machine structure (100), power drive distributor (400), send pearl epimere (200) and send pearl hypomere (300) co-ordination mutually, described first sensor is for detecting the embroidery pearl in the embroidery pearl accommodating section (1031) between the nearest epimere clamper of hypomere clamper, described first sensor is arranged on hypomere clamper top, when leading the embroidery pearl on pearl bar (103) and accumulating to some, electrical control gear controls power drive distributor (400) makes hypomere clamper start working.
11. row pearls according to claim 10 send pearl device, it is characterized in that, also comprise the second sensor, whether described second sensor setting is at bead arranging machine structure (100) and send between pearl epimere (200), full for detecting the embroidery pearl sending pearl epimere (200) place to lead on pearl bar (103).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| CN104999259A (en) * | 2015-07-23 | 2015-10-28 | 李光明 | Lock cylinder fixing device used for lock cylinder assembling |
| CN105133220A (en) * | 2015-10-13 | 2015-12-09 | 温州欧罗华实业有限公司 | Feeding device for embroidering beads and embroidering machine handpiece with same |
| CN105624942A (en) * | 2016-03-21 | 2016-06-01 | 温州欧罗华实业有限公司 | Two-color bead embroidery machine head |
| CN107600975A (en) * | 2017-08-25 | 2018-01-19 | 佛山建邦机械有限公司 | Draw ring positioner in a kind of ring storehouse |
| CN107956056A (en) * | 2017-12-29 | 2018-04-24 | 温州欧罗华实业有限公司 | A kind of rotating clamp pearl mechanism |
| CN108842322A (en) * | 2018-07-05 | 2018-11-20 | 温州欧罗华实业有限公司 | A kind of discharge mechanism and the embroidery machine with the discharge mechanism |
| CN111778643A (en) * | 2020-06-30 | 2020-10-16 | 诸暨冠翔机械科技有限公司 | Conveying mechanism, embroidery machine and method for avoiding false alarm of full beads |
| CN111778644A (en) * | 2020-06-29 | 2020-10-16 | 诸暨冠翔机械科技有限公司 | Bead conveying mechanism, conveying method and embroidery machine |
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| CN104999259B (en) * | 2015-07-23 | 2018-02-06 | 李光明 | A kind of lock core fixing device for lock core assembling |
| CN104999259A (en) * | 2015-07-23 | 2015-10-28 | 李光明 | Lock cylinder fixing device used for lock cylinder assembling |
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| CN105133220B (en) * | 2015-10-13 | 2017-04-12 | 温州欧罗华实业有限公司 | Feeding device for embroidering beads and embroidering machine handpiece with same |
| CN105624942B (en) * | 2016-03-21 | 2018-05-01 | 温州欧罗华实业有限公司 | A kind of double-colored embroidery pearl head |
| CN105624942A (en) * | 2016-03-21 | 2016-06-01 | 温州欧罗华实业有限公司 | Two-color bead embroidery machine head |
| CN107600975A (en) * | 2017-08-25 | 2018-01-19 | 佛山建邦机械有限公司 | Draw ring positioner in a kind of ring storehouse |
| CN107956056A (en) * | 2017-12-29 | 2018-04-24 | 温州欧罗华实业有限公司 | A kind of rotating clamp pearl mechanism |
| CN107956056B (en) * | 2017-12-29 | 2023-02-28 | 温州欧罗华实业有限公司 | Rotary bead clamping mechanism |
| CN108842322A (en) * | 2018-07-05 | 2018-11-20 | 温州欧罗华实业有限公司 | A kind of discharge mechanism and the embroidery machine with the discharge mechanism |
| CN108842322B (en) * | 2018-07-05 | 2023-12-01 | 温州欧罗华实业有限公司 | Material discharging mechanism and embroidery machine with same |
| CN111778644A (en) * | 2020-06-29 | 2020-10-16 | 诸暨冠翔机械科技有限公司 | Bead conveying mechanism, conveying method and embroidery machine |
| CN111778644B (en) * | 2020-06-29 | 2023-10-13 | 诸暨冠翔机械科技有限公司 | Bead conveying mechanism, bead conveying method and embroidery machine |
| CN111778643A (en) * | 2020-06-30 | 2020-10-16 | 诸暨冠翔机械科技有限公司 | Conveying mechanism, embroidery machine and method for avoiding false alarm of full beads |
| CN111778643B (en) * | 2020-06-30 | 2023-10-13 | 诸暨冠翔机械科技有限公司 | Conveying mechanism, embroidery machine and method for avoiding false alarm of full beads |
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