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CN205329329U - Pearl device is sent to computerized embroidery machine's glass pearl - Google Patents

Pearl device is sent to computerized embroidery machine's glass pearl Download PDF

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Publication number
CN205329329U
CN205329329U CN201620085203.XU CN201620085203U CN205329329U CN 205329329 U CN205329329 U CN 205329329U CN 201620085203 U CN201620085203 U CN 201620085203U CN 205329329 U CN205329329 U CN 205329329U
Authority
CN
China
Prior art keywords
pearl
send
push pedal
block
elasticity
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201620085203.XU
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Chinese (zh)
Inventor
周仁俊
庄军
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
YONGJIA DEBAO MACHINERY CO Ltd
Original Assignee
YONGJIA DEBAO MACHINERY CO Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by YONGJIA DEBAO MACHINERY CO Ltd filed Critical YONGJIA DEBAO MACHINERY CO Ltd
Priority to CN201620085203.XU priority Critical patent/CN205329329U/en
Application granted granted Critical
Publication of CN205329329U publication Critical patent/CN205329329U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model relates to a pearl device is sent to computerized embroidery machine's glass pearl, including mounting panel, pearl feed cylinder, send the pearl impeller, send the pearl track, send pearl control mechanism, feed mechanism, pearl feed cylinder fixed mounting is in the upper end of mounting panel, pearl feed cylinder bottom is equipped with out the hole of bead, send the orbital upper end of pearl to be located a hole of bead and under, send the pearl impeller to be located pearl feed cylinder fixed mounting and sending pearl motor shaft tip, mainly be feed mechanism by the bottom plate, feed motor, pearl push pedal, push pedal feed mechanism and control signal device and constitute, pearl push pedal upside send the pearl track outside to set up elasticity to embrace pearl piece and elasticity down and embrace the pearl piece, embrace pearl piece and elasticity down in last elasticity and embrace and set up the switch between the pearl piece and hit the piece, the glass pearl is by sending the pearl motor to send into the pearl track, sends into the elastic clamping mouth of pearl push pedal through last elasticity armful pearl piece and lower elasticity armful pearl piece, realizes the pearl embroidery under the electric machine control feeding, its simple structure, with low costs, send the pearl good reliability. Be applicable to computerized embroidery machine pearl embroidery material feeding unit.

