CN209313652U - A kind of electric motor groups installing is standby - Google Patents
A kind of electric motor groups installing is standby Download PDFInfo
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- CN209313652U CN209313652U CN201920334421.6U CN201920334421U CN209313652U CN 209313652 U CN209313652 U CN 209313652U CN 201920334421 U CN201920334421 U CN 201920334421U CN 209313652 U CN209313652 U CN 209313652U
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Abstract
The utility model discloses a kind of installing of electric motor groups is standby, the standby electric motor groups installing includes rack, rotary disc assembly, shell feeding assembly, rotor feeding assembly, rush meson component, rotor enters shell component, rear cover mounting assembly and discharge component, the rotary disc assembly includes rotating disc, the turn disc is arranged in the rack, multiple installation stations being along the circumferential direction distributed are provided on the rotating disc, the shell feeding assembly, rotor feeding assembly, rush meson component, rotor enters shell component, rear cover mounting assembly and discharge component are successively fixed in the rack along the circumferencial direction of rotating disc；Compared with prior art, this practical advantage is using automated production the packaging efficiency of electric motor to be mentioned significantly, realizes the mass production of electric motor.The qualification rate of product is improved simultaneously, reduces enterprise's cost of labor.
Description
Technical field
The utility model relates to electric motors, and in particular to a kind of electric motor groups installing is standby.
Background technique
Motor is commonly called as electric motor, is mainly constituted by being fixed with the shell of magnetic pole, rotor and rear cover comprising brush.
Electric motor in daily life using very extensive, such as hair drier, automatic curtain etc. in intelligent appliance.And it is electronic
Can motor, which quickly be organized, determines that can this electric motor be produced in batches.The assembling of traditional electric motor relies primarily on manually
Assembled by hand is carried out, the inefficiency of assembled by hand and cannot achieve produces in large batch of scale.With the development of technology, it adopts
With mechanization income assembling electric motor equipment have already appeared, but the degree of automation of existing mechanized production apparatus compared with
It is low, and topology layout setting is not reasonable so that production process can generate Caton, so that production line can not start building certainly
Make.
Summary of the invention
The technical problem to be solved by the utility model is to provide a kind of high degree of automations, can in high volume assemble electronic horse
It reaches and that the installing of reasonable electric motor groups is arranged is standby.
Technical solution adopted by the utility model to solve the above technical problems is as follows: a kind of electric motor groups install standby, institute
It includes rack that the electric motor groups installing stated is standby, rotary disc assembly, shell feeding assembly, rotor feeding assembly, rushes meson component, turns
Son enters shell component, rear cover mounting assembly and discharge component, and the rotary disc assembly includes rotating disc, and the turn disc is set
It sets in the rack, multiple installation stations being along the circumferential direction distributed, the shell is provided on the rotating disc
Feeding assembly, rotor feeding assembly, rush meson component, rotor enters shell component, rear cover mounting assembly and discharge component are along rotating disc
Circumferencial direction be successively fixed in the rack.
Preferably, the installation station is mounting blocks, and multiple mounting blocks have along the circumferencial direction of rotating disc
It is distributed, the rotor mounting hole for placing rotor is provided on the mounting blocks and is installed with the shell for placing shell
Hole, the rotor mounting hole run through the rotating disc, and are step-like inside the rotor mounting hole.
Preferably, the shell feeding assembly includes shell feed lead rail, the first fixed plate and shell clamp, described
First fixed plate is fixed at vertically in the rack, and the side in the first dead plate upper end portion is fixedly installed water
The first flat pusher, is fixedly installed the second vertical pusher on the telescopic shaft of first pusher, and described
The telescopic shaft of two pushers is mutually fixed with the shell clamp, and the shell feed lead rail is fixed on the rack, and
One end of the shell feed lead rail is located at the underface of shell clamp.
Preferably, the rotor feeding assembly includes rotor feed lead rail, third pusher and the 4th pusher, described
Third pusher be fixed at the other side in the first dead plate upper end portion, the 4th pusher fixed setting
On the telescopic shaft of the third pusher, it is fixedly installed rotor clamper on the telescopic shaft of the 4th pusher, institute
The rotor feed lead rail stated is fixed in the rack, and described turn is arranged in one end of the rotor feed lead rail
The underface of sub-folder tool.
