CN106637743A

CN106637743A - Bead conveying tube embroidery device of sewing embroidering machine

Info

Publication number: CN106637743A
Application number: CN201710088256.6A
Authority: CN
Inventors: 蔡海强
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-02-17
Filing date: 2017-02-17
Publication date: 2017-05-10
Anticipated expiration: 2037-02-17
Also published as: CN106637743B

Abstract

The invention discloses a bead conveying tube embroidery device of a sewing embroidering machine. A hopper mechanism comprises an outer hopper and a material pushing inner hopper which is detachably arranged in the outer hopper; the material pushing inner hopper is provided with a material pushing assembly capable of rotatably pushing bead tubes; a material feeding gap is formed between a bottom wall of the material pushing inner hopper and the bottom wall of the outer hopper; the material feeding gap is adaptive to the axis height of a single bead or the radial length of the single tube; a material guide groove is formed in the bottom wall of the outer hopper and a discharging hole through which the single bead tube falls down is formed in the material guide groove; a small-width section through which the single bead tube enters is arranged at a part, corresponding to the discharging hole, of the material guide groove; a large-width section for discharging the bead tubes, which do not fall into the discharging hole, is formed between an outlet of the material guide groove and the discharging hole; one end of a steel shaft extends to a bead conveying mechanism and the other end of the steel shaft extends to the discharging hole; the discharging hole is formed in the material feeding gap. By adopting a bead conveying device, the bead tubes do not enter the discharging hole disorderly in a squeezing manner, and a phenomenon that a material pushing hopper mechanism is blocked in a utilization process is effectively prevented; meanwhile, waste beads generated by squeezing and damaging are avoided; the utilization rate of the bead tubes is improved, so that the production cost is saved.

Description

A kind of sewing embroidery machine send pearl pipe embroidering device

Technical field

The present invention relates to a kind of embroidery equipment, more specifically, it relates to a kind of sewing embroidery machine send pearl pipe embroidering device.

Background technology

In the embroidery pearl technique of computerized embroidery, pay-off Main Function is that the pearl of embroidery is transported under embroidering pin Side.Its structure generally includes frame, bunker mechanism, transmission mechanism and Song Zhu mechanisms, and transmission mechanism mainly includes steel shaft and holding Component, bunker mechanism, transmission mechanism and Song Zhu mechanisms are all disposed within above frame, and sequentially pass through connection, steel shaft by root steel shaft It is fixedly installed in frame, it is mainly the axial both sides that two catch are mutually arranged on steel shaft to folder, with the rotation of actuator Sequentially to transfer pearl one by one.The pearl that needs are used is launched to bunker mechanism, then presses order set from bunker mechanism bottom Enter in steel shaft, be then successively transported to pearl in Song Zhu mechanisms through transmission mechanism, finally by Song Zhu mechanisms had on pearl again Sequence is pushed under tambour needle, and allowing tambour needle to take away pearl one by one carries out sewing embroidery work.

Old-fashioned send the defect that pearl device is present more, mainly following aspects.First transmission mechanism passes on pearl After giving Song Zhu mechanisms, pearl needs to be directed into Song Zhu mechanisms, can smoothly be sewed the embroidering pin choosing of embroidery machine Get, old-fashioned is to arrange that pearl can be blocked to holding tight structure, allows pearl to transfer one by one, and this structure is due to having Certain difficulty of processing, it is difficult to accomplish to become more meticulous, so be typically only capable to hold tightly big pearl, globule be just very easy to omit and directly under Fall, so as to have influence on the normal operation of Song Zhu mechanisms；

Next to that made by the not visible material that is typically with of the hopper of bunker mechanism, work in process people Member is difficult to the pearl capacity observed in hopper, so as to cause staff to be difficult to control to processing capacity；

Furthermore pushing component typically drives the form of blade with impeller-hub, the impeller-hub in hopper drives blade to come not It is disconnected to stir to allow pearl to move to the hole of bead, and then cover to steel shaft, the blade damage that pearl is easily rotated, and with larger The pearl of hardness also can damaged blade, cause significant wastage；

It is that the material-dropping hole opened up in the position of the bottom correspondence steel shaft of hopper is completed that in addition pearl is transported to transmission mechanism, During impeller-hub stirring pearl, what pearl can not be orderly enters into aperture, and excessive pearl accumulates court together Squeeze to aperture, it will damage pearl, so as to produce substantial amounts of useless pearl, increase processing cost, and the single hole of bead that falls is easy Blocked by pearl and device can not be run well；Simultaneously excessive pearl presses together can cause asking for useless pearl cleaning difficulty Topic, furthermore the mixed and disorderly of pearl press to aperture and can also reduce working (machining) efficiency.

