CN109921579A - A kind of efficient magnet steel stickup tooling of ejection type - Google Patents
A kind of efficient magnet steel stickup tooling of ejection type Download PDFInfo
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- CN109921579A CN109921579A CN201910229858.8A CN201910229858A CN109921579A CN 109921579 A CN109921579 A CN 109921579A CN 201910229858 A CN201910229858 A CN 201910229858A CN 109921579 A CN109921579 A CN 109921579A
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- magnet steel
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- seat
- shaft
- heave plates
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Abstract
The invention discloses a kind of efficient magnet steel of ejection type to paste tooling, including mounting plate, the upper surface of mounting plate sets middle boss, the upper surface of middle boss sets polygon seat, middle boss last week is to setting guide rail, sliding block is set on guide rail, magnet steel seat is connected on sliding block, the inner side end of magnet steel seat connects guide rod, the outer wall of polygon seat is connected and fixed seat, the periphery of guide rod is arranged power spring, the both ends of power spring are respectively held against magnet steel seat and fixing seat, the end face outside fitting of magnet steel seat sets magnet steel, periphery on mounting plate positioned at convexity platform is evenly distributed with shaft positioning table, shaft positioning table upper end is installed by shaft, magnet steel is set in shaft pastes section, polygon seat upper end sets bolt fixed plate, the upper end of bolt fixed plate sets bolt heave plates, bolt is plugged in bolt heave plates, bolt passes through bolt heave plates and bolt fixed plate and the upper end for being inserted into magnet steel seat, It is horizontal opposite one by one that magnet steel and magnet steel paste section.The present invention is not necessarily to power device using efficient and convenient, at low cost.
Description
Technical field
The present invention relates to magneto auxiliary mould technical fields, paste work more particularly, to a kind of efficient magnet steel of ejection type
Dress.
Background technique
P-m rotor is the important component of magneto, and p-m rotor usually first will in high volume manufacturing process
The magnet steel not magnetized is pasted in shaft and then is magnetized again, and wherein magnet steel stickup is exactly a very important technique section
Point, and magnet steel often requires tooling auxiliary when pasting and carries out, the tooling of the prior art some by cylinder equal power device into
Row is pasted, at high cost, once can only carry out application work, low efficiency to single axis.
Summary of the invention
It is an object of the invention to overcome above-mentioned the deficiencies in the prior art, a kind of efficient magnet steel stickup work of ejection type is provided
Dress, use is efficient and convenient, is not necessarily to power device, at low cost, can carry out magnet steel application work to multiple shafts simultaneously, greatly improve
Efficiency.
To achieve the goals above, the present invention adopts the following technical scheme:
A kind of efficient magnet steel stickup tooling of ejection type, including mounting plate, the upper surface center of the mounting plate are equipped with upward
The upper surface center of the middle boss of protrusion, the middle boss is equipped with polygon seat protruding upward, and middle boss is upper in polygon
The periphery of seat is circumferentially with guide rail, and each guide rail, which is equipped with, to be connected with magnet steel seat on the sliding block that guide rail moves, the sliding block,
Guide rod is connected on the inner side end of the magnet steel seat, the outer wall of the polygon seat is circumferentially connected with corresponding with guide rod
Fixing seat, the inner end of the guide rod passes through fixing seat and protrudes into polygon seat, and the periphery of guide rod is arranged dynamic bullet
Spring, the both ends of the power spring are respectively held against magnet steel seat and fixing seat, are fitted with magnetic in the end face outside of the magnet steel seat
Steel, be located on the mounting plate convexity platform periphery it is circumferential be evenly distributed with shaft positioning table, shaft positioning table upper end, which is equipped with, to be turned
Axis, the shaft are equipped with magnet steel and paste section, and polygon seat upper end is fitted with bolt fixed plate, the bolt fixed plate
Upper end be fitted with bolt heave plates, bolt is circumferentially plugged in the bolt heave plates, the bolt is successively worn from top to bottom
It crosses bolt heave plates and bolt fixed plate and is inserted into the upper end of magnet steel seat and form limit to magnet steel seat, the magnet steel and magnet steel are viscous
It is horizontal opposite one by one to paste section, the magnet steel seat is displaced outwardly along guide rail after bolt is detached from end face thereon and magnet steel is bonded
It is pasted in section in magnet steel.
