CN208094412U - Motor insulating strips automatic insert equipment - Google Patents
Motor insulating strips automatic insert equipment Download PDFInfo
- Publication number
- CN208094412U CN208094412U CN201820701468.7U CN201820701468U CN208094412U CN 208094412 U CN208094412 U CN 208094412U CN 201820701468 U CN201820701468 U CN 201820701468U CN 208094412 U CN208094412 U CN 208094412U
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- China
- Prior art keywords
- iron core
- cylinder
- motor
- insulating
- sign inserting
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- Withdrawn - After Issue
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Abstract
The utility model discloses a kind of motor insulating strips automatic insert equipments, belong to motor assembly equipment technical field comprising rack, insulating trip supply disk, insulating trip conveying mechanism, insulating strip cutting machine structure, insulating trip interposer and iron core position rotating mechanism；Electric machine iron core is navigated to the lower section of insulating trip interposer by iron core position rotating mechanism, the insulating tape wound on supply disk, which is transported to by conveying mechanism in cutting mechanism, to cut off, the insulating trip cut is inserted by interposer in the notch of electric machine iron core, subsequent each reset, electric machine iron core is turned over the angle of a notch by iron core position rotating mechanism, the insulating trip insertion that above-mentioned action carries out second notch is repeated, the insulating trip that such cycle completes entire electric machine iron core whole notch is inserted into work.The utility model can be reliably completed the insulating trip inserting work of entire electric machine iron core automatically, the phenomenon that greatly improving assembling and the production efficiency of motor, and can effectively prevent neglected loading insulating trip, ensure product quality.
Description
Technical field
The utility model is related to motor assembly equipment technical fields more particularly to a kind of motor insulating strips to be automatically inserted into and set
It is standby.
Background technology
In the production operation of motor, in order to play insulating effect and prevent winding from running out in electric machine iron core slot, usually
Insulating trip can be inserted into slot.In the prior art, the insertion of insulating trip is completed generally by manual operation, production efficiency pole
It is low, it is unfavorable for the raising of Business Economic Benefit, on the other hand, manual operation great work intensity easily causes the tired of operating personnel
The phenomenon that labor, generation electric machine iron core slot neglected loading insulating trip, product quality cannot ensure.
Utility model content
The technical problem to be solved by the utility model is to overcome the above problem, and it is automatic to provide a kind of motor insulating strips
It is inserted into equipment, the phenomenon that greatly improving the packaging efficiency of motor, and prevent neglected loading insulating trip, ensures product quality.
The technical solution of the utility model is：
A kind of motor insulating strips automatic insert equipment, which is characterized in that including：Insulating trip conveying mechanism, including guiding module
The feeder motor of tool, the driving wheel below the guide die, driven wheel and the driving driving wheel rotation, guide die
On offer vertical conveying guide groove, driving wheel and driven wheel using the extended line of the conveying guide groove as center line before and after symmetrically
Closely it is arranged；
Insulating strip cutting machine structure, is located at the lower section of insulating trip conveying mechanism, including cuts pedestal, cut lower die, cut
Mould and cut cylinder；It is described cut pedestal and be equipped with perforation cut cavity slideway before and after pedestal, it is described to cut lower die setting and exist
In the cavity slideway, and it can be cut cylinder driving by described and slid back and forth in cavity slideway, cut section and the type of lower die
The cross sectional shape of chamber slideway matches；The upper mold that cuts is fixedly mounted on the top for cutting pedestal, cut the bottom of upper mold with
The top surface fitting for cutting lower die cuts upper mold and cuts the lacing film slot for being equipped with perforation or more in lower die；
Insulating trip interposer includes the sign inserting cylinder of sign inserting, sign inserting mold and the driving sign inserting up and down motion, described
Sign inserting mold is fixed on the front side for cutting pedestal, and the sign inserting guide groove of perforation is offered on sign inserting mold, and the sign inserting is interspersed in
In the sign inserting guide groove, the upper end of sign inserting and the cylinder rod of sign inserting cylinder are fixed, and the bottom end of sign inserting guide groove, which is higher than, to be cut down
The top of mould lacing film slot；
Rack has workbench, and the workbench is equipped with for installing above-mentioned insulating trip conveying mechanism, insulating trip is cut
The rear side of the mounting base of mechanism, insulating trip interposer, workbench is equipped with mounting bracket；
Insulating trip supply disk is installed in rotation on the top of the mounting bracket, is wound with insulating tape thereon, described exhausted
Marginal zone sequentially passes through between conveying guide groove, driving wheel and driven wheel, cuts the lacing film slot of upper mold, cuts the lacing film slot of lower die；
Iron core position rotating mechanism, for rotating switching electric machine iron core notch and navigating to electric machine iron core under sign inserting mold
Side, including the slide unit on the table of being slidably connected, the driving slide unit be moved forward and backward advance and retreat cylinder, on slide unit
Turntable and the indexing motor for driving the turntable rotation, electric machine iron core are fixed on turntable.