Description

The bead of computerized emboridering machine send pearl device
Technical field
This utility model belongs to embroidery equipment, send pearl device about a kind of computerized emboridering machine pearl embroidery specifically。This utility model is applicable to computerized emboridering machine pearl embroidery pay-off。
Background technology
In computerized emboridering machine pearl embroidery technique, pay-off being transported to immediately below embroidery pin by bead, its structure includes installing plate, pearl barrel, send pearl impeller, send pearl track, send pearl controlling organization, feed mechanism。Pearl barrel is fixedly mounted on the upper end of installing plate, it is provided with out the hole of bead bottom pearl barrel, the upper end sending pearl track is positioned at the underface in the hole of bead, the lower end sending pearl track is arranged send pearl rotating disk, pearl is fallen send pearl track from the hole of bead that goes out of pearl barrel, by sending pearl rotating disk to deliver to feed mechanism, pearl is delivered to and is carried out pearl embroidery immediately below embroidery pin by feed mechanism。Sending pearl impeller, send pearl controlling organization, feed mechanism and send pearl rotating disk respectively by independent motor-driven, its structure is complicated, cost is high, and bead is sending easy clamping stagnation on pearl rotating disk。
Summary of the invention
The purpose of this utility model is the shortcoming existed for prior art, it is provided that a kind of simple in construction, cost are low, send the bead of the computerized emboridering machine of pearl good reliability to send pearl device。
The technical solution of the utility model includes installing plate, pearl barrel, send pearl impeller, send pearl track, send pearl controlling organization, feed mechanism, pearl barrel is fixedly mounted on the upper end of installing plate, it is provided with out the hole of bead bottom pearl barrel, the upper end sending pearl track is positioned at the underface in the hole of bead, send pearl impeller to be positioned at pearl barrel and is fixedly mounted on and send pearl motor shaft ends;Mainly feed mechanism is made up of base plate, feeding motor, pearl push pedal, push pedal feed mechanism and control signal device;Push pedal feed mechanism is made up of rocking bar, connecting rod, fork, and rocking bar one end is fixing with the rotating shaft of feeding motor to be connected, and connecting rod two ends are hinged with rocking bar and fork respectively, and fork upper end is arranged on fixing axle by axle sleeve, and fork lower end is shaped with ∩ shape groove;Pearl push pedal both sides are inlaid in the push pedal groove between base plate and cover plate, and pearl push pedal front end is shaped with elastic clamping mouth, and rear end connects a guide pillar, and this guide pillar is movably embedded in the ∩ shape groove of fork lower end;Send elastic armful pearl block and lower elasticity in pearl track arranged outside on the upside of pearl push pedal embrace pearl block, upper elasticity is embraced pearl block and is installed on a mounting board by fixed mount, lower elasticity is embraced pearl block and is installed on the cover board, pearl block is embraced and lower elasticity is embraced and arranged switch collision block between pearl block in upper elasticity, one end of rotating shaft it is fixedly installed in the middle of switch collision block, rotating shaft other end fixed installation belt pulley, installs belt between belt pulley and feeding machine shaft;When the elastic clamping mouth of pearl push pedal is positioned at and send immediately below pearl track, the lower shoulder block gear of switch collision block is pressed in lower elasticity and embraces on the shoulder block of pearl block;When pearl push pedal is released and put in place, the upper shoulder block gear of switch collision block is pressed in elasticity and embraces on the shoulder block of pearl block。
Preferably, pearl push pedal, by promoting mainly plate and being positioned at the elasticity promoting mainly plate both sides and hold plate tightly and form, is promoted mainly front edge of board and is held composition elastic clamping mouth inside prelaminar part tightly with elasticity, and the bottom land of push pedal groove installs some balls。
Preferably, pearl barrel bottom surface is shaped with tapping hole, arranges baiting valve in tapping hole, installs bead loading box immediately below tapping hole。