The magnet steel seat includes integrally formed magnet steel seat transverse slat and magnet steel seat vertical plate, the magnet steel seat transverse slat and magnet steel seat
Vertical plate is to be vertically arranged, and magnet steel seat transverse slat is connected to the upper surface of sliding block, and the inner side end of the magnet steel seat vertical plate is equipped with hollow
Threaded post, the outer end of the guide rod are equipped with the guide rod thread head for being screwed into cannulated threaded post.
The fixing seat includes being jointly mounted to the fixing seat pasting board of polygon seat outer wall and being located on the outside of fixing seat pasting board
The fixing seat cylindrical portion of end face center is consolidated through being equipped with for what guide rod passed through in the fixing seat cylindrical portion and fixing seat pasting board
Reservation perforation, the both ends of the power spring are respectively held against the inner side end of magnet steel seat vertical plate and the end face outside of fixing seat pasting board
And power spring is set in the outer wall of cannulated threaded post and fixing seat cylindrical portion.
The inside horizontal extension of the inner top side of the magnet steel seat vertical plate forms bolt positioning plate, sets on the bolt positioning plate
There is the fastening hole for bolt fitting insertion.
The upper surface of the magnet steel seat vertical plate is fitted with Z-shaped bracket, and the upper end of the Z-shaped bracket is run through wears equipped with pull rod
Hole, the upper surface of the magnet steel are fitted with pull rod, and the outer wall of the pull rod is arranged with abutting spring, described to abut the upper of spring
Lower end is respectively held against upper end and the pull rod of Z-shaped bracket, and the upper end of the pull rod is upward through pull rod and perforates and be screwed into spiral shell
It is female.
The center of the bolt fixed plate is equipped with internal projecting ring, and the upper end outer wall of the internal projecting ring is circumferentially evenly distributed with internal projecting ring and inserts
Slot, the bolt fixed plate it is outer be evenly distributed for bolt fitting across the second bolt perforation, the bolt heave plates
Inner edge is circumferentially evenly distributed with raised line in inwardly horizontal-extending bolt heave plates, and internal projecting ring is protruded into raised line fitting in the bolt heave plates
Slot, the bolt heave plates it is outer be evenly distributed for bolt fitting across the perforation of the first bolt, the bolt is from upper past
Under successively penetrate the first bolt perforation, the second bolt perforation and fastening hole.
The upper surface of the internal projecting ring has been fitted and connected cover board, and raised line is along on internal projecting ring slot in the bolt heave plates
Until raised line is moved upwards up to the lower end surface for resisting cover board in lower movement and bolt heave plates.
The circumferential uniformly distributed knob in the upper surface of the bolt heave plates.
The shaft positioning table includes the rotary indexing table being fitted and connected from the bottom up, positioning seat and shaft mounting base, institute
The upper surface that rotary indexing table is fixed on mounting plate is stated, the upper end fitting of the shaft mounting base plugs shaft.
The lower end surface of the magnet steel seat transverse slat, which is equipped with, is bonded the spill plug division protruded into for upper end of slide block.
The beneficial effects of the present invention are: can disposably realize the magnet steel of multiple shafts by manually lifting bolt heave plates
It pastes, without using cylinder equal power device, manual operations greatly reduces cost and efficiency is higher.
Detailed description of the invention
Fig. 1 is perspective view of the invention；
Fig. 2 is the enlarged drawing in Fig. 1 at A；
Fig. 3 is top view of the invention；
Fig. 4 is the cross-sectional view of B-B direction in Fig. 3；
Fig. 5 is the enlarged drawing in Fig. 4 at C；
Fig. 6 is shaft positioning table of the invention and the explosive view that shaft cooperates；
Fig. 7 is partial exploded view of the invention；
Fig. 8 is the enlarged drawing in Fig. 7 at D；
Fig. 9 is the enlarged drawing in Fig. 7 at E；
Figure 10 is the perspective view of mounting plate of the invention.