Preferably, the meson component that rushes includes that the identical forward direction of structure rushes meson mechanism and reverse impact meson group
Part, the forward direction rush the upper surface that meson component is fixed at the rack, described reversely to rush meson component and fix
The lower end surface of the rack is set, and the forward direction rushes meson component and includes the second fixed plate and meson rotating disc, described
The second fixed plate be fixed in the rack vertically, it is solid that described second is arranged in the meson turn disc
The upper end of fixed board, the upper end of second fixed plate are additionally provided with the 5th pusher, and the 5th pusher stretches
It is fixedly installed thimble on axis, locating piece is provided with below the thimble, the locating piece is fixed on described second
The side of fixed plate is provided with location hole corresponding with thimble in the middle part of the locating piece, and the locating piece is also set up
There is meson hole, second fixed plate is run through in the meson hole.
Preferably, the other side of second fixed plate is provided with meson mobile mechanism, and the meson item is mobile
Mechanism includes the first sliding rail, the 6th pusher and meson article pusher, and first sliding rail is vertically fixed on described second
The other side of fixed plate, the meson pusher are fixed on the first sliding rail, are slided and are set on first sliding rail
It is equipped with the first sliding block, the telescopic shaft of first sliding block and the meson pusher is mutually fixed, and the meson item pushes away
Dynamic device is vertically arranged on first sliding block, and the sliding slot for passing through meson article is provided on the sliding block, described
Sliding slot and the meson hole be in same plane, the telescopic shaft of the 6th pusher is located at the surface of sliding slot.
Preferably, the rotor enters shell component and includes third fixed plate, the 7th pusher, the 8th pusher, the 9th pushes away
Apical organ on dynamic device and rotor, the third fixed plate are fixed on vertically in the rack, the 7th pusher and the
Eight pushers are fixed on the upper end of the third fixed plate vertically, the 7th pusher be located at third fixed plate with
Between 8th pusher, the telescopic shaft of the 7th pusher is fixed with the cylindrical, hollow locating part with gap, described
Vertical rotor injector, the telescopic shaft of the rotor injector are fixedly installed between 7th pusher and the 8th pusher
It is coaxially disposed with the locating part, the telescopic shaft of the 8th pusher is fixedly installed the 9th horizontal pusher, institute
The telescopic shaft for the 9th pusher stated is fixedly installed rotor pickup folder, and one end of the rotor pickup folder is semicircle, institute
Apical organ is fixed in the rack on the rotor stated, and apical organ is arranged with corresponding rotor coaxial on the rotor.
Preferably, the rear cover mounting assembly is pushed away including the 4th fixed plate, rear cover guide rail, the tenth pusher, the 11st
Dynamic device, the 4th fixed plate are fixed on vertically in the rack, and the tenth pusher is horizontally set on described
The upper end of 4th fixed plate, telescopic shaft and the 11st pusher of the tenth pusher are mutually fixed, and described
The telescopic shaft of 11 pushers is fixedly installed rear cover clamping apparatus, and the rear cover clamping apparatus is located at the rear cover guide rail end
Surface, the rear cover guide rail is fixed in the rack.
Preferably, the discharge component include the frightened electric motor being completed send out feeding mechanism, by electronic horse
Up to the retention mechanism for being moved to the motor transfer device of feeding mechanism from erector position, being fixed on rear cover on shell, to electronic
The lubricating structure of the rotor filling lubricating oil of motor；The feeding mechanism includes delivery chute and allocated catch piece, the delivery chute
It is fixedly mounted in the rack, the allocated catch piece is slidably arranged in the side of the delivery chute, and the allocated catch
For piece up to there is an allocated catch mouth to match with shell, the transfer device includes the 5th fixed plate and for grabbing electric motor
Electric motor clamping jaw, the 5th fixed plate are fixed at one end in the rack and close to the delivery chute,
The clamping jaw is slidably arranged in the 5th above-mentioned fixed plate, and the retention mechanism includes the 6th fixed plate, fastening lifting
Device and casting die, the 6th fixed plate are fixed at the middle part in the rack and close to the delivery chute vertically,
The fastening lifter is fixed on the upper end of the 6th fixed plate, the telescopic shaft of the fastening lifter and described
Casting die is coaxially fixed, and the knob to match with rear cover is wholely set on the casting die, and the casting die is located at the conveying
The surface of slot, the lubricating structure include the 7th fixed plate and lubrication syringe, the 7th fixed plate fixed setting
In the rack, the lubrication injection is mounted in the 7th fixed plate and the head of the lubrication syringe
Positioned at the top of delivery chute.