When work, first electric machine iron core is placed on turntable and is fixed, drives slide unit to be moved backward by motor by advance and retreat cylinder
Iron core navigates to the lower section of sign inserting mold, and a notch of electric machine iron core is made to be accurately aimed at sign inserting guide groove；Positioning finishes it
The angle for driving driving wheel rotation setting by feeder motor afterwards, will be exhausted across conveying guide groove and driven wheel in advance
Marginal zone conveys downwards the length of setting, so that it is sequentially passed through and cuts the lacing film slot of upper mold and enter and cut the lacing film slot of lower die；Later
It is cut lower die by cutting cylinder promotion and is advanced forward, and then insulating tape is cut off at the gap of lower die cutting upper mold and cut,
The insulating trip cut proceeds forward to the underface being aligned with sign inserting guide groove with cutting lower die, while being located at electric machine iron core slot
The surface of mouth；Sign inserting cylinder drives sign inserting to be moved downwardly into along sign inserting guide groove and cuts in the lacing film slot of lower die later,
In the notch that insulating trip in the lacing film slot is released to and is inserted into the electric machine iron core of lower section, the insulating trip for completing a notch is inserted into
Work；It sign inserting and cuts lower die later and resets successively, while slide unit reset makes electric machine iron core far from sign inserting mold, then indexing electricity
Machine drives the angle of turntable rotation setting, and electric machine iron core is made just to turn over the angle of a notch.It constantly repeats later above-mentioned dynamic
The insulating trip for making to carry out each notch is inserted into, and completes to be inserted into work to the insulating trip of entire electric machine iron core whole notch.
Further, in above-mentioned motor insulating strips automatic insert equipment, the insulating trip conveying mechanism further include from
Driving wheel regulating device, the driven wheel regulating device are made of driven wheel support and adjusting bolt, and driven wheel is rotatably mounted
In the front end of the driven wheel support, the adjusting bolt screws in after passing through driven wheel support in guide die, until driven wheel suffers
Tight driving wheel.
Further, in above-mentioned motor insulating strips automatic insert equipment, described cut offers cross at the top of pedestal
Across the upper mold locating slot on cavity slideway, the upper mold that cuts is fixedly mounted in the upper mold locating slot.
Further, in above-mentioned motor insulating strips automatic insert equipment, the cylinder that cuts is fixed in mounting base,
The cylinder boom end of cylinder is cut by oscillating bearing and cuts lower die flexible connection, cuts the stretching and retraction of cylinder cylinder rod
Respectively drive cut lower die forward with move backward.By the cylinder rod for cutting cylinder and lower die flexibility company is cut by oscillating bearing
Connect, can allow for cylinder rod, cut lower die, cavity slideway three cooperation there are certain malalignments, even if malalignment
It is larger, it cuts traveling of the lower die in cavity slideway and is also not easy catching phenomenon occur, remain able to work normally, to reduce
Assembly difficulty.
Further, in above-mentioned motor insulating strips automatic insert equipment, the sign inserting mold includes integrated substrate
It is fixed with the lower part in sign inserting portion, the substrate with pedestal is cut, the top of substrate is higher by the top surface for cutting pedestal, the sign inserting portion
It is disposed on the substrate the rear side in portion, sign inserting guide groove is opened in sign inserting portion.
Further, in above-mentioned motor insulating strips automatic insert equipment, the slide unit includes slide plate and is fixed on cunning
Servo support below plate is installed with a pair of of sliding rail on workbench, and the slide plate is set in which can slide back and forth by 4 sliding blocks
It sets on the sliding rail, workbench is equipped with opening, and the servo support passes through described be open to extend to the lower section of workbench；Institute
It states turntable to be rotatably arranged on slide plate, indexing motor is fixed on servo support, and the motor shaft of indexing motor passes through shaft coupling
Device connects a shaft, and the upper end of the shaft passes through slide plate and is threaded through the center of turntable.