In figure: mounting plate 1, middle boss 11, polygon seat 12, extension board 13, positioning land 14, circular dividing table installation screw
15, polygon seat kidney slot 16, bolt fixed plate installation screw 17, fixing seat installation screw 18, guide rail mounting groove 19, guide rail are solid
Determine screw hole 110, rubber baffle installation screw 111, mounting plate counterbore 112, shaft positioning table 2, rotary indexing table 21, positioning seat
22, shaft mounting base 23, circular dividing table perforation 24, circular dividing table position circular groove 25, positioning seat fixing threaded hole 26, circular dividing table pinhole
27, positioning seat counterbore 28, shaft mounting base fixing threaded hole 29, positioning seat pinhole 210, shaft mounting base positioning cylinder 211, fixed
Position seat mesoporous 212, shaft mounting base counterbore 213, shaft sleeve 214, shaft 3, shaft fixed part 31, magnet steel paste section 32, guide rail
4, guide rail counterbore 41, rubber baffle 42, rubber baffle perforation 43, sliding block 44, sliding block screw hole 45, magnet steel seat transverse slat 46, magnet steel seat
Vertical plate 47, transverse slat counterbore 48, spill plug division 49, magnet steel mounting portion 410, magnet steel 411, cannulated threaded post 412, bolt positioning plate
413, fastening hole 414, bracket installation screw 415, fixing seat 5, fixing seat cylindrical portion 51, fixing seat pasting board 52, fixing seat
Perforation 53, pasting board kidney slot 54, guide rod 55, guide rod thread head 56, power spring 57, Z-shaped bracket 6, bracket installation perforation
61, pull rod perforation 62, pull rod 63, abut spring 64, nut 65, bolt 66, bolt fixed plate 7, bolt fixed plate inner ring 71, insert
Sell fixed plate outer ring 72, internal projecting ring 73, bolt fixed plate inner ring counterbore 74, the perforation of the second bolt 75, bolt fixed plate connection strap
76, internal projecting ring slot 77, internal projecting ring screw hole 78, bolt heave plates 8, bolt heave plates inner ring 81, bolt heave plates outer ring 82, insert
Raised line 84, the first bolt perforation 85, knob 86, cover board 9, cover board perforation 91 in pin heave plates connection strap 83, bolt heave plates.
Specific embodiment
Present invention will be further described below with reference to the accompanying drawings and specific embodiments:
As shown in Fig. 1~Figure 10, a kind of efficient magnet steel of ejection type pastes tooling, including mounting plate 1, circumferential on mounting plate 1
Uniformly distributed mounting plate counterbore 112, the fixation of mounting plate 1 is realized by penetrating screw in mounting plate counterbore 112.
The upper surface center of the mounting plate 1 is equipped with middle boss 11 protruding upward, in the upper surface of the middle boss 11
The heart is equipped with polygon seat 12 protruding upward, and the polygon seat 12 in the present invention is octagon.
Periphery on middle boss 11 positioned at polygon seat 12 is circumferentially with guide rail 4, and the outside level of outer rim of middle boss 11 is prolonged
It stretches to form circumferentially uniformly distributed extension board 13, the circumferentially uniformly distributed guide rail for the corresponding insertion of guide rail 4 is pacified on middle boss 11 and extension board 13
Tankage 19, the quantity of guide rail 4 are eight, and therefrom boss 11 extends to extension board 13 to every guide rail 4, on guide rail 4 along its length
Direction be equipped with guide rail counterbore 41, guide rail mounting groove 19 be equipped with the one-to-one guide rail fixing threaded hole 110 of guide rail counterbore 41, lead to
It crosses and penetrates screw in guide rail counterbore 41 and guide rail fixing threaded hole 110 and be fixedly connected.One end of guide rail 4 resists polygon seat
The other end of 12 outer wall, guide rail 4 is resisted by rubber baffle 42, and the outer end face of extension board 13 is equipped with rubber baffle installation screw
111, rubber baffle 42 is equipped with rubber baffle corresponding with rubber baffle installation screw 111 perforation 43, and screw passes through rubber
Baffle perforations 43 and rubber baffle installation screw 111 realize being fixedly connected for rubber baffle 42 and extension board 13.