Preferably, it further includes polishing assembly that electric motor groups installing is standby, and the polishing assembly is fixed at
In rack, and the polishing assembly include polishing feed lead rail, feeding gripping body, polishing mechanism, discharging gripping body and
Turntable is polished, the polishing turntable is rotatably arranged in the rack, and the fixed setting of the polishing feed lead rail exists
In the rack, the end of the polishing feed lead rail is provided with feeding gripping body, the polishing feed lead rail, on
Expect the circumferencial direction distribution of gripping body, polishing mechanism, discharging gripping body along polishing turntable, the feeding gripping body packet
The 8th fixed plate and feeding clamping jaw are included, the 8th fixed plate is fixed in the rack, the feeding clamping jaw
It is arranged in the 8th fixed plate, the polishing mechanism includes burnishing stick, intermediate plate and rotary electric machine, the centre
Polishing notch is provided on plate, the two sides of the polishing notch are provided with pulley, and the lower end surface of the intermediate plate is provided with
Pusher is polished, the polishing pusher is mutually fixed with the rack, the telescopic shaft of the polishing pusher and centre
Plate is mutually fixed, and burnishing stick rotating disc is fixed on the output shaft of the rotary electric machine, and the quantity of the rotary electric machine is 2
And be each attached on intermediate plate, one end of the burnishing stick is mutually fixed with a burnishing stick rotating disc, the burnishing stick around
It crosses pulley to be fastened with another burnishing stick rotating disc, discharging gripping body feed collet including the 9th fixed plate and out
Pawl, the 9th fixed plate are fixed in the rack, and the 9th fixed plate is arranged in the discharging clamping jaw
On, the discharging clamping jaw is close to the rotor feeding assembly.
Compared with prior art, this practical advantage is to make the packaging efficiency of electric motor big using automated production
It mentions greatly, realizes the mass production of electric motor.The qualification rate of product is improved simultaneously, reduces enterprise's cost of labor.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the structural schematic diagram of the rotary disc assembly of the utility model；
Fig. 3 is the structural schematic diagram of the shell feeding assembly of the utility model；
Fig. 4 is the structural schematic diagram of the rotor feeding assembly of the utility model；
Fig. 5 is the structural schematic diagram for rushing meson component of the utility model；
Fig. 6 is that the rotor of the utility model enters the structural schematic diagram of shell component；
Fig. 7 is the structural schematic diagram of the rear cover mounting assembly of the utility model；
Fig. 8 is the structural schematic diagram of the discharge component of the utility model；
Fig. 9 is the structural schematic diagram of the polishing assembly of the utility model.
Specific embodiment
The utility model is described in further detail below in conjunction with figure embodiment.
As shown in the picture, a kind of electric motor groups installing is standby, and the standby electric motor groups installing includes rack 1, turntable
Component 2, shell feeding assembly 3, rotor feeding assembly 4, rush meson component 5, rotor enters shell component 6, rear cover mounting assembly 7 and go out
Expect that component 8, the rotary disc assembly 2 include rotating disc 202, the rotating disc 202 is rotatably arranged in the rack 1,
Multiple installation stations 201 being along the circumferential direction distributed are provided on the rotating disc 202, the shell feeding assembly 3 turns
Sub- feeding assembly 4, rush meson component 5, rotor enters shell component 6, rear cover mounting assembly 7 and discharge component 8 along rotating disc circumference
Direction is successively fixed in the rack 1.
Described erector 201 are mounting blocks, and multiple mounting blocks are distributed along the circumferencial direction of rotating disc,
Rotor mounting hole for placing rotor is provided on the mounting blocks and with the shell bores for placing shell, it is described
Rotor mounting hole run through the rotating disc 202, and be step-like inside the described rotor mounting hole.
