CN106363405A - Automatic coil dismounting device on electromagnet - Google Patents
Automatic coil dismounting device on electromagnet Download PDFInfo
- Publication number
- CN106363405A CN106363405A CN201610762236.8A CN201610762236A CN106363405A CN 106363405 A CN106363405 A CN 106363405A CN 201610762236 A CN201610762236 A CN 201610762236A CN 106363405 A CN106363405 A CN 106363405A
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- CN
- China
- Prior art keywords
- depression bar
- framework
- stage clip
- coil
- frame
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P19/00—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
- B23P19/04—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes for assembling or disassembling parts
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K15/00—Methods or apparatus specially adapted for manufacturing, assembling, maintaining or repairing of dynamo-electric machines
Abstract
The invention discloses an automatic coil dismounting device on an electromagnet. The device comprises a base (1), a worktable (2) is arranged on the base (1), a driven shaft (3) is rotatably connected to the worktable (2), and is sleeved with a framework (5), a coil (6) to be dismounted is arranged on the framework (5) in a wound manner, one end, close to the worktable (2), of the driven shaft (3) is provided with a first limiting convex ring (8) allowing first radial protrusions (7) on the framework (5) to abut against, and the first limiting convex ring (8) is provided with a horizontal air cylinder (20) in the diameter direction of the driven shaft (3); the output end of the horizontal air cylinder (20) is connected with a flat plate (25), and the flat plate (25) is connected with an inclined rod (26). According to the automatic coil dismounting device on the electromagnet, coil dismounting is convenient and rapid, and labor intensity of operators is small.
Description
Technical field
The present invention relates to electric magnet technical field, automatic clearing equipment on more particularly, to a kind of electric magnet.
Background technology
Electric magnet mainly includes coil, iron core and armature three part, and iron core is typically all static, and coil is contained in iron core
On, after coil electricity, iron core and armature are magnetized, and become opposite polarity two blocks of Magnet, thus driving armature to make reciprocal fortune
Dynamic.And electromagnet coil skeleton is for around installing coil, electromagnet coil skeleton includes the coil rack basis being provided with axially extending bore
Body, electromagnet ontology be respectively arranged at two ends with radial convex loop.Wherein, coil installs around on coil rack body, positioned at two footpaths
To between the axial gap of bulge loop.In prior art, when the electric magnet coil scrapped is recycled, need line
Coil is disassembled from skeleton by circle；And because coil is longer, be around being contained on skeleton, so making in unloading process. again
Must operate and become more complicated, the labor intensity of dismounting workman is also very big.
Content of the invention
The technical problem to be solved in the present invention is to overcome existing technological deficiency, provides a kind of coil convenient disassembly quick
And automatic clearing equipment on the less electric magnet of labor intensity of operating staff.
The technical solution of the present invention is to provide a kind of automatic clearing equipment on electric magnet with following structure: bag
Include pedestal, pedestal is provided with workbench, workbench be rotatably connected to driven shaft, driven shaft is socketed with skeleton, on skeleton around
Equipped with coil to be removed, on driven shaft near workbench one end be provided with for the first radial protrusion on skeleton against the first limit
Position bulge loop, the first position limiting convex ring is being provided with horizontal air cylinder along driven shaft diametric(al), and horizontal air cylinder outfan is connected with flat board, puts down
It is connected with plate for the brace with the first radial protrusion clamping or disengagement on skeleton；Slide unit, slide unit are slidably connected on pedestal
On be rotatably connected to driving shaft, slide unit be provided with for drive driving shaft rotate motor, driving shaft is socketed with for housing
The framework of the coil disassembling from skeleton, framework is respectively arranged at two ends with the second radial protrusion, driving shaft lower end be provided with for
On framework the second radial protrusion against the second position limiting convex ring, driving shaft is provided with locking gas away from second position limiting convex ring one end
Cylinder, lock-up cylinder outfan is provided with rotating shaft, rotating shaft is rotatably connected to simultaneously for the second radial protrusion clamping on framework or
The first depression bar disengaging and the second depression bar, the first depression bar is arranged in a crossed manner with the second depression bar, and between the first depression bar and the second depression bar