Each guide rail 4 is equipped with can be connected with magnet steel seat, the magnetic on the sliding block 44 that guide rail 4 moves, the sliding block 44
Steel seat includes integrally formed magnet steel seat transverse slat 46 and magnet steel seat vertical plate 47, and the magnet steel seat transverse slat 46 and magnet steel seat vertical plate 47 are
It is vertically arranged, magnet steel seat transverse slat 46 is connected to the upper surface of sliding block 44, and 44 upper surface of sliding block is equipped with sliding block screw hole 45, and magnet steel seat is horizontal
Plate 46 is equipped with transverse slat counterbore 48 corresponding with sliding block screw hole 45 and passes through transverse slat counterbore 48 and sliding block screw hole 45 by screw
It is attached fixation.
Guide rod 55 is connected on the inner side end of the magnet steel seat, during the inner side end of the magnet steel seat vertical plate 47 is equipped with
Empty threaded post 412, the outer end of the guide rod 55 are equipped with the guide rod thread head 56 for being screwed into cannulated threaded post 412.
The outer wall of the polygon seat 12 is circumferentially connected with fixing seat 5 corresponding with guide rod 55, the guide rod 55
Inner end pass through and fixing seat 5 and protrude into polygon seat 12, the fixing seat 5 includes being jointly mounted to 12 outer wall of polygon seat
Fixing seat pasting board 52 and fixing seat cylindrical portion 51 positioned at 52 end face outside center of fixing seat pasting board, eight faces of polygon seat 12
Outer wall be equipped with inside and outside perforative polygon seat kidney slot 16 and the fixing seat positioned at 16 both sides of polygon seat kidney slot is installed
Screw hole 18, fixing seat pasting board 52 are equipped with pasting board kidney slot 54 corresponding with fixing seat installation screw 18 and are passed through by screw
Pasting board kidney slot 54 and fixing seat installation screw 18 are attached fixation, in the fixing seat cylindrical portion 51 and fixing seat pasting board 52
Through being equipped with the fixing seat perforation 53 passed through for guide rod 55, while the inner end of guide rod 55 also extends through polygon seat kidney slot
16。
The periphery of guide rod 55 is arranged with power spring 57, and the both ends of the power spring 57 are respectively held against magnet steel seat and consolidate
The both ends of reservation 5, the actually described power spring 57 are respectively held against the inner side end and fixing seat pasting board 52 of magnet steel seat vertical plate 47
End face outside and power spring 57 be set in the outer wall of cannulated threaded post 412 and fixing seat cylindrical portion 51.
Magnet steel 411 is fitted in the end face outside of the magnet steel seat, the end face outside of magnet steel seat vertical plate 47, which is equipped with, to be supplied
Magnet steel 411 is bonded the magnet steel mounting portion 410 being put into, and the lower end of magnet steel mounting portion 410 resists the lower end surface of magnet steel 411, magnet steel 411
End face outside (i.e. with the adhesive surface of shaft 3) be coated with magnet steel glue, and the outside of the prominent magnet steel seat of end face outside of magnet steel 411
End face ensures that magnet steel seat will not interfere when the end face outside of magnet steel 411 is pasted with shaft 3 in this way.