The content of the invention

In view of the shortcomings of the prior art, it is an object of the invention to provide a kind of pearl pipe that send of sewing embroidery machine embroiders dress Put, this send pearl device that mixed and disorderly press of pearl pipe will not be allowed to enter discharge opening, effectively prevents pusher bunker mechanism from using Clamping stagnation in journey, while remove from that useless pearl is produced because of extrusion damage, the utilization rate of pearl pipe is raised so as to save production cost.

For achieving the above object, the invention provides following technical scheme：

A kind of sewing embroidery machine send pearl pipe embroidering device, including frame, bunker mechanism, transmission mechanism and Song Zhu mechanisms, institute Stating transmission mechanism includes that the steel shaft in frame includes outer bucket and detachably located at outer with component, the bunker mechanism is held tightly Pusher in bucket is conflicted internally, and the pusher is conflicted internally and is provided with the pushing material component of rotatable promotion pearl pipe, the pusher internal conflict diapire with it is outer Pan feeding gap is provided between bucket diapire, the pan feeding gap is mutually fitted with the axis height of single pearl or the radical length of single pipe Match somebody with somebody, the outer bucket diapire offers deflector chute, and the deflector chute offers the discharge opening fallen for single pearl pipe, the deflector chute Corresponding discharge opening arranges the little width section entered for single pearl pipe, and there is the discharge opening that is exported to of the deflector chute discharge not drop Enter the big width section of the pearl pipe of discharge opening, described steel shaft one end extends to Song Zhu mechanisms, the other end extends to discharge opening, it is described go out Material hole is in pan feeding gap.

As the further improvement of above-mentioned technical proposal：The deflector chute is divided into introduction segment, sequence section and derives section, described The width of deflector chute is gradually reduced by introduction segment to the section that sorts, and gradually increases setting, the guide to section is derived by sequence section The depth of groove is gradually increased by introduction segment to the section that sorts, and setting is gradually reduced to section is derived by sequence section, and discharge opening is arranged at Sequence section, the little width section is sequence section, and the big width section is located at derivation section, width of the sequence section near discharge opening It is adapted with pearl pipe diameter.

The pushing material component includes rotary drive and at least two group pearl bar, and described group of pearl bar is conflicted internally located at pusher and carried on the back To the one side in pan feeding gap, the pusher to be conflicted internally and be convexly equipped with the upper axle of linkage, its rotatable grafting towards one end of outer bucket diapire In outer bucket, the rotary drive is conflicted internally with pusher by the upper axle of linkage and is connected, and the outer bucket is removably connected to frame.

The component of holding tightly includes universal driving shaft and some gripping block groups with universal driving shaft linkage, and the universal driving shaft is in and steel shaft Diameter parallel mode in the frame, the output shaft of the actuator is connected universal driving shaft through bevel gear, described Moving axis has grafting lower axle towards one end gear drive of bunker mechanism, axle and grafting lower axle grafting in the linkage.

Bucket diapire is provided with the docking magnet for struggling against outside adhesive outside the frame correspondence.

The outer bucket diapire is provided with clamping block, and outer bucket of frame correspondence offers blocked hole, be provided with the blocked hole For the jump ring being engaged by clamping with clamping block.

The pusher is conflicted internally includes planar disk and with one heart the taper disk in planar disk, axle and planar disk in the linkage It is fixedly connected with respect to the another side of taper disk, the promotion poke rod is circumferentially distributed located at taper disk.

The Song Zhu mechanisms include base, can accommodate from steel shaft fall pearl pipe lead pearl base, level folder push away component and With the claw that level folder pushes away component linkage, the base offers folder and pushes away passage, it is described lead pearl base and be suspended at folder push away on passage And with folder push away interchannel and leave and take pearl gap, the folder pushes away passage and is provided with removable guidance set, and the guidance set limits card Pawl clamps the direction of motion of the pearl pipe in axial direction, and diametrically guides claw to deliver to embroidery machine by what pearl pipe was oriented.