Be connected with the first stage clip, driving shaft be provided with respectively supply the first depression bar, the second depression bar against the first straight pin and the second cylinder
Pin；Pedestal is provided with for driving slide unit vertically reciprocating vertical cylinder, and framework sets on the second radial protrusion
There is multigroup clamping device for clamping coil free end, straight hole that every stack clamping device includes passing through for coil free end, push away
Bar, stepped hole, the second stage clip and pressing plate, straight hole runs through the second radial protrusion wall thickness along framework axis direction, and stepped hole is along second
The setting of radial protrusion diametric(al), stepped hole one end and straight hole insertion, the other end and the second radial protrusion periphery wall insertion, push rod
It is slidably connected on stepped hole, pressing plate revolves and on stepped hole, and the second stage clip is socketed on push rod, and push rod is provided with for second
The projection of stage clip positioning；On every stack clamping device, to the distance of framework axis, many stack clamping devices are around framework circumference for straight hole
Direction is spaced apart；Described workbench is provided with multigroup friction wheel assembly for contacting with driven shaft periphery wall, multigroup rubs
Wipe wheel assembly spaced apart on the table around skeleton axis, every group of friction wheel assembly is included for being rolled with driven shaft periphery wall
Roller, gyroaxis, guide pad, guide post and the 3rd stage clip connecting, guide post is fixedly connected on the table, and guide pad is socketed
On the guide bar, and guide pad is slidably connected on the table by dovetail groove, the 3rd stage clip is socketed on guide post, gyroaxis
Be arranged vertically on guide pad, roller is rotatably connected on gyroaxis, on guide post away from skeleton one end be provided with for
Push against the block of the 3rd stage clip, the 3rd stage clip is located between block and guide pad end, and roller periphery wall is socketed with rubber layer；
Pedestal is respectively equipped with the first frame and the second frame, the first machine in the coil above and below between driving shaft and driven shaft
First roller and the second roller are rotatably connected to respectively on frame and the second frame, coil be located at the first roller and the second roller it
Between；Pedestal is provided with guide pin bushing, and the second housing slide is connected in guide pin bushing, is provided with lead in guide pin bushing, and the second frame is provided with confession
The blind hole that lead slides, the second frame is socketed with the 4th stage clip, the second frame is provided with limited block, and the 4th stage clip one end is supported
Lean against on limited block, the other end is resisted against on guide pin bushing.
The present invention passes through the skeleton installing around coil is placed on driven shaft, and this skeleton is clamped in driven shaft by brace
On, driven shaft synchronous axial system can be followed；Subsequently, the frame hub not installing around coil is connected on driving shaft, and presses by first
Framework is clamped on active shaft end for bar and the second depression bar；Then, the free end of skeleton coil is snapped fit onto second radially
In straight hole in projection, and coil free end is pressed on straight hole inwall by push rod end, thus completing to coil free end
Clamping；Then, motor operations to be to drive driving shaft turnover and then by the coil on skeleton gradually around being attached on framework, and,
Vertical cylinder works to drive slide unit and driving shaft vertically back and forth to lift simultaneously, thus can be by skeleton coil
All transfer in the axial gap of two the second radial protrusions on framework；Wherein, so that framework can house many
The coil disassembling on individual skeleton, now to arrange on the second radial protrusion many stack clamping devices can successively to multiple coils from
It is clamped by end, specifically, after a coil dismounting finishes, the coil that framework installs around gets more and more, that is, on framework
The radial thickness of coil becomes big, becomes larger with framework radial thickness and will will be close to the straight hole of framework axial location to covering
Fall, a remaining straight hole away from framework axis is available for free end on follow-up coil and passes through, and which achieves same framework can
It is clamped with the free end to multiple coils, followed by the line disassembling on accommodating multiple coils；In addition, passing through friction pulley
The setting of assembly can be slowed down to driven shaft, and roller is subject to the elastic force effect of the 3rd stage clip that driven shaft periphery wall is applied