Further, in above-mentioned motor insulating strips automatic insert equipment, the disk of turntable is stretched out on the top of the shaft
Face, the disk of turntable are equipped with a positioning pin, roller end and the positioning pin respectively with the centre bore of electric machine iron core and positioning
Hole matches.The top of shaft and positioning pin are respectively penetrated to the centre bore and location hole of electric machine iron core, it can be by electric machine iron core
It is securely fixed on turntable.
Further, in above-mentioned motor insulating strips automatic insert equipment, the lower section of the workbench is equipped with one and fixes
Holder, is located at the rear of servo support, and the advance and retreat cylinder is fixed on the rear side of servo support, the cylinder boom end of advance and retreat cylinder
It is flexibly connected by oscillating bearing and the fixing bracket, the stretching of advance and retreat cylinder cylinder rod drives slide unit forward respectively with retraction
With move backward.The cylinder rod for cylinder of retreating and fixing bracket are flexibly connected by oscillating bearing, can allow for cylinder rod, cunning
There are certain malalignments for the cooperation of platform, sliding rail three, even if the larger slide unit of malalignment is not allowed the sliding on sliding rail yet
Easily there is catching phenomenon, remain able to work normally, to reduce assembly difficulty.
Further, in above-mentioned motor insulating strips automatic insert equipment, the workbench of the rack is with lower part
Cabinet, the servo support, indexing motor, advance and retreat cylinder and fixing bracket are respectively positioned in the cabinet.
Further, in above-mentioned motor insulating strips automatic insert equipment, which is controlled by PLC control system, peace
It is provided with touching display screen on dress holder.It is complete to be automatically performed entire electric machine iron core by PLC control system whole-process control for the course of work
The insulating trip of portion's notch is inserted into work, can greatly improve the production efficiency and product quality of motor.
The utility model has the beneficial effects that：It can be automatically performed the feed of insulating trip, cut, insert and electric machine iron core
The precise positioning of notch and switching are reliably completed the insulating trip inserting work of entire electric machine iron core, greatly improve the group of motor
Dress and production efficiency, while can save labour, and the phenomenon that can effectively prevent neglected loading insulating trip, ensure product quality.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model embodiment.
Fig. 2 is the three-dimensional structure diagram of critical component in insulating strip cutting machine structure, insulating trip stick-inserting mechanism.
Fig. 3 is the explosive view of Fig. 2.
Fig. 4 is the working state schematic representation of this equipment key part before cutting insulating trip.
Fig. 5 is the working state schematic representation of this equipment key part after cutting insulating trip.
Fig. 6 is that this equipment installs the three-dimensional structure diagram after electric machine iron core.
Fig. 7 is the structure chart for the electric machine iron core that section notches are inserted with insulating trip.
Specific implementation mode
The utility model is further described in conjunction with drawings and examples：
In the description of the present invention, it should be understood that "upper", "lower", "left", "right", "front", "rear", " in "
Orientation or positional relationship indicated by equal terms is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description originally
Utility model, does not indicate or imply the indicated device or original paper must have a particular orientation, therefore should not be understood as pair
The limitation of the utility model.
As shown in Figure 1, the motor insulating strips automatic insert equipment of the present embodiment include rack 1, insulating trip supply disk 3, absolutely
Embolium conveying mechanism, insulating strip cutting machine structure, insulating trip interposer and iron core position rotating mechanism.
As shown in Fig. 1, Fig. 4 and Fig. 6, there is rack 1 workbench 11, iron core position rotating mechanism to be mounted on workbench 11
On, in addition workbench 11 is equipped with the peace for installing insulating trip conveying mechanism, insulating strip cutting machine structure, insulating trip interposer
Fill seat 2.The structure of mounting base 2 includes the pedestal 21 being fixed on workbench 11 and the mainboard 22 being fixed on vertically on pedestal 21,
The front of two left and right sides facing towards workbench 11 of mainboard 22,22 top of mainboard is equipped with the first horizontal plate 23, mainboard
The middle part of 22 rear ends is equipped with vertically and perpendicular to the second plate 24 of mainboard 22, and the front of the second plate 24, which is equipped with, is horizontally fixed on mainboard
Third plate 25 on 22, the first plate 23, the second plate 24, third plate 25 are arranged at the same side of mainboard 22, in the present embodiment,
It is arranged at the right side of mainboard 22.The rear side of workbench 11 is additionally provided with mounting bracket 12, and insulating trip supply disk 3 is rotatably mounted
At the top of mounting bracket 12, it is wound with insulating tape 30 thereon.