The shell feeding assembly 3 includes shell feed lead rail 301, the first fixed plate 302 and shell clamp 305, institute
The first fixed plate 302 stated is fixed at vertically in the rack 1, the side of 302 upper end of the first fixed plate
It is fixedly installed the first horizontal pusher 303, vertical is fixedly installed on the telescopic shaft of first pusher 303
Two pushers 304, the telescopic shaft of second pusher 304 are fixed with 305 phase of shell clamp, the shell into
Material guide rail 301 be fixed in rack 1, and one end of the shell feed lead rail 301 be located at shell clamp 305 just under
Side.
The rotor feeding assembly 4 includes rotor feed lead rail 401, third pusher 402 and the 4th pusher 403,
The third pusher 402 is fixed at the other side of 302 upper end of the first fixed plate, and the described the 4th pushes
Device 403 is fixed on the telescopic shaft of the third pusher 402, solid on the telescopic shaft of the 4th pusher 403
Surely be provided with rotor clamper 404, the rotor feed lead rail 401 is fixed in the rack 1, the rotor into
The underface of the rotor clamper 404 is arranged in one end of material guide rail 401.
The meson component 5 that rushes includes that the identical forward direction of structure rushes meson mechanism and reverse impact meson component, described
Forward direction rush the upper surface that meson component is fixed at the rack 1, it is described reversely to rush meson component and be fixed at
The lower end surface of the rack 1, the forward direction rushes meson component and includes the second fixed plate 501 and meson rotating disc 502, described
The second fixed plate 501 be fixed in the rack 1 vertically, the meson rotating disc 502 is rotatably arranged on described
The second fixed plate 501 upper end, the upper end of second fixed plate 501 is additionally provided with the 5th pusher 503, described
Thimble 504 is fixedly installed on the telescopic shaft of 5th pusher 503, the lower section of the thimble 504 is provided with locating piece 505,
The locating piece 505 is fixed on the side of second fixed plate 501, the middle part of the locating piece 505 be provided with
The corresponding location hole of thimble 504, the locating piece 505 are additionally provided with meson hole, and the meson hole is through described the
Two fixed plates 501.
The other side of second fixed plate 501 is provided with meson mobile mechanism, the meson mobile mechanism
Including the first sliding rail 506, meson article pusher 507 and the 6th pusher 508, first sliding rail 506 is vertically fixed on institute
The other side for the second fixed plate 501 stated, the meson pusher 507 is fixed on the first sliding rail 506, described
Sliding is provided with the first sliding block 509, first sliding block 509 and the meson article pusher 503 on first sliding rail 506
Telescopic shaft mutually fix, the 6th figure pusher is vertically arranged on first sliding block 509, on the sliding block
It is provided with the sliding slot for passing through meson item, the sliding slot and the meson hole are in same plane, and the described the 6th pushes away
The telescopic shaft of dynamic device 508 is located at the surface of sliding slot.
It includes third fixed plate 601, the 7th pusher 602, the 8th pusher the 603, the 9th that the rotor, which enters shell component 6,
Apical organ 608 on pusher 606 and rotor, the third fixed plate 601 are fixed on vertically in the rack 1, and described the
Seven pushers 602 and the 8th pusher 603 are fixed on the upper end of the third fixed plate 601 vertically, and the described the 7th
Pusher 602 between third fixed plate 601 and the 8th pusher 603, fix by the telescopic shaft of the 7th pusher 602
There is the cylindrical, hollow locating part 605 with gap, is fixedly installed between the 7th pusher 602 and the 8th pusher 603
There is vertical rotor injector 604, the telescopic shaft of the rotor injector 604 and the locating part 605 are coaxially disposed.Institute
The telescopic shaft for the 8th pusher 603 stated is fixedly installed the 9th horizontal pusher 606, the 9th pusher 606
Telescopic shaft is fixedly installed rotor pickup folder 607, and one end of the rotor pickup folder 607 is semicircle, on the rotor
Apical organ 608 is fixed in the rack 1, and apical organ 608 is arranged with corresponding rotor coaxial on the rotor.
The rear cover mounting assembly 7 includes the 4th fixed plate 701, rear cover guide rail 702, the tenth pusher the 703, the 11st
Pusher 704, the 4th fixed plate 701 are fixed on vertically in the rack 1, and the tenth pusher 703 is horizontal
The upper end of 4th fixed plate 701 is set, and the telescopic shaft of the tenth pusher 703 and the described the 11st push
704 phase of device is fixed, and the telescopic shaft of the 11st pusher 704 is fixedly installed rear cover clamping apparatus 705, the rear cover folder
Device 705 is taken to be located at the surface of 702 end of rear cover guide rail, the rear cover guide rail 702 is fixed at the machine
On frame 1.