One active force, it is to avoid driven shaft is persistently subject to the active force passing over by coil on driving shaft to turn faster and faster, and leads to
Cross the roller setting contacting with driven shaft periphery wall and can ensure that driven shaft and driving shaft synchronous axial system.Further, roll by first
Son can carry out spacing that is to say, that coil free end is when being input to framework to coil free end with the setting of the second roller
Position be limited at all the time in the gap between the first roller and the second roller, which improves coil and receive when being attached to framework
Precision, indirectly improve after coil is received into framework becomes more neat；And led by being connected to the second housing slide
Put, and be provided with guide pin bushing for promoting the second frame near the 4th stage clip of the first frame, so that coil is freely
End is clamped, and when driven shaft upper skeleton coil is all dismantled and motor stops operating, coil free end can be clamped
Between the first roller and the second roller, that is, coil free end will not only be scattered in frame perimeter.In sum, the present invention is led to
Cross electric tool and the coil on driven shaft is transferred on driving shaft, whole dismounting process is convenient and swift, also reduces operator
The labor intensity of member；And, multiple coils can be installed around on a framework by the setting of many stack clamping devices to disassemble
Line, improve removal efficiency.Therefore, the present invention provides a kind of coil convenient disassembly fast and labor intensity of operating staff is less
Electric magnet on automatic clearing equipment.
Arrange along skeleton diametric(al) as a kind of preferred, described guide post.By this preferably so that guide pad is along bone
The diametric(al) of frame is slided, and then to be connected to the active force that guide pad upper roller is applied on driven shaft be also straight along skeleton
Footpath direction.
As one kind preferably, described driven shaft bottom is rotatably connected on workbench by bearing.By this preferably,
So that driven shaft more smoothes out with respect to the rotation of workbench, and then improve stablizing of transmission between driven shaft and driving shaft
Property.
As a kind of preferably, between the first described depression bar and the second depression bar are located between the first straight pin and the second straight pin
Swing in gap.By this preferably, on the one hand the first depression bar and the second depression bar can be given by the first straight pin and the second straight pin
Rotation provide and support, on the other hand, can also be by the first straight pin and the second straight pin to the first depression bar and the second depression bar
Rotation carry out spacing.
Preferably first described stage clip one end is hinged with the first depression bar upper end as a kind of, the other end and the second depression bar
Upper end is hinged.By this preferably, the first depression bar and the second depression bar can be strutted by the setting of the first stage clip, and then make the
The second radial protrusion is pressed on driving shaft for one depression bar and the second depression bar.
As one kind preferably, described lock-up cylinder is along axis direction setting, the first depression bar and second depression bar of driving shaft
It is symmetricly set on rotating shaft both sides.By this preferably, improve the first depression bar and synchronicity that the second depression bar swings is so that the first depression bar
More steady with the transmission of the second depression bar.
As a kind of preferably, on described driving shaft away from second position limiting convex ring one end be provided with for house the first depression bar,
The breach of the second depression bar, lock-up cylinder and rotating shaft.By this preferably, the space availability ratio of active shaft end can be improved so that
Driving shaft end construction is compacter.
As a kind of preferred, described push rod is provided with the draw ring hand-held for operator away from straight hole one end.By this
Preferably, the hand-held draw ring of operator can be facilitated, and then pull push rod to slide in step in the hole.
As one kind preferably, second stage clip one end and pressing plate abutting, the other end and projection abutting.By this preferably, permissible
Push rod is promoted to slide in step in the hole by the second stage clip, thus push rod free end is push coil free end being resisted against in straight hole
On wall.
As one kind preferably, described vertical cylinder outfan is connected with slide unit.By this preferably, vertical gas can be passed through
Cylinder drives slip and driving shaft to make reciprocal lifting action in vertical direction.
Brief description
Fig. 1 is the structural representation of the present invention.
Fig. 2 is the partial enlarged drawing in the present invention.
Fig. 3 is the structural representation of framework.
Fig. 4 is the side view of framework.