Preferably, installing plate arranges position adjustments plate。
The utility model has the advantages that complete machine adopts the conveying sending pearl motor and feeding motor to carry out bead under sending pearl controlling organization to control, bead is by sending pearl track to embrace pearl block by upper elasticity and lower elasticity is embraced pearl block and sent into the elastic clamping mouth of pearl push pedal, and its simple in construction, cost are low, send pearl good reliability。
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model。
Fig. 2 is the structural representation of feed mechanism in this utility model Fig. 1。
Fig. 3 is the mounting structure schematic diagram of pearl push pedal in this utility model Fig. 2。
1 installing plate, 2 rocking bars, 3 connecting rods, 4 forks, 5 fixed mounts, elastic armful pearl block on 6, 7 times elasticity embraces pearl block, 8 feeding motors, 9 optocoupler signal plates, 10 smooth coupling signal panels, 11 send pearl track, 12 beades, 13 belt pulleys, 14 switch collision blocks, 15 pearl push pedals, 16 cover plates, 17 base plates, 18 axle sleeves, 19 fixing axles, 20 guide pillars, 21 springs, 22 balls, 23 position adjustments plates, 24 longitudinal regulating tanks, 25 lateral adjustments grooves, 26 grip blocks, 27 bead loading boxes, 28 send pearl motor, 29 send pearl impeller, 30 pearl barrels。
Detailed description of the invention
The bead of computerized emboridering machine as shown in Figure 1 send pearl device, including installing plate 1, pearl barrel 30, send pearl impeller 29, send pearl track 11, send pearl controlling organization, feed mechanism, pearl barrel 30 is fixedly mounted on the upper end of installing plate 1, it is provided with out the hole of bead bottom pearl barrel 30, the upper end sending pearl track 11 is positioned at the underface in the hole of bead, bead 12 from go out the hole of bead out after, its centre bore is enclosed within and send on pearl track 11, send pearl impeller 29 to be positioned at pearl barrel 30 to be fixedly mounted on and send pearl motor 28 shaft end, stir bead 12, make bead 12 reliably from going out hole of bead output;Feed mechanism is made up of base plate 17, feeding motor 8, pearl push pedal 15, push pedal feed mechanism and control signal device;Push pedal feed mechanism is made up of rocking bar 2, connecting rod 3, fork 4, rocking bar 2 one end is fixing with the rotating shaft of feeding motor 8 to be connected, connecting rod 3 two ends are hinged with rocking bar 2 and fork 4 respectively, fork 4 upper end is arranged on fixing axle 19 by axle sleeve 18, feeding motor 8 back and forth rotates and reverse drive rocking bar 2 and swings, and driving fork 4 to swing by connecting rod 3, fork 4 lower end is shaped with ∩ shape groove;Pearl push pedal 15 both sides are inlaid in the push pedal groove between base plate 17 and cover plate 16, pearl push pedal 15 front end is shaped with elastic clamping mouth, rear end connects a guide pillar 20, this guide pillar 20 is movably embedded in the ∩ shape groove of fork 4 lower end, when fork 4 swings, drives guide pillar 20 to make pearl push pedal 15 turnover motion, when fork 4 left swing puts in place, the elastic clamping mouth of pearl push pedal 15 is positioned at the underface sending pearl track 11, and when fork 4 right side swings to, the elastic clamping mouth of pearl push pedal 15 is positioned at immediately below embroidery pin;Send elastic armful pearl block 6 and lower elasticity in pearl track 11 arranged outside on the upside of pearl push pedal 15 embrace pearl block 7, upper elasticity is embraced pearl block 6 and is arranged on installing plate 1 by fixed mount 5, upper elasticity is embraced and is adopted torsion spring and locating shaft to be connected between pearl block 6 with fixed mount 5, lower elasticity is embraced pearl block 7 and is arranged on cover plate 16, lower elasticity is embraced and is adopted torsion spring and locating shaft to be connected between pearl block 7 with cover plate 16, upper elasticity embraces pearl block 6 and lower elasticity is embraced pearl block 7 and is made up of two symmetrical intermediate plates respectively, two intermediate plates are mutually held tightly under torsion spring elastic force effect, and sending armful pearl circular hole constituting outside pearl track 11 with sending pearl track 11 concentric, bead 12 is held tightly in armful pearl circular hole, pearl block 6 is embraced and lower elasticity is embraced and arranged switch