On the mounting plate 1 on the peripheral circumferential uniformly shaft positioning table 2 of convexity platform 11, the shaft positioning table 2
End is equipped with shaft 3, and the shaft positioning table 2 includes the rotary indexing table 21 being fitted and connected from the bottom up, positioning seat 22 and turns
Axis mounting base 23, the rotary indexing table 21 are fixed on the upper surface of mounting plate 1, and the upper end fitting of the shaft mounting base 23 is inserted
If shaft 3.Rotary indexing table 21 is the product of the prior art, is not described in detail herein, in the lower end surface of rotary indexing table 21
The heart is equipped with circular dividing table and positions circular groove 25, and rotary indexing table 21 is surrounded by perforative circular dividing table perforation 24 up and down, on mounting plate 1
Equipped with the circular dividing table installation screw 15 to match with circular dividing table perforation 24 and circular dividing table perforation 24 is penetrated by screw and circular dividing table is pacified
The fixation that screw hole 15 realizes rotary indexing table 21 is filled, mounting plate 1 is equipped with the positioning that can be bonded insertion circular dividing table positioning circular groove 25
Land 14, accurate positioning can be realized by cooperating circular dividing table to position circular groove 25 by positioning land 14.
The upper surface of rotary indexing table 21 is equipped with positioning seat fixing threaded hole 26 and circular dividing table pinhole 27, sets on positioning seat 22
There are perforative positioning seat counterbore 28 and a positioning seat pinhole 210 up and down, when installation, is first inserted into pin in circular dividing table pinhole 27,
Positioning seat pinhole 210 is then directed at pin insertion can be, it can be achieved that the precise positioning of the two be installed, 28 He of positioning seat counterbore
About 26 positioning seat fixing threaded hole is opposite.
The center of positioning seat 22 is equipped with positioning seat mesoporous 212, and the lower end surface of shaft mounting base 23 is equipped with fitting and protrudes into positioning
The shaft mounting base positioning cylinder 211 of seat mesoporous 212.
22 upper surface of positioning seat is circumferentially evenly distributed with mounting base fixing threaded hole 29, circumferential uniformly distributed and mounting base in shaft mounting base 23
The one-to-one shaft mounting base counterbore 213 of fixing threaded hole 29.
The upper surface center of shaft mounting base 23 is equipped with the shaft sleeve 214 upwardly extended, and the lower end of shaft 3 is equipped with fitting and inserts
Enter the shaft fixed part 31 of shaft sleeve 214 and jackscrew can be screwed into shaft sleeve 214 and shaft fixed part 31 is fixed.
The shaft 3 is equipped with magnet steel and pastes section 32, and 12 upper end of polygon seat is fitted with bolt fixed plate 7, more
The side upper end Xing Zuo12 is equipped with bolt fixed plate installation screw 17, and bolt fixed plate 7 includes the inside and outside bolt fixed plate being distributed with one heart
Inner ring 71 and bolt fixed plate outer ring 72, by circumferentially uniformly distributed between bolt fixed plate inner ring 71 and bolt fixed plate outer ring 72
Bolt fixed plate connection strap 76 connects, and bolt fixed plate inner ring counterbore 74 is circumferentially evenly distributed in bolt fixed plate inner ring 71, bolt is solid
Fixed board inner ring counterbore 74 and about 17 bolt fixed plate installation screw correspond and penetrate screw connection.
The upper end of the bolt fixed plate 7 is fitted with bolt heave plates 8, and bolt heave plates 8 include inside and outside concentric distribution
Bolt heave plates inner ring 81 and bolt heave plates outer ring 82, between bolt heave plates inner ring 81 and bolt heave plates outer ring 82 lead to
Circumferentially uniformly distributed bolt heave plates connection strap 83 is crossed to connect.
Bolt 66 is circumferentially plugged in the bolt heave plates 8, the bolt 66 sequentially passes through bolt heave plates 8 from top to bottom
With bolt fixed plate 7 and the upper end of being inserted into magnet steel seat forms limit to magnet steel seat, and the center of the bolt fixed plate 7 is equipped with interior
Bulge loop 73, internal projecting ring 73 are located at the inner edge of bolt fixed plate inner ring 71, and the outer of bolt fixed plate 7 is evenly distributed for bolt
66 fittings across the second bolt perforation 75, the perforation of the second bolt 75 is circumferentially distributed on bolt fixed plate outer ring 72 actually, institute
State bolt heave plates 8 it is outer be evenly distributed for the fitting of bolt 66 across the first bolt perforation 85, the perforation 85 of the first bolt is real
It is then circumferentially distributed on bolt heave plates outer ring 82, the inside horizontal extension of the inner top side of the magnet steel seat vertical plate 47 forms bolt
Positioning plate 413, the bolt positioning plate 413 be equipped with for bolt 66 fitting insertion fastening hole 414, the bolt 66 from
On successively penetrate the first bolt down and perforate the 85, second bolt perforation 75 and fastening hole 414.