As shown in Fig. 1, Fig. 4 and Fig. 6, insulating trip conveying mechanism includes guide die 41, is located at 41 lower section of guide die
The feeder motor 44 that driving wheel 42, driven wheel 43 and driven wheel regulating device, driving driving wheel 42 rotate.Guide die 41
It is fixed on the mainboard 22 of mounting base 2, the rear side positioned at the lower section and the first plate 23 of insulating trip supply disk 3, on guide die 41
Vertical conveying guide groove 410 is offered, before and after driving wheel 42 and driven wheel 43 are to convey the extended line of guide groove 410 as center line
Symmetrically closely it is arranged, insulating tape 30 sequentially passes through between conveying guide groove 410 and driving wheel 42 and driven wheel 43.Guide die 41
Right side be also fixed with fourth plate 26 parallel with mainboard 22, feeder motor 44 is fixedly mounted on the 4th plate 26, conveying electricity
The motor shaft of machine 44 passes through the 4th plate 26, driving wheel 42 to be fixed on the end of motor shaft.Driven wheel regulating device is by driven wheel branch
Frame 451 and adjusting bolt 452 form, and driven wheel support 451 is L-shaped, including vertical arm and the cross from vertical arm bottom end forward fold
Arm, driven wheel 43 are rotatably installed in the front end of transverse arm, and the upper end of vertical arm is provided with the front and back threaded hole of perforation, adjusts spiral shell
Bolt 452 screws in after passing through threaded hole in guide die 41, to drive driven wheel support 451 to move forward, until driven wheel 43
Nuzzle driving wheel 42.
As shown in figs 1 to 6, insulating strip cutting machine structure is located at the lower section of insulating trip conveying mechanism, including cut pedestal 51,
Lower die 52 is cut, upper mold 53 is cut and cuts cylinder 54.It cuts pedestal 51 to be fixed on the third plate 25 of mounting base 2, cuts seat
Body 51 is equipped with the cavity slideway 510 for penetrating through and cutting before and after pedestal 51, cuts lower die 52 and is arranged in cavity slideway 510, section
Face matches with the cross sectional shape of cavity slideway 510.The top for cutting pedestal 51 is offered across upper on cavity slideway 510
Mould locating slot 511 cuts upper mold 53 and is fixedly mounted on 511 in upper mold locating slot.It cuts the bottom of upper mold 53 and cuts lower die 52
Top surface fitting, cut upper mold 53 and cutting is equipped with perforation or more lacing film slot 530,520 in lower die 52, from driving wheel 42 with
The insulating tape 30 being pierced by between driven wheel 43 sequentially passes through the lacing film slot 530,520 for cutting upper mold 53 and cutting lower die 52.It cuts
Cylinder 54 is fixedly mounted on the second plate 24 of mounting plate 2, and the cylinder rod for cutting cylinder 54 passes through the second plate 24, the end of cylinder rod
Portion is by oscillating bearing 540 and cuts the flexible connection of lower die 52, and the stretching for cutting 54 cylinder rod of cylinder and drive respectively of retracting are cut out
Cut mould 52 in cavity slideway 510 forward with move backward.
As shown in figs 1 to 6, insulating trip interposer includes that sign inserting 61, sign inserting mold 62 and driving sign inserting 61 move up and down
Sign inserting cylinder 63.Sign inserting mold 62 is fixed on the front side for cutting pedestal 51, and the sign inserting that perforation is offered on sign inserting mold 62 is led
To slot 620, the bottom end of sign inserting guide groove 620 is higher than the top for cutting 52 lacing film slot 520 of lower die, and sign inserting 61 is interspersed in sign inserting guiding
In slot 620.Specifically, sign inserting mold 62 includes substrate 621 and the sign inserting portion 622 of one, the lower part of substrate 621 and pedestal is cut
51 fix, and the top of substrate 621 is higher by the top surface for cutting pedestal 51, and the rear side on 621 top of substrate is arranged in sign inserting portion 622, insert
Label guide groove 620 is opened in sign inserting portion 622.Sign inserting cylinder 63 is fixedly mounted on the first plate 23 of mounting base 2, sign inserting cylinder
63 cylinder rod passes through the first plate 23, and the end and the upper end of sign inserting 61 of cylinder rod are fixed.