Fig. 5 is driving shaft end construction schematic diagram.
Shown in figure: 1, pedestal, 2, workbench, 3, driven shaft, 5, skeleton, 6, coil, the 7, first radial protrusion, 8, first
Position limiting convex ring, 9, slide unit, 10, driving shaft, 11, framework, the 12, second radial protrusion, the 13, second position limiting convex ring, 14, locking gas
Cylinder, 15, straight hole, 16, push rod, 17, stepped hole, the 18, second stage clip, 19, pressing plate, 20, horizontal air cylinder, 21, projection, 22, breach,
23rd, bearing, 24, draw ring, 25, flat board, 26, brace, 27, rotating shaft, the 28, first depression bar, the 29, second depression bar, the 30, first stage clip,
31st, the first straight pin, the 32, second straight pin, 33, vertical cylinder, 34, roller, 35, guide pad, 36, guide post, the 37, the 3rd pressure
Spring, 38, block, 39, gyroaxis, the 40, first frame, the 41, second frame, the 42, first roller, the 43, second roller, 44, guide pin bushing,
45th, lead, 46, blind hole, the 47, the 4th stage clip, 48, limited block, 50, motor.
Specific embodiment
The invention will be further described with reference to the accompanying drawings and detailed description.
The operation principle of the present invention:
As illustrated, first, skeleton is socketed on driven shaft, horizontal air cylinder work is to drive flat board and brace near the
One radial protrusion, till brace is connected on the first radial protrusion；
The framework not installing around coil is socketed on driving shaft, lock-up cylinder works to drive rotating shaft along driving shaft axis
Direction is moved, thus driving the first depression bar and the second depression bar to swing around the shaft, the first stage clip struts the first depression bar and the second depression bar,
The first depression bar and the second depression bar is made to bear against on the first straight pin and the second straight pin, until the first depression bar and the second pressure
Till bar is connected on the second radial protrusion；
Pull draw ring so that push rod end is disengaged with straight hole inwall, subsequently, pull the free end on shaped framework coil, by line
Circle free end passes through straight hole, then unclamps draw ring, and push rod can promote push rod free end to be resisted against under the elastic force effect of the second stage clip
On straight hole inwall, thus completing the clamping and positioning to coil free end；So, coil free end is when rotating around driving shaft
Would not occur loosening；
Motor and vertical cylinder work simultaneously, and motor drives driving shaft to have enough to meet the need on slide unit, and the driving shaft of rotation can be gradually
By the coil on skeleton around being attached on framework；Vertical cylinder drives slide unit and driving shaft vertically back and forth to lift, thus will
Coil is distributed on framework along the axis of driving shaft, it is to avoid coil flocks together and is contained on framework；
After on a skeleton coil is all received to framework, horizontal air cylinder stretches out to release brace to the first footpath
To raised constraint, skeleton is taken out on driven shaft；The skeleton that the next one installs around coil is put on driven shaft, again again
Set and Positioning, and coil free end is passed through (framework second radial direction on the straight hole away from driving shaft axis on the second radial protrusion
The straight hole position do not covered by coil in projection), after clamping finishes, motor and vertical cylinder work on, thus will wait to tear open
The skeleton unloading completes coil dismantlement work successively.