collision block 14 between pearl block 7 in upper elasticity, one end of rotating shaft it is fixedly installed in the middle of switch collision block 14, rotating shaft other end fixed installation belt pulley 13, belt is installed between belt pulley 13 and feeding motor 8 rotating shaft;When the elastic clamping mouth of pearl push pedal 15 is positioned at and send immediately below pearl track 11, the lower shoulder block gear of switch collision block 14 is pressed in lower elasticity and embraces on the shoulder block of pearl block 7, making lower elasticity embrace two intermediate plates of pearl block 7 to rotate with its locating shaft under the thrust of switch collision block 14, the bead 12 in its armful of pearl circular hole is fallen in the elastic clamping mouth of pearl push pedal 15;When pearl push pedal 15 is released and is put in place, the upper shoulder block gear of switch collision block 14 is pressed in elasticity and embraces on the shoulder block of pearl block 6, make elasticity embrace two intermediate plates of pearl block 6 to rotate with its locating shaft under the thrust of switch collision block 14, bead 12 in its armful of pearl circular hole is fallen lower elasticity and is embraced on the upside of armful pearl circular hole of pearl block 7, it is achieved the dual-positioning transmission to bead 12。Sending pearl controlling organization to be made up of optocoupler signal plate 9 and light coupling signal panel 10, one end of optocoupler signal plate 9 is fixedly mounted on axle sleeve 18, and the other end cooperates with the photoelectric sensor in light coupling signal panel 10, as shown in Figure 2。Sending pearl track 11 top to be provided with control pearl folder, control pearl folder is made up of grip block 26 and camshaft;Grip block 26 has five, is installed on same locating shaft, and each grip block 26 is made up of two symmetrical intermediate plates, installs torsion spring between grip block 26 and locating shaft;Camshaft is fixed on axle by cam and forms, and axle installation parallel with locating shaft, one end of axle is connected with the drive mechanism sending pearl motor 28;Cam has five, and a cam is respectively installed in each grip block 26 side, and five cam circumferencial directions on axle are uniformly distributed installation, and namely between adjacent two cams, on axle, circumferencial direction is installed with the location dislocation of equal angles。Cam top is tactile with the shoulder block gear of grip block 26 side, namely when cam rotary-top is to the shoulder block position of grip block 26 side, cam top is tactile with the shoulder block gear of grip block 26 side, the thrust of cam overcomes the elastic force of torsion spring, two intermediate plate ends of grip block 26 separate, and make bead 12 by this grip block 26。Axle rotates a circle, and five grip blocks 26 are by corresponding cam push and block once。The quantity of grip block 26 and cam can be determined as the case may be。
Pearl push pedal 15 is by promoting mainly plate and being positioned at the elasticity promoting mainly plate both sides and hold plate tightly and form, promote mainly front edge of board and hold composition elastic clamping mouth inside prelaminar part tightly with elasticity, the bottom land of push pedal groove installs some balls 22, and ball 22 is suppressed in the hole of bead of push pedal groove bottom by spring 21, as shown in Figure 3。
Pearl barrel 30 bottom surface is shaped with tapping hole, baiting valve is set in tapping hole, bead loading box 27 is installed immediately below tapping hole, baiting valve adopts and installs a horizontal flashboard in the lower surface of pearl barrel 30 bottom surface, this horizontal flashboard and tapping hole and go out between the hole of bead composition linkage structure, namely will go out the hole of bead while opening tapping hole to close, the hole of bead will be gone out while closing tapping hole and open。Open baiting valve can be put in bead loading box 27 by bead 12 automatic leakage in pearl barrel 30, be convenient for changing the bead 12 of embroidery different size, simultaneously close off out the hole of bead, it is prevented that bead 12 continues to drop out from going out the hole of bead。
Installing plate 1 arranges position adjustments plate 23。This position adjustments plate 23 is provided with longitudinal regulating tank 24 and lateral adjustments groove 25, it is simple to be conveniently mounted on the body of computerized emboridering machine by installing plate 1。