The guidance set includes guide plate and pressing plate, and the guide plate is detachably pushed away in passage located at folder, the pressing plate Be detachably connected with base, and composition be oppositely arranged with guide plate and send pearl gap, the claw sending toward polyslip in pearl gap, The guide plate is provided with and clamps gathering sill of the pearl pipe sliding to embroidery machine, the gathering sill and Dao Zhu bases UNICOM, institute for claw The width for stating gathering sill is adapted with the diameter of pearl pipe, and the groove bottom wall that is oriented to is long with the radial direction of the vertical range of pressing plate and pearl pipe Degree is adapted.

The two opposite side walls that the base correspondence folder pushes away passage offer resilience hole, and in the resilience hole pressure regulation is sequentially provided with Screw, top spring and the ball that can roll abutting with claw, the top spring two ends contradict respectively connection pressure regulating screw and ball, described Pressure regulating screw is threadedly coupled with resilience hole.

Block is provided between the top spring and ball, the block is fixedly connected with top spring.

By adopting above-mentioned technical proposal, when pearl pipe is conveyed, the pearl pipe outside the promotion of pushing material component rotation in bucket is piled up The pearl pipe is first into deflector chute, pan feeding gap is entered into then as diminishing deflector chute, due between pan feeding Vertical range between gap and deflector chute is being adapted with the axial height of pearl pipe for setting, so in pearl pipe in deflector chute And be mixed and disorderly arrangement when being also introduced into pan feeding gap, pearl pipe is constantly pushed away in the continuous impetus of pushing material component In the extruding in dynamic and pan feeding gap, can be orderly towards discharge opening motion；Because discharge opening only can fall for single pearl pipe, So pearl pipe can be orderly fallen by discharge opening and covered to steel shaft one by one, it is not necessary to artificial troublesome sequence；Little width The setting of section can carry out current limliting to pearl pipe, allow the pearl pipe rotated with pushing material component to have a small amount of to enter such that it is able to More accurately cover to steel shaft, big width section be set, after multiple pearl pipes are entered into deflector chute, can only single pearl pipe enter Material hole, the pushing material component that unnecessary pearl pipe will be with rotating enters big width section, so as to be discharged deflector chute, carries out next round Samsara stirring is further again introduced into deflector chute；Pusher is conflicted internally and is detachably arranged in outer bucket, can be facilitated in user's dismounting pusher Struggle against to clear up bunker mechanism, more hommization；In the presence of the pusher of rotation is conflicted internally, while the phase in deflector chute and pan feeding gap Mutually coordinating will not allow mixed and disorderly press of pearl pipe to enter discharge opening, effectively prevent pusher bunker mechanism from blocking in use Stagnant, while remove from that useless pearl is produced because of extrusion damage, the utilization rate of pearl pipe is raised so as to save production cost.

Description of the drawings

Fig. 1 is the structural representation one for sending pearl pipe embroidering device embodiment of present invention sewing embroidery machine；

Fig. 2 is the structural representation two for sending pearl pipe embroidering device embodiment of present invention sewing embroidery machine；

Fig. 3 is the structural representation for sending pearl pipe embroidering device embodiment bunker mechanism of present invention sewing embroidery machine；

Fig. 4 be the present invention sewing embroidery machine send pearl pipe embroidering device bunker mechanism top view；

Fig. 5 be the present invention sewing embroidery machine send pearl pipe embroidering device Song Zhu mechanisms structural representation；

Fig. 6 be the present invention sewing embroidery machine send pearl pipe embroidering device Song Zhu mechanisms semi-cutaway.