The magnet steel 411 and magnet steel paste section 32, and relatively, the magnet steel seat is detached from end face thereon in bolt 66 to level one by one
It is displaced outwardly afterwards along guide rail 4 and magnet steel 411 is made to be fitted in magnet steel and pasted in section 32.
The upper surface of the magnet steel seat vertical plate 47 is fitted with Z-shaped bracket 6, and the lower end of Z-shaped bracket 6 is equipped with perforative up and down
Bracket installation perforation 61, the upper surface of magnet steel seat vertical plate 47 are equipped with the bracket installation screw 415 to match with bracket installation perforation 61.
The upper end of the Z-shaped bracket 6, which is run through, is equipped with pull rod perforation 62, and the upper surface of the magnet steel 411 is fitted with pull rod
63, the outer wall of the pull rod 63, which is arranged with, abuts spring 64, and the upper and lower side for abutting spring 64 is respectively held against Z-shaped bracket 6
Upper end and pull rod 63, the upper end of the pull rod 63 are upward through pull rod perforation 62 and have been screwed into nut 65.The number of nut 65
Amount is two, and one of nut 65 is bonded the upper end outer wall of Z-shaped bracket 6, another nut 65 is located at the top of pull rod 63.Position
Nut 65 in 63 top of pull rod is convenient up to mention pull rod 63, be bonded Z-shaped 6 upper end outer wall of bracket nut 65 be then
When compressing power use of the initial debugging pull rod 63 to 411 upper surface of magnet steel.
The upper end outer wall of the internal projecting ring 73 is circumferentially evenly distributed with internal projecting ring slot 77, and the inner edge of the bolt heave plates 8 is circumferential
Raised line 84 in uniformly distributed inwardly horizontal-extending bolt heave plates, interior raised line 84 is located at the inner edge of bolt heave plates inner ring 81, described
Internal projecting ring slot 77 is protruded into the fitting of raised line 84 in bolt heave plates.
The upper surface of the internal projecting ring 73 has been fitted and connected cover board 9, and the upper surface of internal projecting ring 73 is circumferentially evenly distributed with internal projecting ring spiral shell
Hole 78, it is circumferentially uniformly distributed on cover board 9 to perforate 91 with the one-to-one cover board of internal projecting ring screw hole 78.
In the bolt heave plates raised line 84 moved up and down along internal projecting ring slot 77 and in bolt heave plates raised line 84 to
On be moved to the lower end surface for resisting cover board 9 until.
The upper surfaces of the bolt heave plates 8 circumferentially uniformly shakes hands 86.Knob 86 is located on bolt heave plates connection strap 83
End.
The lower end surface of the magnet steel seat transverse slat 46, which is equipped with, is bonded the spill plug division 49 protruded into for 44 upper end of sliding block, it is ensured that magnetic
Steel seat installs registration, to guarantee that magnet steel 411 is precisely pasted.
The working principle of the invention is: original state is that bolt 66 successively penetrates the first bolt perforation 85, the from top to bottom
Two bolts perforation 75 and fastening hole 414, outside thrust of the magnet steel seat by power spring 57 at this time, but it is limited by bolt
66 and 86 can not be shaken hands by bolt heave plates 8 with pulling by magnet steel seat toward extrapolation, when pasting section 32 to magnet steel and pasting
It up mentions, internal projecting ring slot 77 plays guiding role during bolt heave plates 8 above mention, and mentions in 8 highest of bolt heave plates
Cover board 9 is resisted, belt moves bolt 66 and above mentions in bolt heave plates 8, after bolt 66 leaves fastening hole 414, power spring 57
By magnet steel seat toward extrapolating, the magnet steel 411 on magnet steel seat is placed directly against magnet steel and pastes in section 32, will then be located at 63 top of pull rod
Nut 65 above mentions, and 8 magnet steel seats are retracted respectively one by one and is used together bolt 66 and is inserted into limit one by one, then are installed new
Magnet steel 411, rotary indexing table 21 rotate, and carry out the stickup of next round.