Claims (5)

1. the bead of a computerized emboridering machine send pearl device, including installing plate (1), pearl barrel (30), send pearl impeller (29), send pearl track (11), send pearl controlling organization, feed mechanism, pearl barrel (30) is fixedly mounted on the upper end of installing plate (1), pearl barrel (30) bottom is provided with out the hole of bead, the upper end sending pearl track (11) is positioned at the underface in the hole of bead, send pearl impeller (29) to be positioned at pearl barrel (30) and is fixedly mounted on and send pearl motor (28) shaft end;It is characterized in that feed mechanism is made up of base plate (17), feeding motor (8), pearl push pedal (15), push pedal feed mechanism and control signal device;Push pedal feed mechanism is made up of rocking bar (2), connecting rod (3), fork (4), rocking bar (2) one end is fixing with the rotating shaft of feeding motor (8) to be connected, connecting rod (3) two ends are hinged with rocking bar (2) and fork (4) respectively, fork (4) upper end is arranged on fixing axle (19) by axle sleeve (18), and fork (4) lower end is shaped with ∩ shape groove;Pearl push pedal (15) both sides are inlaid in the push pedal groove between base plate (17) and cover plate (16), pearl push pedal (15) front end is shaped with elastic clamping mouth, rear end connects a guide pillar (20), and this guide pillar (20) is movably embedded in the ∩ shape groove of fork (4) lower end;Send elastic armful pearl block (6) and lower elasticity in pearl track (11) arranged outside in pearl push pedal (15) upside embrace pearl block (7), upper elasticity is embraced pearl block (6) and is arranged on installing plate (1) by fixed mount (5), lower elasticity is embraced pearl block (7) and is arranged on cover plate (16), pearl block (6) is embraced and lower elasticity is embraced and arranged switch collision block (14) between pearl block (7) in upper elasticity, one end of rotating shaft it is fixedly installed in the middle of switch collision block (14), rotating shaft other end fixed installation belt pulley (13), belt is installed between the drivewheel on belt pulley (13) and feeding motor (8) rotating shaft;Elastic clamping mouth in pearl push pedal (15) is positioned at when sending immediately below pearl track (11), and the lower shoulder block gear of switch collision block (14) is pressed in lower elasticity and embraces on the shoulder block of pearl block (7);When pearl push pedal (15) is released and put in place, the upper shoulder block gear of switch collision block (14) is pressed in elasticity and embraces on the shoulder block of pearl block (6)。
2. the bead of computerized emboridering machine according to claim 1 send pearl device, it is characterized in that pearl push pedal (15) is by promoting mainly plate and being positioned at the elasticity promoting mainly plate both sides and hold plate tightly and form, promoting mainly front edge of board and hold composition elastic clamping mouth inside prelaminar part tightly with elasticity, the bottom land of push pedal groove installs some balls (22)。
3. the bead of computerized emboridering machine according to claim 1 and 2 send pearl device, it is characterized in that pearl barrel (30) bottom surface is shaped with tapping hole, baiting valve is set in tapping hole, bead loading box (27) is installed immediately below tapping hole, baiting valve adopts and installs a horizontal flashboard in the lower surface of pearl barrel (30) bottom surface, this horizontal flashboard and tapping hole and go out between the hole of bead composition linkage structure。
4. the bead of computerized emboridering machine according to claim 1 and 2 send pearl device, it is characterized in that arranging on installing plate (1) position adjustments plate (23), this position adjustments plate (23) is provided with longitudinal regulating tank (24) and lateral adjustments groove (25)。
5. the bead of computerized emboridering machine according to claim 3 send pearl device, it is characterized in that arranging on installing plate (1) position adjustments plate (23), this position adjustments plate (23) is provided with longitudinal regulating tank (24) and lateral adjustments groove (25)。
CN201620085203.XU 2016-01-22 2016-01-22 Pearl device is sent to computerized embroidery machine's glass pearl Expired - Fee Related CN205329329U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620085203.XU CN205329329U (en) 2016-01-22 2016-01-22 Pearl device is sent to computerized embroidery machine's glass pearl

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620085203.XU CN205329329U (en) 2016-01-22 2016-01-22 Pearl device is sent to computerized embroidery machine's glass pearl

Publications (1)

Publication Number Publication Date
CN205329329U true CN205329329U (en) 2016-06-22

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ID=56320085

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201620085203.XU Expired - Fee Related CN205329329U (en) 2016-01-22 2016-01-22 Pearl device is sent to computerized embroidery machine's glass pearl

Country Status (1)

Country Link
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106120195A (en) * 2016-09-18 2016-11-16 朱月眉 A kind of pearl embroidery device
CN106149235A (en) * 2016-08-18 2016-11-23 永嘉县德宝机械有限公司 The bead baiting control device of computerized emboridering machine

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106149235A (en) * 2016-08-18 2016-11-23 永嘉县德宝机械有限公司 The bead baiting control device of computerized emboridering machine
CN106120195A (en) * 2016-09-18 2016-11-16 朱月眉 A kind of pearl embroidery device

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Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20160622

Termination date: 20190122

CF01 Termination of patent right due to non-payment of annual fee