CN208143039U - A kind of iron core piece and bushing kludge - Google Patents

Abstract

The utility model discloses a kind of iron core pieces and bushing kludge, belong to servo motor and manufacture field.In irregular shape due to iron core piece and bushing, existing assemble mechanism cannot achieve its Automated assembly, need by being accomplished manually, assembly precision is poor, and assembly efficiency is low.A kind of iron core piece and bushing kludge, including the clamp assemblies for clamp sleeve, the indentation component for pushing bushing mobile；The clamp assemblies are equipped with pressing member, jacking part with notch；The indentation component is equipped with the plugboard for grafting bushing, and the plugboard is equipped at least one interface.The utility model is arranged pressing member and clamps bushing with jacking part and position to bushing, and then plugboard grafting bushing, it drives bushing to be assembled with iron core piece, servo motor iron core part can be automatically performed and bushing assembles, structure is simple, manufacturing cost is low, and assembly precision and assembly efficiency are high.

Description

A kind of iron core piece and bushing kludge

Technical field

The utility model relates to a kind of iron core pieces and bushing kludge, belong to servo motor and manufacture field.

Background technique

Servo motor includes bushing and iron core piece, bushing it is in irregular shape, as shown in Figure of description 19, the iron Chipware is generally spliced by several " work " shape iron blocks, and as shown in Figure of description 21, " work " shape iron block two sides fill respectively With bushing, in irregular shape due to iron core piece and bushing, existing assemble mechanism cannot achieve its Automated assembly, need By being accomplished manually, assembly precision is poor, and assembly efficiency is low.

Further, Chinese patent（Publication number CN106078158A, CN106363400A）Disclose a kind of core assembly dress Fitting mechanism, the core assembly assemble mechanism include the core assembly installation frame of installation on the ground, core assembly installation frame On be sequentially installed with core assembly transport device and four position rotary charging devices, iron core group is located on core assembly installation frame The side of part transport device is sequentially installed with iron core bar feeding device and rubber block feeding device, four position rotary charging devices Cored spring feeding device is installed in side, and the rubber block feeding device includes the rubber being mounted on core assembly installation frame Blob of viscose discharge component, rubber block discharge component include being mounted on core assembly installation frame to be equipped with rubber block shaking charging tray, rubber Blob of viscose discharging manipulator, overturning discharging unit.By the above-mentioned means, can be improved assembly precision and assembly efficiency.

In above scheme, iron core is column structure, and rubber block is block structure, is all regular shape, and servo motor Iron core piece and bushing are irregular shape, cannot achieve the automatic makeup of the iron core piece and bushing of servo motor through the above scheme Match, and rubber block discharging manipulator, overturning discharging unit are set, structure is complicated, manufacturing cost is low.

Utility model content

In view of the drawbacks of the prior art, the purpose of this utility model is to provide one kind can assemble servo motor iron core part With the structure of bushing is simple, manufacturing cost is low and assembly precision and the high iron core piece and bushing kludge of assembly efficiency.

To achieve the above object, the technical solution of the utility model is：

A kind of iron core piece and bushing kludge, including for clamp sleeve clamp assemblies, for pushing bushing mobile It is pressed into component；The clamp assemblies are equipped with pressing member, jacking part with notch；The indentation component, which is equipped with, is used for grafting bushing Plugboard, the plugboard be equipped at least one interface.The utility model setting pressing member and jacking part clamp bushing And bushing is positioned, and then plugboard grafting bushing, it drives bushing to be assembled with iron core piece, servo can be automatically performed Electric machine iron core part and bushing assemble, and structure is simple, manufacturing cost is low, and assembly precision and assembly efficiency are high.

As optimization technique measure, the jacking part upper surface opens up stepped groove, the cross sectional shape and lining of the stepped groove The cross sectional shape of set lower end matches.According to the features of shape of bushing, the end that part setting stepped groove accommodates bushing is jacked, is realized The Primary Location of bushing, structure are simple, practical.