The discharge component 8 include the frightened electric motor being completed send out feeding mechanism, by electric motor from peace
Dress station is moved to the motor transfer device of feeding mechanism, the retention mechanism that is fixed on rear cover on shell, to electric motor
The lubricating structure of rotor filling lubricating oil；The feeding mechanism includes delivery chute 801 and allocated catch piece 802, the delivery chute
801 are fixedly mounted in the rack 1, and the allocated catch piece 802 is slidably arranged in the side of the delivery chute 801, and
Up to there is the allocated catch mouth to match with shell, the transfer device includes the 5th fixed plate 803 and uses the allocated catch piece 802
In the electric motor clamping jaw 804 of crawl electric motor, the 5th fixed plate 803 be fixed in the rack 1 and
Close to one end of the delivery chute 801, the clamping jaw is slidably arranged in the 5th above-mentioned fixed plate 803, and described is tight
Gu mechanism includes the 6th fixed plate 805, fastening lifter 806 and casting die 807, fixation is set the 6th fixed plate 805 vertically
The middle part in the rack 1 and close to the delivery chute 801 is set, the fastening lifter 806 is fixed on described
The upper end of 6th fixed plate 805, the telescopic shaft of the fastening lifter 806 and the casting die 807 are coaxial fixed, described
The knob to match with rear cover is wholely set on casting die 807, the casting die 807 is located at the surface of the delivery chute 801,
The lubricating structure includes the 7th fixed plate 808 and lubrication syringe 809, and the 7th fixed plate 808 is fixed at
In the rack 1, the lubrication injection is mounted in the 7th fixed plate 808 and the lubrication syringe 809
Head be located at the top of delivery chute 801.
The standby electric motor groups installing further includes polishing assembly 9, and the polishing assembly 9 is fixed at rack 1
On, and the polishing assembly 9 include polishing feed lead rail 901, feeding gripping body, polishing mechanism, discharging gripping body and
Turntable is polished, the polishing turntable is rotatably arranged in the rack 1, and the polishing feed lead rail 901 is fixed to be set
Set in the rack 1, the end of the polishing feed lead rail 901 is provided with feeding gripping body, the polishing into
Guide rail 901, feeding gripping body, polishing mechanism, discharging gripping body are expected along the circumferencial direction distribution of polishing turntable, and described is upper
Expect that gripping body includes the 8th fixed plate 902 and feeding clamping jaw, the 8th fixed plate 902 is fixed at the rack
On 1, the feeding clamping jaw is arranged in the 8th fixed plate 902, the polishing mechanism include burnishing stick 903, in
Between plate 904 and rotary electric machine 905, polishing notch, the two sides setting of the polishing notch are provided on the intermediate plate 904
There is pulley, the lower end surface of the intermediate plate 904 is provided with polishing pusher, the polishing pusher and the rack 1
Mutually fixed, the telescopic shaft of the polishing pusher is fixed with 904 phase of intermediate plate, on the output shaft of the rotary electric machine 905
It is fixed with burnishing stick rotating disc 906, the quantity of the rotary electric machine 905 is 2 and is each attached on intermediate plate 904, described
One end of burnishing stick fixed with 906 phase of burnishing stick rotating disc, the burnishing stick is around pulley and another burnishing stick
Rotating disc 906 is fastened, and the discharging gripping body includes the 9th fixed plate 907 and discharging clamping jaw 908, and the described the 9th
Fixed plate 907 is fixed in the rack 1, and the discharging clamping jaw 908 is arranged in the 9th fixed plate 907,
The discharging clamping jaw 908 is close to the rotor feeding assembly 4.
Rotary disc assembly 2, shell feeding assembly 3, rotor feeding assembly 4, rush meson component 5, rotor enters shell component 6, rear cover
Mounting assembly 7, discharge component 8 and polishing assembly 9 are controlled by industrial personal computer, while being provided in said modules corresponding
Sensor, sensor sensing to product it is mobile in place after carry out the next step again, sensor is equally controlled by industrial personal computer
System, sensor Detection Techniques are the prior art, therefore no longer describe more.