As shown in Fig. 1, Fig. 4, Fig. 6 and Fig. 7, iron core position rotating mechanism switches 70 notch of electric machine iron core for rotation and will
Electric machine iron core 70 navigates to 62 lower section of sign inserting mold comprising slide unit 71, the driving slide unit 71 being slidably connected on workbench 11
The indexing motor 74 that the advance and retreat cylinder 72 of back-and-forth motion, the turntable 73 on slide unit 71 and driving disc 73 rotate, motor
Iron core 70 is fixed on turntable 73.Wherein, slide unit 71 includes slide plate 711 and the servo support 712 being fixed below slide plate 711,
A pair of of sliding rail 75 is installed on workbench 11, slide plate 711 is arranged by 4 sliding blocks 750 in sliding rail 75 in which can slide back and forth
On, workbench 11 is equipped with opening, and servo support 712, which passes through to be open, extends to the lower section of workbench 11.Turntable 73 is rotationally
It is arranged on slide plate 711, indexing motor 74 is fixed on servo support 712, and the motor shaft of indexing motor 74 passes through shaft coupling 740
A shaft 741 is connected, the upper end of shaft 741 passes through slide plate 711 and is threaded through the center of turntable 73, to drive 73 turns of turntable
It is dynamic.The disk of turntable 73 is stretched out on the top of shaft 741, and the disk of turntable 73 is equipped with a positioning pin 731, the top of shaft 741
It is matched respectively with the centre bore of electric machine iron core 70 701 and location hole 702 with positioning pin 731, to which electric machine iron core 70 is reliable
Ground is fixed on turntable 73.The lower section of workbench 11 is equipped with a fixing bracket 76, is located at the rear of servo support 712, advance and retreat gas
Cylinder 72 is fixed on the rear side of servo support 712, and the cylinder boom end of advance and retreat cylinder 72 passes through oscillating bearing 720 and fixing bracket 76
Flexible connection, the stretching of 72 cylinder rod of advance and retreat cylinder with retract respectively drive slide unit 71 forward with move backward.
It is clean and tidy for the appearance of machine, as shown in fig. 6, the workbench 11 of rack 1 is set as cabinet 13 with lower part, it is servo-actuated
Holder 712, indexing motor 74, advance and retreat cylinder 72 and fixing bracket 76 are respectively positioned in cabinet 13.
When work, first electric machine iron core 70 is placed on turntable 73, the top of shaft 741 and positioning pin 731 is made to wear respectively
In the centre bore 701 and location hole 702 that enter electric machine iron core 70, to which electric machine iron core 70 be fixed, subsequent start-up equipment, advance and retreat gas
Cylinder 72 is retracted, and is driven slide unit 71 to move the lower section that electric machine iron core 70 is navigated to sign inserting mold 62 backward, is made electric machine iron core 70
One notch is accurately aimed at sign inserting guide groove 620.Positioning drives driving wheel 42 to rotate and sets after finishing by feeder motor 44
Angle, by advance pass through conveying guide groove 410 and driven wheel 42,43 insulating tape 30 downwards conveying set length
Degree makes it sequentially pass through the lacing film slot 530 for cutting upper mold 53 into the lacing film slot 520 for cutting lower die 52, as shown in Figure 4.Later
The release of cylinder 54 is cut, promotion cuts lower die 52 and advances forward, and then is cutting upper mold 53 and cutting lower die 52 insulating tape 30
Gap at cut off, the insulating trip 31 cut with cut lower die 52 proceed forward to be aligned with sign inserting guide groove 620 just under
Side, while positioned at the surface of 70 notch of electric machine iron core, as shown in Figure 5.Later sign inserting cylinder 63 release, drive sign inserting 61 along
Sign inserting guide groove 620, which moves downwardly into, to be cut in the lacing film slot 520 of lower die 52, and the insulating trip 31 in the lacing film slot 520 is pushed away
Go out and be inserted into the notch of the electric machine iron core 70 of lower section, the insulating trip for completing a notch is inserted into work.Sign inserting cylinder 63 later
It retracts and sign inserting 61 is driven to retract upwards, then cut the retraction of cylinder 54 and make to cut lower die 52 and return to and cut backward upper mold 53
The position that lacing film slot 530 accurately docks, while cylinder 72 of retreating stretches out and slide unit 71 is pushed to travel forward and keep electric machine iron core 70 separate
Sign inserting mold 62, subsequent indexing motor 74 drive the angle of the rotation setting of turntable 73, electric machine iron core 70 are made just to turn over a slot
The angle of mouth.The insulating trip insertion that above-mentioned action carries out each notch is constantly repeated later, is completed complete to entire electric machine iron core 70
The insulating trip of portion's notch is inserted into work.