As optimization technique measure, the pressing member lower end is equipped with claw-like structures, the pawl of the claw-like structures and the sky of pawl The width of gap width and bushing matches.Pressing member moves down, and claw-like structures are inconsistent with bushing, and bushing is pressed into claw-like Inside the gap of structure, the positioning of bushing is completed.

As optimization technique measure, according to the features of shape of bushing, plugboard lateral arrangement, interface is up and down Gap slot, the upper end is equipped with gradient face, and side is arranged chamfering structure, plugboard and interface transverse shifting grafting bushing, So that in bushing insertion interface, and then plugboard drives bushing synchronizing moving, without complicated robot manipulator structure, material list out Member, structure is simple, practical, and manufacturing cost is low, and scheme is practical.

As optimization technique measure, it is equipped with pressing plate above the plugboard, interval is equipped between the pressing plate and plugboard Part, pressing plate move down, and bushing is pressed on plugboard, to avoid pressing plate moving range excessive, crushing bushing, and setting interval Part is skillfully constructed so that pressing plate and plugboard keep certain interval, structure, simple.

As optimization technique measure, the pressing member, jacking part are separately connected a bushing driving source, the bushing driving source Vertically arranged driving pressing member and jacking part are back and forth gone up and down；Plugboard connecting plate one is pressed into driving source, and the indentation driving source is horizontal Plugboard alternating translational is driven to arrangement.The bushing driving source is cylinder, and pressing member and jacking part are point-to-point movement, and And shift position does not need very accurately, therefore can meet its movement needs as driving source using cylinder, and cylinder is just In control, purchase cost is low.Since plugboard needs to drive bushing transverse shifting, since bushing and iron core piece are there are alternate position spike, Damage when to avoid bushing and iron core piece from assembling, when bushing and iron core piece assemble for the first time, the movement speed of plugboard is relatively slow, when After the assembly is completed, to ensure that bushing is accurately assembled with iron core piece, intensified pressure is needed to squeeze bushing again, therefore be pressed into driving source For the rotating electric machine with ball-screw component, pressure can be accurately controlled, meets the assembly demand of bushing and iron core piece.

As optimization technique measure, adjacent clamp assemblies are equipped with the guidance set for limiting bushing moving range, described The guiding driving source that guidance set is equipped with guide part and guide part is driven to move back and forth, avoids bushing displacement error excessive, shadow Ring normal assembly.

As optimization technique measure, the guide part is vertically arranged, and lower end is equipped with several claws, is limited and is served as a contrast by claw The moving range of set, structure are simple, practical.

It further include assemble mechanism as optimization technique measure, the assemble mechanism, which is divided into from iron core piece front, assembles bushing Front assemble mechanism, from the reverse side assemble mechanism of iron core piece reverse side assembly bushing, the front assemble mechanism and reverse side assemble Transfer mechanism is equipped between mechanism, the transfer mechanism drives iron core piece and the bushing of front assembly completion from front assembly machine It is moved on structure on reverse side assemble mechanism.The utility model is equipped with front assemble mechanism, reverse side assemble mechanism realizes iron core piece Bushing is assembled in two sides, and transfer mechanism is arranged and completes the movement of iron core piece position, and structure is simple, practical.

As optimization technique measure, anti-sticking component includes the anti-set driving source being fixed on in indentation support plate and anti-set The anti-external member that the movable end of driving source is fixedly connected on anti-cage plate, is fixed on on anti-cage plate.Plugboard opens up several longitudinal directions and passes through Logical slot wears several anti-external members；The anti-external member is rod-like structure, and end can be stretched out in slot, retract.When After plugboard drives bushing to be pressed into iron core piece, plugboard moves backward preparation and resets, and anti-set driving source drives on anti-cage plate, into And anti-external member is driven to stretch out out of slot, bushing is released from plugboard, bushing is avoided to be stuck on plugboard, by plugboard band It returns.