The working process of the utility model is as follows: the rotor of electric motor passes through polishing feed rail conveying rotor, upper feed collet
Take the feeding clamping jaw of mechanism that the rotor polished will be needed to clip on the polishing station on polishing turntable, polishing turntable is rotated rotor
It is moved at polishing mechanism, the polishing forward movement of pushers intermediate plate 904 is that burnishing stick is contacted with rotor, while rotating electricity
Machine 905 rotates, and drives burnishing stick mobile to realize the polishing to rotor；Polishing clamps after completing through discharging gripping body, will
The rotor for completing polishing is transferred to rotor feed lead rail 401, has belt pulley to drive inside rotor feed lead rail 401 and carries out rotor biography
It send, rotor is delivered to 404 lower section of rotor clamper, while the shell right shell body feed lead rail 301 of electric motor is delivered to shell
Rotor and shell are transferred on rotating disc by the lower section of fixture 305, rotor clamper 404 and the simultaneously operation of shell clamp 305 respectively
In corresponding rotor mounting hole and shell bores.Turn disc drives rotor and shell to rushing the corresponding position of meson component 5
It sets, and both ends and fixation that meson is pressed onto rotor by meson mechanism and reverse impact meson component is rushed by forward direction.Complete meson
After installation, rotating disc, which is continued to rotate, to be moved to rotor for rotor and shell and enters position corresponding to shell component 6, is clamped by rotor
Part 607 pulls down rotor to ensure by rotor injector 604 in the shell on rotor movement to same installation station
Rotor is installed in place.Shell is moved to position corresponding to rear cover mounting assembly 7, while rear cover guide rail 702 by turn disc
The rear cover of electric motor is delivered to the lower section of rear cover clamping apparatus 705, then rear cover clamping apparatus 705 clamps rear cover and pacifies rear cover
It is attached on shell, after rear cover is installed, rotating disc continues to rotate the electric motor that will be installed and moves to 8 institute of discharge component
Corresponding station；After movement in place, the electric motor clamping jaw 804 of motor transfer device clamps electric motor and simultaneously places it in defeated
It send in slot 801, by the movement of the mobile drive shell of allocated catch piece 802, when shell is moved to the lower section of retention mechanism, fastening
The telescopic shaft of mechanism action, fastening lifter 806 stretches out so that casting die 807 moves down, and 807 lower end surface of casting die is arranged at this time
Knob offsets with the double wedge (not shown) on shell, and casting die 807 continues to move down so that double wedge bending offsets with rear cover and completes shell
With the fixation of rear cover；After the completion of shell and rear cover are fixed, the continuation of allocated catch piece 802 stirs shell backward and shell is made to be moved to lubrication
The underface on lubrication 809 head of syringe of component, industrial personal computer control lubrication syringe 809 work the rotation to rotor and shell
Junction fills lubricant.
Above embodiments are merely to illustrate the technical solution of the utility model, rather than limit it；And according to aforementioned implementation
The utility model is described in detail in example.Although being made that the single technical staff of detailed description still can be to this technology side
Case is modified or is replaced on an equal basis；The modification or same replacement that technical staff makes in the case where not paying creative make great efforts still exist
In the protection scope of the utility model.
Claims (10)
1. a kind of electric motor groups installing is standby, which is characterized in that the standby electric motor groups installing includes rack, turntable group
Part, shell feeding assembly, rotor feeding assembly, rush meson component, rotor enters shell component, rear cover mounting assembly and discharge component,
The rotary disc assembly includes rotating disc, and the turn disc is arranged in the rack, is set on the rotating disc
Be equipped with multiple installation stations being along the circumferential direction distributed, the shell feeding assembly, rotor feeding assembly, rush meson component,
Rotor enters shell component, rear cover mounting assembly and discharge component and is successively fixed at the rack along the circumferencial direction of rotating disc
On.
2. a kind of electric motor groups installing as described in claim 1 is standby, which is characterized in that the installation station is installation
Block, multiple mounting blocks are distributed along the circumferencial direction of rotating disc, are provided on the mounting blocks and turn for placing
The rotor mounting hole of son and with the shell bores for placing shell, the rotor mounting hole runs through the rotating disc,
And the rotor mounting hole inside is step-like.