On electric magnet of the present invention, automatic clearing equipment includes pedestal 1, and pedestal 1 is provided with workbench 2, and workbench 2 rotates
It is connected with driven shaft 3, driven shaft 3 is socketed with skeleton 5, skeleton 5 installs around coil 6 to be removed, near work on driven shaft 3
Station 2 one end be provided with for the first radial protrusion 7 on skeleton 5 against the first position limiting convex ring 8, the first position limiting convex ring 8 along from
Moving axis 3 diametric(al) is provided with horizontal air cylinder 20, and horizontal air cylinder 20 outfan is connected with flat board 25, flat board 25 is connected with for
The brace 26 of the first radial protrusion 7 clamping or disengagement on skeleton 5；Slide unit 9 is slidably connected on pedestal 1, slide unit 9 rotates and connects
Have driving shaft 10, slide unit 9 is provided with the motor 50 for driving driving shaft 10 to rotate, driving shaft 10 is socketed with for accommodating from
The framework 11 of the coil 6 disassembling on skeleton 5, framework 11 is respectively arranged at two ends with the second radial protrusion 12, driving shaft 10 lower end
Be provided with for the second radial protrusion 12 on framework 11 against the second position limiting convex ring 13, away from the second position limiting convex ring on driving shaft 10
13 one end are provided with lock-up cylinder 14, and lock-up cylinder 14 outfan is provided with rotating shaft 27, rotating shaft 27 is rotatably connected to simultaneously for
First depression bar 28 of the second radial protrusion 12 clamping or disengagement and the second depression bar 29, the first depression bar 28 and the second depression bar on framework 11
29 is arranged in a crossed manner, and is connected with the first stage clip 30 between the first depression bar 28 and the second depression bar 29, and driving shaft 10 is provided with and supplies respectively
First depression bar 28, the second depression bar 29 against the first straight pin 31 and the second straight pin 32；Pedestal 1 is provided with for driving slide unit
9 vertically reciprocating vertical cylinders 33, on framework 11 second radial protrusion 12 be provided with multigroup for clamping coil 6
The clamping device of free end, straight hole 15 that every stack clamping device includes passing through for coil 6 free end, push rod 16, stepped hole 17,
Two stage clips 18 and pressing plate 19, straight hole 15 runs through the second radial protrusion 12 wall thickness along framework 11 axis direction, and stepped hole 17 is along second
The setting of radial protrusion 12 diametric(al), stepped hole 17 one end and straight hole 15 insertion, the other end and the second radial protrusion 12 periphery wall
Insertion, push rod 16 is slidably connected on stepped hole 17, and pressing plate 19 revolves and on stepped hole 17, and the second stage clip 18 is socketed in push rod 16
On, push rod 16 is provided with the projection 21 for the second stage clip 18 positioning；On every stack clamping device, straight hole 15 arrives framework 11 axis
Distance, many stack clamping devices are multiple circumferentially spaced around framework 11；Described workbench 2 be provided with multigroup for from
The friction wheel assembly of moving axis 3 periphery wall contact, multigroup friction wheel assembly is distributed on workbench 2 around skeleton 5 axis, every group
Friction wheel assembly is included for rolling the roller 34 being connected, gyroaxis 39, guide pad 35, guide post 36 with driven shaft 3 periphery wall
With the 3rd stage clip 37, guide post 36 is fixedly connected on workbench 2, and guide pad 35 is socketed on guide post 36, and guide pad 35
It is slidably connected on workbench 2 by dovetail groove, the 3rd stage clip 37 is socketed on guide post 36, gyroaxis 39 vertically sets
Put on guide pad 35, roller 34 is rotatably connected on gyroaxis 39, guide post 36 is provided with for pushing against away from skeleton 5 one end
The block 38 of the 3rd stage clip 37, the 3rd stage clip 37 is located between block 38 and guide pad 35 end, and roller 34 periphery wall is socketed
There is rubber layer；Pedestal 1 is respectively equipped with the first frame 40 in coil 6 above and below between driving shaft 10 and driven shaft 3
With the second frame 41, the first frame 40 and the second frame 41 are rotatably connected to the first roller 42 and the second roller 43, line respectively
Circle 6 is located between the first roller 42 and the second roller 43；Pedestal 1 is provided with guide pin bushing 44, and the second frame 41 is slidably connected at guide pin bushing