The foregoing is merely presently preferred embodiments of the present invention, is not intended to limit the invention, it is all in spirit of the invention and
Within principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of efficient magnet steel of ejection type pastes tooling, it is characterised in that: including mounting plate (1), the upper end of the mounting plate (1)
Face center is equipped with middle boss (11) protruding upward, and the upper surface center of the middle boss (11) is equipped with polygon protruding upward
Seat (12), the periphery that polygon seat (12) are located on middle boss (11) are circumferentially with guide rail (4), and each guide rail (4) is equipped with can
Along the sliding block (44) of guide rail (4) movement, it is connected with magnet steel seat on the sliding block (44), is connected on the inner side end of the magnet steel seat
Have guide rod (55), the outer wall of the polygon seat (12) is circumferentially connected with fixing seat (5) corresponding with guide rod (55), institute
The inner end for stating guide rod (55) passes through fixing seat (5) and protrudes into polygon seat (12), and the periphery of guide rod (55) is arranged with dynamic
The both ends of power spring (57), the power spring (57) are respectively held against magnet steel seat and fixing seat (5), the outboard end of the magnet steel seat
It is fitted on face magnet steel (411), the periphery on the mounting plate (1) positioned at convexity platform (11) is circumferential to be evenly distributed with shaft positioning table
(2), shaft positioning table (2) upper end is equipped with shaft (3), and the shaft (3) is equipped with magnet steel and pastes section (32), described more
Side shape seat (12) upper end is fitted with bolt fixed plate (7), and the upper end of the bolt fixed plate (7) is fitted with bolt heave plates
(8), it is circumferentially plugged bolt (66) on the bolt heave plates (8), the bolt (66) sequentially passes through bolt pull-up from top to bottom
Plate (8) and bolt fixed plate (7) and the upper end for being inserted into magnet steel seat form the limit to magnet steel seat, the magnet steel (411) and magnet steel
Pasting section (32), level is opposite one by one, and the magnet steel seat is displaced outwardly after bolt (66) are detached from end face thereon along guide rail (4)
And makes magnet steel (411) be fitted in magnet steel and paste on section (32).
2. a kind of efficient magnet steel of ejection type pastes tooling as described in claim 1, it is characterised in that: the magnet steel seat includes one
Molding magnet steel seat transverse slat (46) and magnet steel seat vertical plate (47), the magnet steel seat transverse slat (46) and magnet steel seat vertical plate (47) are vertical
Setting, magnet steel seat transverse slat (46) is connected to the upper surface of sliding block (44), during the inner side end of the magnet steel seat vertical plate (47) is equipped with
Empty threaded post (412), the outer end of the guide rod (55) are equipped with the guide rod thread head for being screwed into cannulated threaded post (412)
(56)。
3. a kind of efficient magnet steel of ejection type pastes tooling as claimed in claim 2, it is characterised in that: the fixing seat (5) includes
It is jointly mounted to the fixing seat pasting board (52) of polygon seat (12) outer wall and is located at fixing seat pasting board (52) end face outside center
Fixing seat cylindrical portion (51) is worn through being equipped with for guide rod (55) on the fixing seat cylindrical portion (51) and fixing seat pasting board (52)
The fixing seat perforation (53) crossed, the both ends of the power spring (57) are respectively held against the inner side end of magnet steel seat vertical plate (47) and consolidate
The end face outside and power spring (57) of reservation pasting board (52) are set in cannulated threaded post (412) and fixing seat cylindrical portion (51)
Outer wall.
4. a kind of efficient magnet steel of ejection type pastes tooling as claimed in claim 2, it is characterised in that: the magnet steel seat vertical plate (47)
The inside horizontal extension of inner top side form bolt positioning plate (413), the bolt positioning plate (413) is equipped with for bolt (66)
It is bonded the fastening hole (414) of insertion.