Compared with prior art, the utility model has the advantages that：

The utility model is arranged pressing member and clamps bushing with jacking part and position to bushing, and then plugboard grafting Bushing drives bushing to be assembled with iron core piece, can be automatically performed servo motor iron core part and bushing and assemble, structure simply, Manufacturing cost is low, and assembly precision and assembly efficiency are high.

Detailed description of the invention

Fig. 1 is the utility model overall structure diagram；

Fig. 2 is the utility model part-structure diagram；

Fig. 3 is structure partial amplification diagram in Fig. 2；

Fig. 4 is that structure converts certain angle diagram in Fig. 2；

Fig. 5 is that structure looks up diagram in Fig. 4；

Fig. 6 is positioning component configuration diagram；

Fig. 7 is that structure converts certain angle diagram in Fig. 6；

Fig. 8 is pressing member configuration diagram；

Fig. 9 is jacking part configuration diagram；

Figure 10 is indentation modular construction diagram；

Figure 11 is that structure converts certain angle diagram in Figure 10；

Figure 12 is pressing plate and plugboard assembling structure diagram；

Figure 13 is upper guide member arrangement diagram；

Figure 14 is lower guide member arrangement diagram；

Figure 15 is transfer mechanism configuration diagram；

Figure 16 is that structure converts certain angle diagram in Figure 15；

Figure 17 is that the utility model increases the configuration diagram for putting anti-sticking component；

Figure 18 is that indentation component and anti-sticking component assemble diagram；

Figure 19 is bush structure diagram；

Figure 20 is that structure converts certain angle diagram in Figure 19；

Figure 21 is iron core piece configuration diagram；

Figure 22 is iron core assembly bush structure diagram.

Description of symbols：

1- iron core piece feed mechanism, 2- bushing feed mechanism, 3- assemble mechanism, 4- transfer mechanism, 5- cutting agency, 6- work Make platform, 2A- reverse side bushing feed mechanism, the front 3A- face assemble mechanism, 3B- reverse side assemble mechanism, 11- conveyer belt, 12- feeding Component, 13- positioning component, 14- positioning movable plate, 111- feeder motor, 112- conveying fixing seat, 113- pulley support plate, 121- stirs driving source, 122- shifting part, 123- iron core feeding support plate, 131-L shape plate, the vertical locating piece of 132-, the end 133- Portion's locating piece, 134- lower air cylinder, 135- end cylinders, 136- support frame, 137- push fixed plate, 1321- spring stack, 21- Vibrating disk, 22- vibrate slideway, and 31- is pressed into component, 32- clamp assemblies, 33- guidance set, 34- assembly support frame, 35- connection Plate, 311- are pressed into driving source, 312- plugboard, and 313- is pressed into support plate, and 314- is pressed into guide rail fixed plate, 315- pressing plate, 316- Interface, 3161- gradient face, 3162- chamfering structure, 317- spacer, the anti-cage plate of 318-, the anti-external member of 3181-, the anti-set of 319- drive Dynamic source, 321- bushing push driving source, 322- pressing member, 3221- claw-like structures, 323- bushing jacking driving source, 324- jacking Part, 3241- stepped groove are oriented to driving source on 331-, the upper guide part of 332-, are oriented to driving source under 333-, guide part under 334-, 41- gripping finger component, 42- transverse shifting component, 43- vertically move component, 411- gripping finger part, 412- gripping finger driving source, 421- shifting Carry connecting plate, 422- transverse shifting cylinder, 431- transfer movable plate, 7- bushing, 8- iron core piece.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

On the contrary, the utility model cover it is any be defined by the claims do in the spirit and scope of the utility model Substitution, modification, equivalent method and scheme.Further, right below in order to make the public have a better understanding the utility model It is detailed to describe some specific detail sections in the datail description of the utility model.Do not have for a person skilled in the art The utility model can also be understood completely in the description of these detail sections.