In addition, the equipment is controlled by PLC control system, touching display screen 8 is provided in mounting bracket 12.It is above-mentioned worked
For journey by PLC control system whole-process control, the insulating trip for being automatically performed the whole notches of entire electric machine iron core 70 is inserted into work, specific to tie
Structure is：PLC controller（It is not drawn into figure）In cabinet 13, feeder motor 44 and indexing motor 74 are servo motor,
It is controlled by servo-driver, cuts cylinder 54, sign inserting cylinder 63 and advance and retreat cylinder 72 by solenoid valve control, touching display screen 8
Be connected to the input interface of PLC controller, for set the move distance of slide unit 71, the angle of 70 adjacent notch of electric machine iron core,
The ginsengs such as the delivered length of insulating tape 30, the travel distance for cutting lower die 52, the insert the distance of sign inserting 61 and action interval time
Number, the servo-driver of motor and the solenoid valve of cylinder are all connected to the output interface of PLC controller, receive PLC controller
Control signal and control motor, cylinder executes action.
It is understood that for those of ordinary skill in the art, it can be with technology structure according to the present utility model
Think of makes various other corresponding changes and deformation, and all these changes and deformation should all belong to the utility model claims
Protection domain.
Claims (10)
1. a kind of motor insulating strips automatic insert equipment, which is characterized in that including：
Insulating trip conveying mechanism, including described in guide die, the driving wheel below the guide die, driven wheel and driving
The feeder motor of driving wheel rotation, offers vertical conveying guide groove on guide die, driving wheel is with driven wheel with described defeated
The extended line of guide groove is sent to be symmetrically closely arranged before and after center line；
Insulating strip cutting machine structure, be located at insulating trip conveying mechanism lower section, including cut pedestal, cut lower die, cut upper mold and
Cut cylinder；The pedestal that cuts is equipped with the cavity slideway for penetrating through and cutting before and after pedestal, and the lower die that cuts is arranged described
In cavity slideway, and it can be cut cylinder driving by described and slid back and forth in cavity slideway, the section and cavity for cutting lower die are slided
The cross sectional shape in road matches；The upper mold that cuts is fixedly mounted on the top for cutting pedestal, cuts the bottom of upper mold and cuts
The top surface of lower die is bonded, and is cut upper mold and is cut the lacing film slot for being equipped with perforation or more in lower die；
Insulating trip interposer includes the sign inserting cylinder of sign inserting, sign inserting mold and the driving sign inserting up and down motion, the sign inserting
Mold is fixed on the front side for cutting pedestal, and the sign inserting guide groove of perforation is offered on sign inserting mold, and the sign inserting is interspersed in described
In sign inserting guide groove, the upper end of sign inserting and the cylinder rod of sign inserting cylinder are fixed, and the bottom end of sign inserting guide groove is worn higher than cutting lower die
The top of film trap；
There is rack workbench, the workbench to be equipped with for installing above-mentioned insulating trip conveying mechanism, insulating strip cutting machine
The rear side of the mounting base of structure, insulating trip interposer, workbench is equipped with mounting bracket；
Insulating trip supply disk is installed in rotation on the top of the mounting bracket, is wound with insulating tape, the insulating tape thereon
It sequentially passes through between conveying guide groove, driving wheel and driven wheel, cuts the lacing film slot of upper mold, cuts the lacing film slot of lower die；
Iron core position rotating mechanism, for rotating switching electric machine iron core notch and navigating to electric machine iron core below sign inserting mold,
The advance and retreat cylinder that is moved forward and backward including the slide unit on the table of being slidably connected, the driving slide unit turns on slide unit
Disk and the indexing motor for driving the turntable rotation, electric machine iron core are fixed on turntable.