Reference：

1st, frame；11st, top half；12nd, the latter half；121st, slide block；13rd, cylinder；2nd, bunker mechanism；21st, outer bucket； 22nd, pusher is conflicted internally；221st, taper disk；222nd, planar disk；23rd, pearl bar is dialled；24th, discharge opening；25th, deflector chute；251st, introduction segment； 252nd, sort section；253rd, section is derived；26th, axle in linkage；3rd, transmission mechanism；31st, steel shaft；32nd, gripping block group；33rd, universal driving shaft； 331st, grafting lower axle；34th, bevel gear；4th, Song Zhu mechanisms；41st, base；42nd, pearl base is led；43rd, claw；44th, guidance set； 441st, guide plate；442nd, pressing plate；443rd, gathering sill；45th, folder pushes away passage；46th, resilience hole；471st, pressure regulating screw；472nd, spring is pushed up； 473rd, ball；474th, block；48th, level folder pushes away component；5th, actuator.

Specific embodiment

The pearl pipe embroidering device embodiment of sending of present invention sewing embroidery machine is described further referring to figs. 1 to Fig. 6.

A kind of sewing embroidery machine send pearl pipe embroidering device, including frame 1, bunker mechanism 2, transmission mechanism 3 and Song Zhu mechanisms 4, the transmission mechanism 3 includes the steel shaft 31 in frame 1 and holds component tightly, and the bunker mechanism 2 includes 21 Hes of outer bucket The detachably pusher internal conflict 22 in outer bucket 21, the pusher internal conflict 22 is provided with the pushing material component of rotatable promotion pearl pipe, institute State pusher and conflict internally and pan feeding gap is provided between 22 diapires and the diapire of outer bucket 21, the axis height of the pan feeding gap and single pearl or The radical length of single pipe is adapted, and 21 diapires of the outer bucket offer deflector chute 25, and the deflector chute 25 is offered for single The discharge opening 24 that pearl pipe falls, the correspondence discharge opening 24 of the deflector chute 25 arranges the little width section entered for single pearl pipe, described The discharge opening 24 that is exported to of deflector chute 25 has the big width section for discharging the pearl pipe for not falling into discharge opening 24, the steel shaft 31 1 End extends to Song Zhu mechanisms 4, and the other end extends to discharge opening 24, and the discharge opening 24 is in pan feeding gap.

By adopting above-mentioned technical proposal, when pearl pipe is conveyed, the pearl pipe outside the promotion of pushing material component rotation in bucket 21, heap The pearl pipe for accumulating is first into deflector chute 25, and then as diminishing deflector chute 25 pan feeding gap is entered into, due to Vertical range between pan feeding gap and deflector chute 25 is being adapted with pearl pipe of arranging, so in pearl pipe in deflector chute 25 It is interior and when being also introduced into pan feeding gap, it is mixed and disorderly arrangement, pearl pipe is continuous in the continuous impetus of pushing material component Promote and pan feeding gap extruding in, can be orderly move towards discharge opening 24；Because discharge opening 24 only can be for single pearl Pipe falls, so what pearl pipe can be orderly is fallen by discharge opening 24 and is covered to steel shaft 31 one by one, it is not necessary to and artificial is troublesome Sequence；The setting of little width section can carry out current limliting to pearl pipe, allow the pearl pipe rotated with pushing material component to have a small amount of to enter Enter such that it is able to more accurately cover to steel shaft 31, big width section is set, after multiple pearl pipes are entered into deflector chute 25, only The single pearl pipe of energy enters discharge opening 24, and the pushing material component that unnecessary pearl pipe will be with rotating enters big width section, so as to be arranged Go out deflector chute 25, carry out next round samsara stirring and then be again introduced into deflector chute 25；Pusher internal conflict 22 is detachably arranged at outer bucket In 21, user's dismounting pusher internal conflict 22 can be facilitated to clear up bunker mechanism 2, more hommization；In the pusher internal conflict 22 of rotation In the presence of, while press into discharge opening 24 that pearl pipe will not be allowed mixed and disorderly of cooperating in deflector chute 25 and pan feeding gap, The clamping stagnation in use of pusher bunker mechanism 2 is effectively prevented, while remove from that useless pearl is produced because of extrusion damage, the profit of pearl pipe Raised so as to save production cost with rate.