It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to To another element or it may be simultaneously present centering elements.On the contrary, when element is referred to as " directly existing " another element "upper", There is no intermediary elements.Term as used herein " vertically ", " end ", " side ", "upper", "lower" and similar statement For illustrative purposes only.

Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model The normally understood meaning of the technical staff in domain is identical.Term as used herein is intended merely to the mesh of description specific embodiment , it is not intended that limitation the utility model.

As shown in Fig. 1 to 16,19,20,21,22, a kind of iron core piece and bushing kludge are equipped with iron core piece feed mechanism 1, bushing feed mechanism 2, assemble mechanism 3, cutting agency 5.Iron core piece feed mechanism 1 includes driving 8 transverse shifting of iron core piece Conveyer belt 11, the feeding material component 12 for pushing iron core piece 8 to vertically move, the positioning group for limiting 8 moving range of iron core piece Part 13, the positioning component 13 are arranged vertically with conveyer belt 11；The bushing feed mechanism 2 is equipped with so that 7 ordered arrangement of bushing Vibrating disk 21；The assemble mechanism 3 includes the clamp assemblies 32 for clamp sleeve 7, the indentation for pushing bushing 7 mobile Component 31.

Iron core piece 8 is placed on conveyer belt 11, and conveyer belt 11 drives iron core piece 8 to be moved to predetermined position, and then feeding group Part 12 is stirred to be limited in the entrance positioning component 13 of iron core piece 8.Iron core piece 8 is transported by conveyer belt 11, and passes through feeding group Iron core piece 8 is sent to predetermined position by part 12, avoids damage iron core piece 8.Simultaneously vibrating disk 21 vibrate so that 7 ordered arrangement of bushing simultaneously So that near 7 moving iron core part 8 of bushing, and then 32 driving lining 7 of clamp assemblies is mobile, keeps it opposite with 8 fitting surface of iron core piece, And then be pressed into 31 driving lining 7 of component and 8 phase of iron core piece and assemble, complete the automatic assembling of iron core piece and bushing, structure simply, Practical, scheme is practical.

11 end of conveyer belt connects a feeder motor 111, and the feeder motor 111 is fixed in conveying fixing seat 112, and two Person is fixed by screw piece, and conveying fixing seat 112 is fixed by screws on pulley support plate 113.

The feeding material component 12 is equipped with the shifting part 122 for pushing iron core piece 8 mobile and drives shifting part 122 reciprocal Mobile stirs driving source 121, and the shifting part 122 is fixedly connected with the movable end for stirring driving source 121.It is described to stir driving Source 121 is assemblied in 11 top of conveyer belt by iron core feeding support plate 123, and the iron core feeding support plate 123 is fixed on work On platform 6；Shifting part 122 is strip structure, and the upper end is connected with the movable end for stirring driving source 121, and the other end can be with iron Chipware 8 is inconsistent.Since iron core piece 8 is strip, and weight is bigger, and general clamp structure is difficult to carry out effectively it Clamping, setting shifting part 122 stirs displacement to it, simple and practical, and can ensure that iron core piece 8 moves quickly into pre-determined bit It sets.

As shown in Figure 6,7, the positioning component 13 includes for placing the L shaped plate 131 of iron core piece 8, for limiting iron core Vertical locating piece 132, end locating piece 133, positioning movable plate 14 and the driving source of 8 moving range of part；The L shaped plate 131 It is mounted on the upper surface of positioning movable plate 14.The loading plane of the L shaped plate 131 and the plane flush of conveyer belt 11.Iron core Part 8 is directly pushed into the loading plane of L shaped plate 131 from transmission belt, the side of iron core piece 8 and the side wall of L shaped plate 131 It is inconsistent, so that L shaped plate 131 has enough cross-brace power to iron core piece 8.