2. motor insulating strips automatic insert equipment according to claim 1, it is characterised in that：The insulating trip conveying mechanism
Further include driven wheel regulating device, the driven wheel regulating device is made of driven wheel support and adjusting bolt, and driven wheel can revolve
Turning the front end that ground is mounted on the driven wheel support, the adjusting bolt screws in after passing through driven wheel support in guide die, until
Driven wheel nuzzles driving wheel.
3. motor insulating strips automatic insert equipment according to claim 1, it is characterised in that：The top for cutting pedestal
It offers across the upper mold locating slot on cavity slideway, the upper mold that cuts is fixedly mounted in the upper mold locating slot.
4. motor insulating strips automatic insert equipment according to claim 1 or 3, it is characterised in that：The cylinder that cuts is consolidated
It is scheduled in mounting base, cuts the cylinder boom end of cylinder by oscillating bearing and cuts lower die flexible connection, cut cylinder cylinder
The stretching of bar with retract respectively drive cut lower die forward with move backward.
5. motor insulating strips automatic insert equipment according to claim 1, it is characterised in that：The sign inserting mold includes one
The lower part in the substrate of body and sign inserting portion, the substrate is fixed with pedestal is cut, and the top of substrate is higher by the top surface for cutting pedestal, institute
The rear side that sign inserting portion is disposed on the substrate portion is stated, sign inserting guide groove is opened in sign inserting portion.
6. motor insulating strips automatic insert equipment according to claim 1, it is characterised in that：The slide unit include slide plate and
The servo support being fixed below slide plate, a pair of of sliding rail is installed on workbench, and the slide plate can be front and back by 4 sliding blocks
It is slidably arranged on the sliding rail, workbench is equipped with opening, and the servo support passes through the opening to extend to workbench
Lower section；The turntable is rotatably arranged on slide plate, and indexing motor is fixed on servo support, the motor shaft of indexing motor
A shaft is connected by shaft coupling, the upper end of the shaft passes through slide plate and is threaded through the center of turntable.
7. motor insulating strips automatic insert equipment according to claim 6, it is characterised in that：The top of the shaft is stretched out
The disk of turntable, the disk of turntable are equipped with a positioning pin, roller end and the positioning pin respectively with the center of electric machine iron core
Hole and location hole match.
8. motor insulating strips automatic insert equipment according to claim 6, it is characterised in that：It is set below the workbench
There is a fixing bracket, be located at the rear of servo support, the advance and retreat cylinder is fixed on the rear side of servo support, the gas of advance and retreat cylinder
Cylinder rod end is flexibly connected by oscillating bearing and the fixing bracket, and stretching and the retraction of advance and retreat cylinder cylinder rod drive respectively
Slide unit forward with move backward.
9. motor insulating strips automatic insert equipment according to claim 8, it is characterised in that：The workbench of the rack with
Lower part is divided into cabinet, and the servo support, indexing motor, advance and retreat cylinder and fixing bracket are respectively positioned in the cabinet.
10. motor insulating strips automatic insert equipment according to claim 1, it is characterised in that：The equipment is controlled by PLC
System controls, and touching display screen is provided in mounting bracket.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820701468.7U CN208094412U (en) | 2018-05-11 | 2018-05-11 | Motor insulating strips automatic insert equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820701468.7U CN208094412U (en) | 2018-05-11 | 2018-05-11 | Motor insulating strips automatic insert equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208094412U true CN208094412U (en) | 2018-11-13 |
Family
ID=64053077
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820701468.7U Withdrawn - After Issue CN208094412U (en) | 2018-05-11 | 2018-05-11 | Motor insulating strips automatic insert equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208094412U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108390526A (en) * | 2018-05-11 | 2018-08-10 | 浙江亨达电子设备有限公司 | Motor insulating strips automatic insert equipment |
-
2018
- 2018-05-11 CN CN201820701468.7U patent/CN208094412U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108390526A (en) * | 2018-05-11 | 2018-08-10 | 浙江亨达电子设备有限公司 | Motor insulating strips automatic insert equipment |
| CN108390526B (en) * | 2018-05-11 | 2023-10-13 | 浙江亨达电子设备有限公司 | Automatic inserting equipment for motor insulating sheet |
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