Preferably, in order to allow deflector chute 25 that pearl pipe significantly more efficient can be guided to enter discharge opening 24, the deflector chute divides For introduction segment 251, sequence section 252 and derive section 253, the width of the deflector chute 25 by introduction segment 251 to sequence section 252 gradually Reduce, and gradually increase setting to section 253 is derived by sequence section 252, discharge opening 24 is arranged at sequence section 252, the little width Section is sequence section 252, and the big width section is located at derivation section 253, width and pearl pipe of the sequence section 252 near discharge opening 24 Diameter is adapted.It is orderly in sequence section 252 so before pearl pipe needs into discharge opening 24 and is enclosed within steel shaft 31 Arrange, will not multiple pearl pipes press together and cause the clamping stagnation of bunker mechanism 2.While in order to allow pearl pipe smoothly to enter row Sequence section 252, and discharged by derivation section 253, it is preferably provided with introduction segment 251 and gradually increases to the depth of sequence section 252, sort section 252 to the depth for deriving section 253 is gradually reduced.

The pushing material component includes that the pearl bar 23 of dialling of rotary drive 5 and at least two (is provided with three in the present embodiment Dial pearl bar 23), the described group of pearl bar 23 is conflicted internally the one side in 22 dorsad pan feeding gaps located at pusher, and the pusher conflicts internally 22 towards outer bucket One end of 21 diapires is convexly equipped with the upper axle 26 of linkage, and it is rotatably plugged in outer bucket 21 (herein can be from bearing connection linkage Upper axle 26, while being that the upper axle 26 of linkage provides support force, moreover it is possible to which the upper axle 26 of linkage can freely be rotated), the rotation is driven Moving part 5 is connected by the upper axle 26 of linkage and pusher internal conflict 22, and the outer bucket 21 is removably connected to frame 1.Such as institute in figure Stating pusher and conflicting internally 22 includes planar disk 222 and with one heart the taper disks 221 in planar disk 222, in the linkage axle 26 with it is flat The another side of the relative taper disk 221 of face 222 is fixedly connected, and the promotion poke rod is circumferentially distributed located at taper disk 221.

Outer bucket 21 is detachably connected in frame 1, can so facilitate staff directly to dismantle lower outer bucket 21 to clear up Bunker mechanism 2, while the pearl pipe of different size that people can process as needed is pacified to select the outer bucket 21 of appropriate size It is attached in frame 1, single unit system machined surface is wider.Pusher internal conflict 22 arranges taper disks 221, also allows for pusher internal conflict 22 and has Certain angle of inclination, after pearl pipe is poured onto in outer bucket 21, the rotation of pushing material component can significantly more efficient agitation beads pipe, It is convenient into deflector chute 25 that pearl pipe is subsequently flipped to correct face.

As shown in FIG., the component of holding tightly includes universal driving shaft 33 and some gripping block groups 32 with the linkage of universal driving shaft 33, The universal driving shaft 33 in the mode of the diameter parallel of steel shaft 31 in frame 1, gripping block group 32 and bulk conventional at present Combination is the same, is all to press from both sides two symmetrical sides that mode is arranged on steel shaft 31 in pairs, and the output shaft of the actuator 5 is passed through bevel gear Dynamic connection universal driving shaft 33, so as to drive gripping block group 32 open and close to transfer pearl pipe one by one by universal driving shaft 33.It is described Moving axis 33 has grafting lower axle 331 towards one end gear drive of bunker mechanism 2, and axle 26 is inserted with grafting lower axle 331 in the linkage Connect.

Axle 26 and the grafting each other of grafting lower axle 331 in linkage, also allowing for pusher internal conflict 22 can be with universal driving shaft 33 rotate and are driven, and axle 26 and universal driving shaft 33 are used in conjunction with same actuator 5 in linkage, reduce the installing space of motor With the manufacturing cost of integrated model, single unit system more lightweight.

For the firmness for strengthening connecting between outer bucket 21 and frame 1, the correspondence of the frame 1 21 diapires of outer bucket be provided with for The docking magnet of bucket 21 outside adhesive, then corresponding outer bucket 21 is adopted and can be fabricated by with the metal for docking magnet attraction, outward After bucket 21 is installed in frame 1, just can be firmly pulled together with frame 1 by docking magnet.

Can certainly 21 diapires of the outer bucket be provided with clamping block, the outer bucket 21 of the correspondence of the frame 1 offers blocked hole, institute State the jump ring being provided with blocked hole for being engaged by clamping with clamping block.Using jump ring come further bullet between outer bucket 21 and frame 1 Property clamping, strengthen it is outer bucket 21 and frame 1 between connect firmness (this kind of mode and the above-mentioned mode for docking magnet attraction At least one can be selected to use).