The driving source includes for driving the lower air cylinder 134 of the vertical reciprocating movement of locating piece 132, for driving end The end cylinders 135 that locating piece 133 moves back and forth.The positioning component 13 is equipped with block piece, institute in the notch side of L shaped plate 131 It states block piece lower end and connects a promotion source, the promotion source driving block piece is back and forth gone up and down, so that L shaped plate 131 forms U-shaped structure, Iron core piece 8 coats wherein, carries out effective position to iron core piece 8, while block piece can be stretched out, be retracted, and limitation iron core piece places model It encloses, avoids iron core piece position deviation.When bushing and iron core piece assemble, block piece needs to retract in time, so that the assembly of iron core piece Side exposes, and achieves the assembly with bushing, structure is simple, practical, and scheme is practical.Due to iron core piece and bushing When assembly, need to limit the end of iron core piece, iron core piece avoided to vertically move, complete assembly after, iron core piece need from The end of positioning movable plate is removed, that is, is vertically moved, for longitudinal register and the longitudinal movement for realizing iron core piece, the end The movable end of portion's cylinder 135 is fixedly connected with end locating piece 133, and fixing end is fixedly connected with positioning movable plate 14.

Since iron core piece is placed on L shaped plate, when iron core piece and bushing assemble, block piece will be retracted, for the position for guaranteeing iron core piece Setting will not change, and can only position from top to down to iron core piece, therefore the lower air cylinder 134 is solid by a support frame 136 It is scheduled on 131 top of L shaped plate, the movable end of lower air cylinder 134 is fixedly connected with vertical locating piece 132.The vertical locating piece 132 Several spring stacks 1321 are worn, the spring stack 1321 stretches out in the lower end surface of vertical locating piece 132, and can contradict iron core piece 8.Since bushing needs to assemble from the side of iron core piece, and the part of iron core piece is coated, iron core is pushed down by spring stack Part completes the Automated assembly of bushing and iron core piece so that the fitting surface of iron core piece is not blocked.

136 upper end of support frame as described above is equipped with the pushing fixed plate 137 for the lower air cylinder 134 that is spirally connected, and lower end connection is fixed It is displaced movable plate 14.14 two sides of positioning movable plate are slidably connected by positioning guide rail with workbench 6, middle position and ball wire The feed screw nut of thick stick component is connected, feed screw nut spinning in and out on lead screw.The ball-screw component passes through positioning Bracket is erected on workbench 6.Since iron core piece one side needs to assemble several bushings, but the number of the disposable feeding of bushing It measures limited, is unable to satisfy the matching requirements of iron core piece, the multiple material-uploading style of bushing can only be taken to solve iron core piece and multiple bushings Assembly problem, therefore the ball-screw component is set and is longitudinally arranged, ball-screw component accurately controls positioning movable plate stepping It is mobile, if until completing the assembly of iron core piece and dry sleeve.Positioning component 13 is equipped with sensor, institute in one end close to transmission belt It states sensor and is fixed on workbench 6 by sensing support.

Assemble mechanism 3 divides to assemble from the front assemble mechanism 3A of 8 front assembling bushing 7 of iron core piece, from 8 reverse side of iron core piece The reverse side assemble mechanism 3B of bushing 7 is equipped with transfer mechanism 4, institute between the front assemble mechanism 3A and reverse side assemble mechanism 3B It states the bushing 7 that transfer mechanism 4 drives iron core piece 8 and front assembly to complete and is moved to reverse side assembly from the assemble mechanism 3A of front On mechanism 3B；The front assemble mechanism 3A and reverse side assemble mechanism 3B are positioned opposite, and the two is spaced apart.This is practical new Type is equipped with front assemble mechanism 3A, reverse side assemble mechanism 3B and realizes that bushing 7 is assembled in the two sides of iron core piece 8, and transfer mechanism 4 is arranged It is mobile to complete 8 position of iron core piece, structure is simple, practical.

The front assemble mechanism 3A and reverse side assemble mechanism 3B be respectively provided with clamp sleeve 7 clamp assemblies 32, Indentation component 31 for pushing bushing 7 mobile.Vibrating disk is connected by vibrating slideway 22 with clamp assemblies 32.