3. a kind of electric motor groups installing as described in claim 1 is standby, which is characterized in that the shell feeding assembly includes
Shell feed lead rail, the first fixed plate and shell clamp, first fixed plate are fixed at vertically in the rack,
The side in the first dead plate upper end portion is fixedly installed the first horizontal pusher, and first pusher stretches
The second vertical pusher is fixedly installed on axis, the telescopic shaft of second pusher and the shell clamp are mutually solid
Fixed, the shell feed lead rail is fixed on the rack, and one end of the shell feed lead rail is located at shell clamp
Underface.
4. a kind of electric motor groups installing as claimed in claim 3 is standby, which is characterized in that the rotor feeding assembly includes
Rotor feed lead rail, third pusher and the 4th pusher, it is fixed that the third pusher is fixed at described first
The other side of plate upper end, the 4th pusher is fixed on the telescopic shaft of the third pusher, described
Rotor clamper is fixedly installed on the telescopic shaft of 4th pusher, the rotor feed lead rail is fixed at the rack
On, the underface of the rotor clamper is arranged in one end of the rotor feed lead rail.
5. a kind of electric motor groups installing as described in claim 1 is standby, which is characterized in that the meson component that rushes includes knot
The identical forward direction of structure rushes meson mechanism and reverse impact meson component, the forward direction rush meson component be fixed at it is described
The upper surface of rack, the lower end surface for reversely rushing meson component and being fixed at the rack, the positive punching are situated between
Sub-component includes the second fixed plate and meson rotating disc, and second fixed plate is fixed at vertically in the rack,
The upper end of second fixed plate is arranged in the meson turn disc, and the upper end of second fixed plate is also set
It is equipped with the 5th pusher, thimble, the lower section setting of the thimble are fixedly installed on the telescopic shaft of the 5th pusher
Have a locating piece, the locating piece is fixed on the side of second fixed plate, be provided in the middle part of the locating piece with
The corresponding location hole of thimble, the locating piece are additionally provided with meson hole, and the meson hole is fixed through described second
Plate.
6. a kind of electric motor groups installing as claimed in claim 5 is standby, which is characterized in that second fixed plate it is another
Side is provided with meson mobile mechanism, and the meson article mobile mechanism includes that the first sliding rail, the 6th pusher and meson article push away
Dynamic device, first sliding rail are vertically fixed on the other side of second fixed plate, and the meson pusher is fixed
It is arranged on the first sliding rail, sliding is provided with the first sliding block, first sliding block and Jie on first sliding rail
The telescopic shaft of sub pusher is mutually fixed, and the 6th pusher is vertically arranged on first sliding block, and described the
The sliding slot for passing through meson item is provided on one sliding block, the sliding slot and the meson hole are in same plane, described
The telescopic shaft of meson pusher be located at the surface of sliding slot.
7. a kind of electric motor groups installing as described in claim 1 is standby, which is characterized in that the rotor enters shell component and includes
Apical organ on third fixed plate, the 7th pusher, the 8th pusher, the 9th pusher and rotor, the third fixed plate are vertical
It is fixed in the rack, the 7th pusher and the 8th pusher are fixed on the third fixed plate vertically
Upper end, between third fixed plate and the 8th pusher, the 7th pusher stretches the 7th pusher
Axis is fixed with the cylindrical, hollow locating part with gap, is fixedly installed between the 7th pusher and the 8th pusher perpendicular
Straight rotor injector, the telescopic shaft of the rotor injector and the locating part are coaxially disposed, and the described the 8th pushes
The telescopic shaft of device is fixedly installed the 9th horizontal pusher, and the telescopic shaft of the 9th pusher is fixedly installed rotor folder
Pickup, one end of the rotor pickup folder are semicircle, and apical organ is fixed in the rack on the rotor, institute
Apical organ is arranged with corresponding rotor coaxial on the rotor stated.
8. a kind of electric motor groups installing as described in claim 1 is standby, which is characterized in that the rear cover mounting assembly includes
4th fixed plate, rear cover guide rail, the tenth pusher, the 11st pusher, the 4th fixed plate are fixed on described vertically
In rack, the tenth pusher is horizontally set on the upper end of the 4th fixed plate, and the tenth pusher is stretched
Contracting axis is mutually fixed with the 11st pusher, and the telescopic shaft of the 11st pusher is fixedly installed rear cover clamping
Device, the rear cover clamping apparatus are located at the surface of the rear cover guide rail end, and the rear cover guide rail is fixed at institute
In the rack stated.