In 44, in guide pin bushing 44, it is provided with lead 45, the second frame 41 is provided with the blind hole 46 slided for lead 45, in the second frame 41
It is socketed with the 4th stage clip 47, the second frame 41 is provided with limited block 48, and the 4th stage clip 47 one end is resisted against on limited block 48, another
End is resisted against on guide pin bushing 44；Lead 45 can provide guide effect to the slip of the second frame 41 with the cooperation of blind hole 46, and
The setting of the 4th stage clip 47 is so that the first roller 42 is pushed against with the second roller 43.By the first roller 42 and the second roller 43
Setting so that position that coil 6 is input to during framework 11 obtain spacing, it is to avoid coil 6 follow left end skeleton 5 move axially and
During close right-hand member framework 11, also free end is changing up and downly.That is, the second radial protrusion 12 be provided with multiple straight
Hole 15, and each straight hole 15 apart from the distance of framework 11 axis is.Wherein, skeleton 5 is respectively arranged at two ends with first radially
Raised 7, framework 9 is respectively arranged at two ends with the second radial protrusion 12, as shown in Figure 1；Motor 50 outfan is connected with driving shaft 10；Bone
It is equipped with axial through hole, to facilitate skeleton 5 and framework 9 to cover respectively and be connected on driven shaft 3 and driving shaft 10 on frame 5 and framework 9；
Guide pad 35 can be resisted against on the periphery wall of driven shaft 3 with pushing rolling wheels 34 under the elastic force effect of the 3rd stage clip 37 all the time；Separately
Outward, friction system when roller 34 rolls with respect to driven shaft 3 periphery wall can be improved by roller 34 periphery wall cladding rubber layer
Number.
Described guide post 36 is arranged along skeleton 5 diametric(al).
Described driven shaft 3 bottom is rotatably connected on workbench 2 by bearing 23.
The first described depression bar 28 and the second depression bar 29 are located in gap between the first straight pin 31 and the second straight pin 32
Swing.
Described the first stage clip 30 one end is hinged with the first depression bar 28 upper end, and the other end and the second depression bar 29 upper end are cut with scissors
Connect.
Described lock-up cylinder 14 is symmetrical arranged along the axis direction setting of driving shaft, the first depression bar 28 with the second depression bar 29
In rotating shaft 27 both sides.
It is provided with for housing the first depression bar 28, the second depression bar away from the second position limiting convex ring 13 one end on described driving shaft 10
29th, the breach 22 of lock-up cylinder 14 and rotating shaft 27.
It is provided with for the hand-held draw ring of operator 24 away from straight hole 15 one end on described push rod 16.
Second stage clip 18 one end and pressing plate 19 push against, and the other end is pushed against with projection 21.
Described vertical cylinder 33 outfan is connected with slide unit 9.
The foregoing is only presently preferred embodiments of the present invention, be not intended to limit protection scope of the present invention.All at this
Within bright claim, any modification, equivalent and improvement of being made etc., should be included in protection scope of the present invention it
Interior.
Claims (10)
1. on a kind of electric magnet automatic clearing equipment it is characterised in that: it includes pedestal (1), and pedestal (1) is provided with workbench
(2), workbench (2) is rotatably connected to driven shaft (3), driven shaft (3) is socketed with skeleton (5), skeleton (5) installs around and needs
The coil (6) of dismounting, upper being provided near workbench (2) one end of driven shaft (3) is supported for upper first radial protrusion of skeleton (5) (7)
The first position limiting convex ring (8) leaning on, the first position limiting convex ring (8) is being provided with horizontal air cylinder (20), level along driven shaft (3) diametric(al)
Cylinder (20) outfan is connected with flat board (25), flat board (25) is connected with for blocking with upper first radial protrusion of skeleton (5) (7)
The brace (26) connecing or disengaging；Slide unit (9) is slidably connected on pedestal (1), slide unit (9) is rotatably connected to driving shaft (10),
Slide unit (9) is provided with the motor (50) for driving driving shaft (10) to rotate, and driving shaft (10) is socketed with for accommodating from bone
The framework (11) of the coil (6) disassembling on frame (5), framework (11) is respectively arranged at two ends with the second radial protrusion (12), actively