The clamp assemblies 32 include bushing jacking driving source 323, jacking part 324, bushing pushing driving source 321, push Part 322；The bushing jacking driving source 323 is vertically arranged, and movable end is fixedly connected with jacking part 324, and the bushing pushes The movable end of driving source 321 is fixedly connected with pressing member 322, and the pressing member 322 coincides with jacking 324 vertical projection of part. The bushing jacking driving source 323 is fixed on workbench 6 by jacking fixed plate.

The bushing pushes driving source 321 and is fixed on assembly support frame 34 by connecting plate 35, and movable end is vertically set It sets and is connected with pressing member 322, the pressing member 322 is slidably connected by sliding rail and assembly support frame 34.

As shown in Figure 8,9,324 upper surface of jacking part opens up stepped groove 3241, the section shape of the stepped groove 3241 Shape and the cross sectional shape of 7 lower end of bushing match, and according to the features of shape of bushing, jack the end that part setting stepped groove accommodates bushing Portion realizes that the Primary Location of bushing, structure are simple, practical.322 lower end of pressing member is equipped with claw-like structures 3221.The pawl The pawl and the gap length c of pawl and the width d of bushing 7 of shape structure 3221 match.Pressing member moves down, claw-like structures with Bushing is inconsistent, inside the gap bushing indentation claw-like structures, completes the positioning of bushing.

As shown in Figure 10,11,12, the indentation component 31 includes for the plugboard 312 of inlay busher 7, for driving The indentation driving source 311 that plugboard 312 translates.The interface 316 is gap slot up and down, and the upper end is equipped with gradient face 3161, chamfering structure 3162, plugboard and interface transverse shifting grafting bushing is arranged in side, so that bushing is embedded in interface In, and then plugboard drives bushing synchronizing moving, without complicated robot manipulator structure, discharging unit, structure is simple, practical, system Make at low cost, scheme is practical.

It is equipped with pressing plate 315 above the plugboard 312, spacer 317 is equipped between the pressing plate 315 and plugboard 312, Pressing plate moves down, and bushing is pressed on plugboard, and to avoid pressing plate moving range excessive, spacer is arranged in crushing bushing, So that pressing plate 315 and plugboard 312 keep certain interval, it is skillfully constructed, it is structure, simple.

The indentation driving source 311 is rotating electric machine, is connected by ball-screw component with plugboard 312.It is described 312 front end of plugboard is equipped with several interfaces 316, and the shape of the interface 316 and the shape of bushing 7 match.Ball wire Indentation guide rail fixed plate 314 is equipped with below thick stick component, the indentation guide rail fixed plate 314 is equipped with sliding rail, with indentation support plate 313 are slidably connected, and the indentation support plate 313 is fixedly connected with feed screw nut.Since plugboard needs that bushing is driven laterally to move It is dynamic, since there are alternate position spikes with iron core piece for bushing, to avoid bushing and damage when iron core piece assembly, when bushing assembles, plugboard Movement speed it is relatively slow, when the assembly is complete, to ensure that bushing is accurately assembled with iron core piece, intensified pressure be needed to squeeze again Bushing, therefore being pressed into driving source is the rotating electric machine with ball-screw component, can accurately control pressure, meet bushing and iron The assembly demand of chipware.

314 lower end surface of indentation guide rail fixed plate is fixed on workbench 6, and end is fixedly connected with electric machine spacing and fixes Plate.313 upper surface of the indentation support plate connection plugboard 312 and reserved cylinder.

As shown in Figure 13,14, increase the embodiment of guidance set：

Adjacent clamp assemblies 32 are equipped with the guidance set 33 for limiting 7 moving range of bushing, and the guidance set 33 is set The guiding driving source for having guide part and guide part being driven to move back and forth.The guide part is vertically arranged, and lower end is equipped with several Claw.