9. a kind of electric motor groups installing as described in claim 1 is standby, which is characterized in that the discharge component includes frightened group
The feeding mechanism of the electric motor submitting installed, the motor transfer that electric motor is moved to feeding mechanism from erector position
Structure, retention mechanism rear cover being fixed on shell, the lubricating structure that lubricating oil is filled to the rotor of electric motor；Described send
Material mechanism includes delivery chute and allocated catch piece, and the delivery chute is fixedly mounted in the rack, the allocated catch piece sliding
The side of the delivery chute is set, and the allocated catch piece is up to having the allocated catch mouth to match with shell, the transfer
Mechanism includes the 5th fixed plate and the electric motor clamping jaw for grabbing electric motor, and the 5th fixed plate is fixed at
One end in the rack and close to the delivery chute, the clamping jaw are slidably arranged in the 5th above-mentioned fixed plate,
The retention mechanism includes that the 6th fixed plate, fastening lifter and casting die, the 6th fixed plate are fixed at vertically
Middle part in the rack and close to the delivery chute, the fastening lifter are fixed on the 6th fixed plate
The telescopic shaft of upper end, the fastening lifter is coaxially fixed with the casting die, has been wholely set with after on the casting die
The knob to match is covered, the casting die is located at the surface of the delivery chute, and the lubricating structure includes the 7th fixed plate
With lubrication syringe, the 7th fixed plate is fixed in the rack, and the lubrication injection is mounted on described
The 7th fixed plate on and the head of the lubrication syringe be located at the top of delivery chute.
10. a kind of electric motor groups installing as described in claim 1 is standby, which is characterized in that the electric motor groups installing
Standby further includes polishing assembly, and the polishing assembly is fixed on the rack, and the polishing assembly includes polishing charging
Guide rail, feeding gripping body, polishing mechanism, discharging gripping body and polishing turntable, the polishing turntable are rotatably arranged on institute
In the rack stated, the polishing feed lead rail is fixed to be arranged in the rack, the end of the polishing feed lead rail
End is provided with feeding gripping body, the polishing feed lead rail, feeding gripping body, polishing mechanism, discharging gripping body edge
Polish turntable circumferencial direction distribution, the feeding gripping body include the 8th fixed plate and feeding clamping jaw, the described the 8th
Fixed plate is fixed in the rack, and the feeding clamping jaw is arranged in the 8th fixed plate, the throwing
Ray machine structure includes burnishing stick, intermediate plate and rotary electric machine, and polishing notch, the polishing notch are provided on the intermediate plate
Two sides be provided with pulley, the lower end surface of the intermediate plate is provided with polishing pusher, the polishing pusher with it is described
Rack mutually fix, the telescopic shaft of the polishing pusher is mutually fixed with intermediate plate, on the output shaft of the rotary electric machine
It is fixed with burnishing stick rotating disc, the quantity of the rotary electric machine is 2 and is each attached on intermediate plate, the burnishing stick
One end is mutually fixed with a burnishing stick rotating disc, and the burnishing stick is solid around pulley and the winding of another burnishing stick rotating disc
Fixed, the discharging gripping body includes the 9th fixed plate and discharging clamping jaw, and the 9th fixed plate is fixed at described
Rack on, the discharging clamping jaw is arranged in the 9th fixed plate, the discharging clamping jaw close to the rotor into
Expect component.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920334421.6U CN209313652U (en) | 2019-03-15 | 2019-03-15 | A kind of electric motor groups installing is standby |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920334421.6U CN209313652U (en) | 2019-03-15 | 2019-03-15 | A kind of electric motor groups installing is standby |
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| CN209313652U true CN209313652U (en) | 2019-08-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112165225A (en) * | 2020-09-25 | 2021-01-01 | 南通大德电机有限公司 | Motor assembling device |
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2019
- 2019-03-15 CN CN201920334421.6U patent/CN209313652U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112165225A (en) * | 2020-09-25 | 2021-01-01 | 南通大德电机有限公司 | Motor assembling device |
| CN112165225B (en) * | 2020-09-25 | 2021-08-13 | 南通大德电机有限公司 | Motor assembling device |
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