5. a kind of efficient magnet steel of ejection type pastes tooling as claimed in claim 2, it is characterised in that: the magnet steel seat vertical plate (47)
Upper surface be fitted with Z-shaped bracket (6), the upper end of the Z-shaped bracket (6), which is run through, is equipped with pull rod perforation (62), the magnet steel
(411) upper surface is fitted with pull rod (63), and the outer wall of the pull rod (63), which is arranged with, abuts spring (64), the abutting bullet
The upper and lower side of spring (64) is respectively held against upper end and the pull rod (63) of Z-shaped bracket (6), and the upper end of the pull rod (63) is upward through drawing
Bar perforation (62) has simultaneously been screwed into nut (65).
6. a kind of efficient magnet steel of ejection type pastes tooling as claimed in claim 4, it is characterised in that: the bolt fixed plate (7)
Center be equipped with internal projecting ring (73), the upper end outer wall of the internal projecting ring (73) is circumferentially evenly distributed with internal projecting ring slot (77), the bolt
Fixed plate (7) it is outer be evenly distributed for bolt (66) fitting across the second bolt perforation (75), the bolt heave plates (8)
The circumferentially uniformly distributed inwardly horizontal-extending bolt heave plates in inner edge in raised line (84), raised line (84) fitting in the bolt heave plates
Protrude into internal projecting ring slot (77), the bolt heave plates (8) it is outer be evenly distributed for bolt (66) fitting across first insert
Pin perforation (85), the bolt (66) successively penetrate the first bolt perforation (85), the second bolt perforation (75) from top to bottom and insert
Finger setting hole (414).
7. a kind of efficient magnet steel of ejection type pastes tooling as claimed in claim 6, it is characterised in that: the internal projecting ring (73) it is upper
End face has been fitted and connected cover board (9), and raised line (84) is moved up and down and inserted along internal projecting ring slot (77) in the bolt heave plates
Until raised line (84) is moved upwards up to the lower end surface for resisting cover board (9) in pin heave plates.
8. a kind of efficient magnet steel of ejection type pastes tooling as described in claim 1, it is characterised in that: the bolt heave plates (8)
The circumferential uniformly distributed knob (86) in upper surface.
9. a kind of efficient magnet steel of ejection type pastes tooling as described in claim 1, it is characterised in that: the shaft positioning table (2)
Including the rotary indexing table (21), positioning seat (22) and shaft mounting base (23) being fitted and connected from the bottom up, the rotary index
Platform (21) is fixed on the upper surface of mounting plate (1), and the upper end fitting of the shaft mounting base (23) plugs shaft (3).
10. a kind of efficient magnet steel of ejection type pastes tooling as claimed in claim 2, it is characterised in that: the magnet steel seat transverse slat
(46) lower end surface, which is equipped with, is bonded the spill plug division (49) protruded into for sliding block (44) upper end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910229858.8A CN109921579A (en) | 2019-03-25 | 2019-03-25 | A kind of efficient magnet steel stickup tooling of ejection type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910229858.8A CN109921579A (en) | 2019-03-25 | 2019-03-25 | A kind of efficient magnet steel stickup tooling of ejection type |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109921579A true CN109921579A (en) | 2019-06-21 |
Family
ID=66966743
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910229858.8A Withdrawn CN109921579A (en) | 2019-03-25 | 2019-03-25 | A kind of efficient magnet steel stickup tooling of ejection type |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109921579A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113104569A (en) * | 2021-03-08 | 2021-07-13 | 日立电梯电机（广州）有限公司 | Surface-mounted magnetic steel device and surface-mounted magnetic steel production line |
-
2019
- 2019-03-25 CN CN201910229858.8A patent/CN109921579A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113104569A (en) * | 2021-03-08 | 2021-07-13 | 日立电梯电机（广州）有限公司 | Surface-mounted magnetic steel device and surface-mounted magnetic steel production line |
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Application publication date: 20190621 |
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| WW01 | Invention patent application withdrawn after publication |