Guidance set 33 and clamp assemblies 32 are arranged side by side and are fixed on working plate by assembling support frame 34, assembly branch The adjacent clamp assemblies 32 in 34 upper end of support are equipped with block cylinder, and the movable end of the block cylinder is fixedly connected with block guide part, The setting of block guide part lower end refers to for being inserted into the gear of 7 cavity of bushing.

The guidance set 33 includes upper guide part 332, lower guide part 334, and the upper and lower guide part is separately connected one and leads To driving source, the upper guiding driving source 331 is erected on assembly support frame 34 by connecting plate 35, upper guiding driving source 331 Movable end connect upper guide part 332, the upper guide part 332 is connect with support frame 34 is assembled by sliding rail.

The lower guiding driving source 333 is fixed on lower guide support plate, and the lower guide support plate side is led under passing through It is fixed on workbench 6 to fixed plate, the other side is equipped with guide rail.Lower 334 side of guide part is slidably connected by sliding slot and guide rail, Its end is connected with the movable end of lower guiding driving source 333.

As shown in Figure 15,16, the transfer mechanism 4 includes the gripping finger component 41 that can clamp iron core piece 8, driving gripping finger group The transverse shifting component 42 and longitudinal movement component 43 that part 41 moves back and forth.The gripping finger component 41 be equipped with gripping finger part 411 with And the gripping finger driving source 412 of driving gripping finger part 411 clamping repeatedly, 411 front end of gripping finger part opens up notch.The longitudinal movement Component 43 is equipped on transfer movable plate 431, and the 431 lower end two sides of transfer movable plate are connected by slideway with workbench 6, The transfer connecting plate 421 that upper end is equipped with sliding rail and transverse shifting component 42 is slidably connected, the one end far from feeding material component 12 It is connected with the transverse shifting cylinder 422 of transverse shifting component 42.Transverse shifting Component driver gripping finger component transverse shifting, it is close Iron core piece in positioning component, is clamped, and then transverse shifting Component driver gripping finger component retreats, and is detached from positioning component, into And longitudinal movement Component driver gripping finger component and iron core piece are moved to reverse side assemble mechanism, realize that iron core piece is assembled from front Mechanism is moved to reverse side assemble mechanism, and scheme is practical.

One end mounting clip finger assembly 41 of the transfer connecting plate 421 close to feeding material component 12, separate end and horizontal It is connected to the movable end of mobile cylinder 422.

Iron core piece 8 is moved to the position of reverse side assemble mechanism 3B by transfer mechanism 4, reverse side bushing feed mechanism 2A to bushing into Row feeding, and then the assembling of 8 reverse side of iron core piece is carried out, assembling flow path is consistent with front assembling procedure, and which is not described herein again, so far complete It is assembled at iron core piece and bushing.

The cutting agency 5 includes the mobile chuck component of assembling iron core piece 8 being completed, for driving collet for clamping Lifting assembly, the translation component for driving chuck component to translate of component lifting.Lifting assembly drives chuck component decline, into Enter in positioning component, and then completion iron core piece has been assembled in chuck component clamping, further, lifting assembly drives on chuck component It rises, is detached from positioning component, in turn, translate Component driver chuck component and iron core piece is mobile, it is defeated that iron core piece is placed on blanking It send and takes, complete blanking, structure is simple, practical, and scheme is practical.

As shown in Figure 17,18, the utility model adds anti-sticking component, and bushing is prevented to be stuck in the embodiment on plugboard：

Anti-sticking component includes the anti-set driving source 319 and anti-set driving source 319 being fixed on 313 in indentation support plate The anti-external member 3181 that movable end is fixedly connected 318 on anti-cage plate, is fixed on 318 on anti-cage plate.Plugboard 312 opens up several vertical To the slot of perforation, several anti-external members 3181 are worn.The anti-external member 3181 is rod-like structure, and end can be in slot It stretches out, retract.