Axle (10) lower end be provided with for upper second radial protrusion of framework (11) (12) against the second position limiting convex ring (13), driving shaft (10)
On be provided with lock-up cylinder (14) away from the second position limiting convex ring (13) one end, lock-up cylinder (14) outfan is provided with rotating shaft (27), turn
It is rotatably connected on axle (27) for the first depression bar with framework (11) upper second radial protrusion (12) clamping or disengagement simultaneously
(28) and the second depression bar (29), the first depression bar (28) is arranged in a crossed manner with the second depression bar (29), and the first depression bar (28) and the second pressure
It is connected with the first stage clip (30), driving shaft (10) is provided with and supplies the first depression bar (28), the second depression bar (29) respectively between bar (29)
Against the first straight pin (31) and the second straight pin (32)；Pedestal (1) is provided with for driving slide unit (9) vertically past
The vertical cylinder (33) of multiple motion, upper second radial protrusion of framework (11) (12) is provided with multigroup free for clamping coil (6)
The clamping device at end, straight hole (15) that every stack clamping device includes passing through for coil (6) free end, push rod (16), stepped hole
(17), the second stage clip (18) and pressing plate (19), straight hole (15) runs through the second radial protrusion (12) wall along framework (11) axis direction
Thickness, stepped hole (17) is along the setting of the second radial protrusion (12) diametric(al), stepped hole (17) one end and straight hole (15) insertion, another
End and the second radial protrusion (12) periphery wall insertion, push rod (16) is slidably connected on stepped hole (17), pressing plate (19) rotation and
On stepped hole (17), the second stage clip (18) is socketed on push rod (16), and push rod (16) is provided with for the second stage clip (18) positioning
Projection (21)；On every stack clamping device, straight hole (15) arrives the distance of framework (11) axis, and many stack clamping devices are around framework
(11) multiple circumferentially spaced；Described workbench (2) is provided with multigroup friction for contacting with driven shaft (3) periphery wall
Wheel assembly, multigroup friction wheel assembly is distributed on workbench (2) around skeleton (5) axis, and every group of friction wheel assembly includes using
In the roller (34) being connected with the rolling of driven shaft (3) periphery wall, gyroaxis (39), guide pad (35), guide post (36) and the 3rd
Stage clip (37), guide post (36) is fixedly connected on workbench (2), and guide pad (35) is socketed on guide post (36), and guides
Block (35) is slidably connected on workbench (2) by dovetail groove, and the 3rd stage clip (37) is socketed on guide post (36), gyroaxis
(39) it is arranged vertically on guide pad (35), roller (34) is rotatably connected on gyroaxis (39), on guide post (36)
Away from skeleton (5) one end be provided with for push against the 3rd stage clip (37) block (38), the 3rd stage clip (37) be located at block (38) with
Between guide pad (35) end, roller (34) periphery wall is socketed with rubber layer；Pedestal (1) positioned at driving shaft (10) with driven
Coil (6) above and below between axle (3) is respectively equipped with the first frame (40) and the second frame (41), the first frame (40) and
First roller (42) and the second roller (43) are rotatably connected on the second frame (41), coil (6) is located at the first roller respectively
(42) between and the second roller (43)；Pedestal (1) is provided with guide pin bushing (44), and the second frame (41) is slidably connected at guide pin bushing (44)
Interior, it is provided with lead (45) in guide pin bushing (44), the second frame (41) is provided with the blind hole (46) slided for lead (45), second
4th stage clip (47) is socketed with frame (41), the second frame (41) is provided with limited block (48), the 4th stage clip (47) one end is supported
Lean against on limited block (48), the other end is resisted against on guide pin bushing (44).
2. on electric magnet according to claim 1 automatic clearing equipment it is characterised in that: described guide post (36) is along bone
Frame (5) diametric(al) is arranged.
3. on electric magnet according to claim 1 automatic clearing equipment it is characterised in that: described driven shaft (3) lower end
Portion is rotatably connected on workbench (2) by bearing (23).
4. on electric magnet according to claim 1 automatic clearing equipment it is characterised in that: described the first depression bar (28) with
Second depression bar (29) is located in gap between the first straight pin (31) and the second straight pin (32) and swings.