As illustrated, the Song Zhu mechanisms 4 include base 41, can accommodate from the pearl pipe of the whereabouts of steel shaft 31 and lead pearl base 42nd, level folder push away component 48 and with level folder push away component 48 linkage claw 43 (herein level folder push away component 48 with tradition one Cause, i.e., motor drives the form of the swing arm of L-type by its output shaft, and here is omitted), the base 41 offers folder and pushes away Passage 45, it is described lead pearl base 42 and be suspended at folder and push away on passage 45 and push away to be left between passage 45 with folder take pearl gap, the folder is pushed away Passage 45 is provided with removable guidance set 44, and the guidance set 44 limits the direction of motion of the clamping pearl pipe of claw 43 in axial direction, And (underface for being typically transported to the embroidering pin of embroidery machine is diametrically to guide the embroidery machine of delivering to that orients pearl pipe of claw 43 Preferably).Folder pushes away the guidance set 44 that setting can be changed on passage 45, also allows for the pearl pipe that people can process as needed Selecting suitable guidance set 44, guidance set 44 limits the axially-movable direction of claw 43 to specification, also allows for pearl pipe not Understand vibration in the axial direction, the sewing needle selection for being ambroidered machine that can be convenient is arrived, and diametrically guides claw 43, is also just made Claw 43 clamp after pearl pipe can the diametrically motion of the face orientation and direction according to regulation is transported to embroidery machine, Guiding mechanism is acted on radial and axial simultaneously, so that the selection pearl pipe conveying dress that embroidery machine can be more convenient The pearl pipe put, overall pearl pipe embroidery work is more convenient.

As described in Figure, the guidance set 44 includes guide plate 441 and pressing plate 442, and the guide plate 441 detachably sets Push away in passage 45 in folder, the pressing plate 442 is detachably connected with base 41, and composition is oppositely arranged with guide plate 441 and send between pearl Gap, the claw 43 is being sent toward polyslip in pearl gap, and the guide plate 441 is provided with and clamps pearl pipe sliding to embroidery for claw 43 The gathering sill 443 of machine, the gathering sill 443 (leads pearl base 42 and conventional pilot pearl base 42 1 herein with the UNICOM of pearl base 42 is led Cause, be all the bearing for having opened up circular hole), the width of the gathering sill 443 is adapted with the diameter of pearl pipe, the gathering sill 443 Diapire is adapted with the vertical range of pressing plate 442 with the radical length of pearl pipe.

Claw 43 is sending in pearl gap toward polyslip, that is, guide plate 441 and pressing plate 442 are separately positioned on claw 43 Both sides, then after pearl pipe is clamped, have the pearl gap of sending that guide plate 441 and pressing plate 442 are collectively forming to limit, quilt on its axial direction After claw 43 is clamped, jump pearl phenomenon will not be produced because of the clamping of claw 43；Gathering sill 443 with lead the UNICOM of pearl base 42, Pearl pipe is transported to be smoothly entered behind the hole for leading the place of pearl base 42 and send in pearl gap, is pressed from both sides by claw 43 so as to convenient Handle；The width of gathering sill 443 is adapted with the diameter of pearl pipe, so as to effectively prevent pearl pipe from back and forth transmitting in gathering sill 443 When misplace, the diapire of gathering sill 443 is adapted with the vertical range of pressing plate 442 with the radical length of pearl pipe, also allow for pearl pipe by Lead pearl base 42 to enter into after gathering sill 443, embroidery machine can be delivered to what the passage of claw 43 was directed, prevent pearl pipe Offset in transmit process.

Guide plate 441 is detachably arranged at folder and pushes away in passage 45, and people can be according to the axial length of pearl pipe to be processed To select to change the guide plate 441 of suitable specification, so no matter pearl pipe of the axial length of which kind of size can effective quilt Orientation conveying.Guide plate 441 can select direct sliding to enter folder to push away in passage 45, or be connected by the way of grafting.Pressing plate 442 are arranged to as shown in FIG. Z-shaped, and are bolted and are arranged on base 41.