After plugboard 312 drives bushing 7 to be pressed into iron core piece, plugboard 312 moves backward preparation and resets, anti-set driving Source 319 drives 318 on anti-cage plate, and then anti-external member 3181 is driven to stretch out out of slot, and bushing is released from plugboard 312, It avoids bushing from being stuck on plugboard 312, is taken back by plugboard 312.

Driving source described in the utility model, promotion source can be cylinder, magnetic cylinder, linear motor and be equipped with ball wire The rotating electric machine of thick stick component.It is preferred that cylinder, control is simple, economical and practical.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (10)

1. a kind of iron core piece and bushing kludge, which is characterized in that including being used for clamp sleeve（7）Clamp assemblies（32）, use In promotion bushing（7）Mobile indentation component（31）；The clamp assemblies（32）Equipped with the pressing member with notch（322）, top Rise part（324）；The indentation component（31）Equipped with for grafting bushing（7）Plugboard（312）, the plugboard（312）If There is at least one interface（316）, pressing member（322）With jacking part（324）Clamp bushing（7）And to bushing（7）Determined Position, and then plugboard（312）Grafting bushing（7）, drive bushing（7）With iron core piece（8）It is assembled.

2. a kind of iron core piece as described in claim 1 and bushing kludge, which is characterized in that the jacking part（324）Upper end Face opens up stepped groove（3241）, the stepped groove（3241）Cross sectional shape and bushing（7）The cross sectional shape of lower end matches.

3. a kind of iron core piece as described in claim 1 and bushing kludge, which is characterized in that the pressing member（322）Lower end Equipped with claw-like structures（3221）, the claw-like structures（3221）Pawl and pawl gap length and bushing（7）Width match.

4. a kind of iron core piece as described in claim 1 and bushing kludge, which is characterized in that the interface（316）It is upper The gap slot of lower perforation, the upper end are equipped with gradient face（3161）, chamfering structure is arranged in side（3162）.

5. a kind of iron core piece as claimed in claim 4 and bushing kludge, which is characterized in that the plugboard（312）Top Equipped with pressing plate（315）, the pressing plate（315）With plugboard（312）Between be equipped with spacer（317）, so that pressing plate（315）With insert Fishplate bar（312）Keep certain interval.

6. a kind of iron core piece as described in any one in claim 1-5 and bushing kludge, which is characterized in that the pressing member （322）, jacking part（324）It is separately connected a bushing（7）Driving source, the bushing（7）The vertically arranged driving pressing member of driving source （322）With jacking part（324）Reciprocal lifting；Plugboard（312）Connecting plate（35）One indentation driving source（311）, the indentation drive Dynamic source（311）Lateral arrangement drives plugboard（312）Alternating translational.

7. a kind of iron core piece as claimed in claim 6 and bushing kludge, which is characterized in that adjacent clamp assemblies（32）It is equipped with For limiting bushing（7）The guidance set of moving range（33）, the guidance set（33）Equipped with guide part and driving guiding The guiding driving source that part moves back and forth.

8. a kind of iron core piece as claimed in claim 7 and bushing kludge, which is characterized in that the guide part is vertically arranged, Its lower end is equipped with several claws.

9. a kind of iron core piece as described in any one in claim 1-5 and bushing kludge, which is characterized in that further include assembly machine Structure（3）, the assemble mechanism（3）It is divided into from iron core piece（8）Front assembling bushing（7）Front assemble mechanism（3A）, from iron core Part（8）Reverse side assembles bushing（7）Reverse side assemble mechanism（3B）, the front assemble mechanism（3A）With reverse side assemble mechanism（3B） Between be equipped with transfer mechanism（4）, the transfer mechanism（4）Drive iron core piece（8）And the bushing that front assembly is completed（7）From just Face assemble mechanism（3A）On be moved to reverse side assemble mechanism（3B）On.

10. a kind of iron core piece as claimed in claim 9 and bushing kludge, which is characterized in that plugboard（312）It opens up several Longitudinally through slot wears several anti-external members（3181）；The anti-external member（3181）For rod-like structure, end can be It stretches out, retract in slot.