5. on electric magnet according to claim 1 automatic clearing equipment it is characterised in that: the first described stage clip (30)
End is hinged with the first depression bar (28) upper end, and the other end is hinged with the second depression bar (29) upper end.
6. on electric magnet according to claim 1 automatic clearing equipment it is characterised in that: described lock-up cylinder (14) edge
The axis direction setting of driving shaft, the first depression bar (28) and the second depression bar (29) are symmetricly set on rotating shaft (27) both sides.
7. on electric magnet according to claim 1 automatic clearing equipment it is characterised in that: described driving shaft (10) is upper remote
It is provided with for housing the first depression bar (28), the second depression bar (29), lock-up cylinder (14) and turning from the second position limiting convex ring (13) one end
The breach (22) of axle (27).
8. on electric magnet according to claim 1 automatic clearing equipment it is characterised in that: on described push rod (16) away from
Straight hole (15) one end is provided with for the hand-held draw ring of operator (24).
9. on electric magnet according to claim 1 automatic clearing equipment it is characterised in that: the second stage clip (18) one end and pressure
Plate (19) pushes against, and the other end is pushed against with projection (21).
10. on electric magnet according to claim 1 automatic clearing equipment it is characterised in that: described vertical cylinder (33)
Outfan is connected with slide unit (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610762236.8A CN106363405A (en) | 2016-08-29 | 2016-08-29 | Automatic coil dismounting device on electromagnet |
Applications Claiming Priority (1)
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| CN202818021U (en) * | 2012-08-27 | 2013-03-20 | 中国神华能源股份有限公司 | Coil remover |
| CN103107651A (en) * | 2011-11-10 | 2013-05-15 | 陈其根 | Combined stator winding disconnecting machine |
| CN203919335U (en) * | 2014-02-15 | 2014-11-05 | 韩文强 | A kind of hood top cover mould die lifter |
| CN204145208U (en) * | 2014-09-03 | 2015-02-04 | 湖北万邦机电发展有限公司 | Stator coil ripping device |
| CN104417577A (en) * | 2013-09-03 | 2015-03-18 | 西安志越机电科技有限公司 | Anti-disengaging device for mine cars |
| CN204242954U (en) * | 2014-11-05 | 2015-04-01 | 苏州西门子电器有限公司 | Automatic clearing device |
| CN204711889U (en) * | 2015-06-13 | 2015-10-21 | 王迪蔚 | Manipulator |
| CN205419274U (en) * | 2016-02-03 | 2016-08-03 | 清远市瑞鑫再生物资有限公司 | Even winding stand winds |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4339863A (en) * | 1980-10-08 | 1982-07-20 | Andrew Block | Lock opening tool |
| CN201721436U (en) * | 2010-05-06 | 2011-01-26 | 袁植柏 | Release type brake device of automobile deflection wheel |
| CN102476767A (en) * | 2010-11-24 | 2012-05-30 | 乐金电子(天津)电器有限公司 | Control wheel type invariable speed wire return reel of vacuum cleaner |
| CN103107651A (en) * | 2011-11-10 | 2013-05-15 | 陈其根 | Combined stator winding disconnecting machine |
| CN202818021U (en) * | 2012-08-27 | 2013-03-20 | 中国神华能源股份有限公司 | Coil remover |
| CN104417577A (en) * | 2013-09-03 | 2015-03-18 | 西安志越机电科技有限公司 | Anti-disengaging device for mine cars |
| CN203919335U (en) * | 2014-02-15 | 2014-11-05 | 韩文强 | A kind of hood top cover mould die lifter |
| CN204145208U (en) * | 2014-09-03 | 2015-02-04 | 湖北万邦机电发展有限公司 | Stator coil ripping device |
| CN204242954U (en) * | 2014-11-05 | 2015-04-01 | 苏州西门子电器有限公司 | Automatic clearing device |
| CN204711889U (en) * | 2015-06-13 | 2015-10-21 | 王迪蔚 | Manipulator |
| CN205419274U (en) * | 2016-02-03 | 2016-08-03 | 清远市瑞鑫再生物资有限公司 | Even winding stand winds |
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