As shown in fig. 6, lead pearl base 42 arranging in convex, lead and company is fixed by screw between pearl base 42 and base 41 Connect, the part correspondence gathering sill 443 that it is projected is arranged in hang, lead pearl base 42 and open up the circular hole fallen for pearl pipe, circle Hole and gathering sill 443 can be mutual UNICOM, the breach that the correspondence circular hole of pearl base 42 offers a bar shaped be led, so in people Pearl pipe plus the man-hour for changing other models is needed, going deep into breach with elongate object just conveniently can will lead pearl base 42 The pearl pipe inside having not been used is rejected, and increases the working (machining) efficiency of staff.

As illustrated, the base 41 correspondence folder push away passage 45 two opposite side walls offer resilience hole 46 (be in figure The both sides of the direction of motion of claw 43 are respectively provided with two resilience holes 46), it is sequentially provided with pressure regulating screw in the resilience hole 46 471st, push up spring 472 and the ball 473 for abutting can be rolled with claw 43, the top two ends of spring 472 contradict respectively connection pressure regulating screw 471 and ball 473, the pressure regulating screw 471 is threadedly coupled with resilience hole 46.Gear is provided between the top spring 472 and ball 473 Block 474, the block 474 is fixedly connected with top spring 472.

Ball 473 is combined with the setting of spring so that ball 473 has the elasticity of retraction, and claw 43 pushes away passage 45 in folder During interior reciprocating motion, its both sides is contradicted by the elasticity of ball 473, so that claw 43 can more firmly block pearl Pipe, while the sliding friction that claw 43 pushes away the side wall of passage 45 with folder can be changed into rolling friction by arranging for ball 473, effectively The wear extent of claw 43 is reduced, prevents from processing equipment damage.As shown in FIG., the setting of block 474 is combined with resilience hole 46 Peculiar shape, can effectively prevent push up spring 472 by the transition compression of ball 473 elastic failure.

Pearl device is sent to be usually fixed in the frame 1 for being arranged on embroidery machine, in order to allow staff not using this to fill When putting can normal work it is unaffected, Song Zhu mechanisms 4 can be arranged to telescopic structure.Will frame 1 be divided into two Point, the latter half 12 for connecting Song Zhu mechanisms 4 is connected with top half 11 by the sliding of slide block 121, the top half 11 of frame 1 It is fixedly connected with embroidery machine, a telescopic cylinder 13 is set and is fixed in the top half 11 of frame 1, the output shaft of telescopic cylinder 13 It is fixedly connected with the slide block 121 in the frame 1 of the latter half 12, such people need not be using when sending pearl device, it is possible to By the rising Song Zhu mechanisms 4 of the simple and fast of telescopic cylinder 13, so as to allow, embroidery machine is impregnable to do other work.

The above is only the preferred embodiment of the present invention, and protection scope of the present invention is not limited merely to above-mentioned enforcement Example, all technical schemes belonged under thinking of the present invention belong to protection scope of the present invention.It should be pointed out that for the art Those of ordinary skill for, some improvements and modifications without departing from the principles of the present invention, these improvements and modifications Should be regarded as protection scope of the present invention.

Claims

1. a kind of sewing embroidery machine send pearl pipe embroidering device, including frame, bunker mechanism, transmission mechanism and Song Zhu mechanisms, described Transmission mechanism includes the steel shaft in frame and holds component tightly, it is characterised in that：The bunker mechanism include it is outer bucket and can Pusher of the dismounting in outer bucket is conflicted internally, and the pusher is conflicted internally and is provided with the pushing material component of rotatable promotion pearl pipe, in the pusher Pan feeding gap is provided between bucket diapire and outer bucket diapire, the axis height or the radial direction of single pipe of the pan feeding gap and single pearl Length is adapted, and the outer bucket diapire offers deflector chute, and the deflector chute offers the discharge opening fallen for single pearl pipe, institute State deflector chute correspondence discharge opening and the little width section entered for single pearl pipe is set, the discharge opening that is exported to of the deflector chute has row Go out not falling into the big width section of the pearl pipe of discharge opening, described steel shaft one end extends to Song Zhu mechanisms, and the other end extends to discharging Hole, the discharge opening is in pan feeding gap.

2. sewing embroidery machine according to claim 1 send pearl pipe embroidering device, it is characterised in that：The deflector chute is divided into leads Enter section, sequence section and derive section, the width of the deflector chute is gradually reduced by introduction segment to the section that sorts, and is extremely derived by sequence section Gradually increase is arranged section, and the depth of the deflector chute is gradually increased by introduction segment to the section that sorts, and by sequence section to derive section by Tapered little setting, discharge opening is arranged at sequence section, and the little width section is sequence section, and the big width section is located at derivation section, institute State sequence section to be adapted with pearl pipe diameter near the width of discharge opening.

3. sewing embroidery machine according to claim 2 send pearl pipe embroidering device, it is characterised in that：The pushing material component includes Rotary drive and at least two dials pearl bar, and the described group of pearl bar is conflicted internally the one side in dorsad pan feeding gap located at pusher, described to push away Material to be conflicted internally and be convexly equipped with the upper axle of linkage towards one end of outer bucket diapire, and it is rotatably plugged in outer bucket, and the rotary drive leads to Cross the upper axle of linkage to be connected with pusher internal conflict, the outer bucket is removably connected to frame.

4. sewing embroidery machine according to claim 3 send pearl pipe embroidering device, it is characterised in that：The holding component includes Universal driving shaft and some gripping block groups with universal driving shaft linkage, the universal driving shaft is located at frame in the mode of the diameter parallel of steel shaft On, the output shaft of the actuator is connected universal driving shaft through bevel gear, an end tooth of the universal driving shaft towards bunker mechanism Wheel transmission has grafting lower axle, axle and grafting lower axle grafting in the linkage.

5. sewing embroidery machine according to claim 4 send pearl pipe embroidering device, it is characterised in that：The frame correspondence is outer to struggle against Diapire is provided with the docking magnet for struggling against outside adhesive.

6. sewing embroidery machine according to claim 4 send pearl pipe embroidering device, it is characterised in that：The outer bucket diapire is provided with Clamping block, the outer bucket of frame correspondence offers blocked hole, and the card for being engaged by clamping with clamping block is provided with the blocked hole Spring.

7. the sewing embroidery machine according to claim 4 or 5 or 6 send pearl pipe embroidering device, it is characterised in that：In the pusher Bucket includes planar disk and with one heart the taper disk in planar disk, the another side of axle taper disk relative with planar disk in the linkage It is fixedly connected, the promotion poke rod is circumferentially distributed located at taper disk.

8. sewing embroidery machine as claimed in any of claims 1 to 6 send pearl pipe embroidering device, it is characterised in that：Institute Shu Song pearls mechanism include base, can accommodate from steel shaft fall pearl pipe lead pearl base, level folder push away component and with level folder push away The claw of component linkage, the base offers folder and pushes away passage, it is described lead pearl base and be suspended at folder push away on passage and push away logical with folder Leave between road and take pearl gap, the folder pushes away passage and is provided with removable guidance set, the guidance set limits claw clamping pearl pipe In the direction of motion of axial direction, and claw is diametrically guided to deliver to embroidery machine by what pearl pipe was oriented.

9. sewing embroidery machine according to claim 8 send pearl pipe embroidering device, it is characterised in that：The guidance set includes Guide plate and pressing plate, the guide plate is detachably pushed away in passage located at folder, and the pressing plate is detachably connected with base, and with guiding Plate is oppositely arranged composition and send pearl gap, the claw sending toward polyslip in pearl gap, and the guide plate is provided with for claw clamping The sliding of pearl pipe is to the gathering sill of embroidery machine, and the gathering sill and Dao Zhu bases UNICOM, the width of the gathering sill is straight with pearl pipe Footpath is adapted, and the guiding groove bottom wall is adapted with the vertical range of pressing plate with the radical length of pearl pipe.

10. sewing embroidery machine according to claim 9 send pearl pipe embroidering device, it is characterised in that：The base correspondence is pressed from both sides The two opposite side walls for pushing away passage offer resilience hole, pressure regulating screw, top spring are sequentially provided with the resilience hole and can be rolled with claw The dynamic ball for abutting, the top spring two ends contradict respectively connection pressure regulating screw and ball, the pressure regulating screw and resilience hole screw thread Connection.