CN207968243U - A kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling - Google Patents
A kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling Download PDFInfo
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- CN207968243U CN207968243U CN201820281344.8U CN201820281344U CN207968243U CN 207968243 U CN207968243 U CN 207968243U CN 201820281344 U CN201820281344 U CN 201820281344U CN 207968243 U CN207968243 U CN 207968243U
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Abstract
The utility model is related to the assembly tooling technical field of generator component, more particularly to a kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling is fixed with bottom plate on the surface of frame；It is provided with bar shape trench hole on the stack shell of magnetic cylinder mounting cylinder；No magnetic sliding axle one end is provided with pressure pad；Pressure pad extend into the inner cavity of magnetic cylinder mounting cylinder after bar shape trench hole；It is provided with baffle ring on the axle body of no magnetic sliding axle；Spring compression is between baffle ring and fixing sleeve；Pulling shaft mechanism is provided on frame；Pulling shaft mechanism one end is mutually fixedly connected with no magnetic sliding axle other end；Magnetic cylinder angle positioning device one end is fixed on riser.When the utility model is used, pass through the assembly tooling, avoid the collision fragmentation that permanent magnet is generated because that can not fix, reduce magnet scrappage, the permanent magnet of same permanent magnet mounting groove is installed, and is no longer needed to wait for bonding agent solidification, is improved the installation effectiveness of magnet to the utmost, cost of labor is reduced, labor intensity is reduced.
Description
Technical field
The present invention relates to the assembly tooling technical field of generator component, more particularly to a kind of underground rotor of permanent-magnetic power generator
Magnetic cylinder assembly tooling.
Background technology
Measurement while drilling logging system and rotary steering system play vital work in current oil-drilling field
With.In the instrument course of work, need to the underground electronic surveying module and rotary steering system of measurement while drilling logging system
It is oriented to control module power supply, because underground is not returned to the cable conductor on ground, power supply must be positioned at underground.Down-hole power
There are two kinds of a lithium battery group and down-hole turbogenerator, that there are high temperature resistances is poor for lithium battery group（125 DEG C of ＜）, service life it is short
（＜ 200h）, the shortcomings such as small, poor safety performance of output power just gradually take by down-hole turbogenerator power supply in recent years
Generation.
Down-hole turbogenerator is permanent magnet generator, and generator amature magnetic cylinder is its important component, by magnetic cylinder component and magnetic
Cylinder sleeve is composed, and the two is assembled by interference/transition fit system, and magnetic cylinder component magnetic cylinder matrix is assembled with permanent magnet.
It being limited by operating temperature and torque delivery request, down-hole turbogenerator rotor magnetic cylinder permanent magnet selects samarium-cobalt permanent-magnetic material, this
Kind material has higher magnetic energy product（14-28MGs.Oe）With reliable coercivity, maximum operating temperature is up to 350 DEG C；And
When 180 DEG C of operating temperature or more, and temperature stability and chemical stability are more than other permanent-magnet materials, but with frangible
Disadvantage.
Generator amature magnetic cylinder permanent magnet is usually 6 groups（12）, by 60 ° of circle distributions magnetic cylinder matrix 6 permanent magnetism
In body groove, 2 permanent magnets in same groove are same pole, and 2 groups of permanent magnets in adjacent trenches are opposite magnetic pole.Permanent magnetism
Body is fixed on by bonding agent in the groove of generator amature magnetic cylinder matrix, and bonding agent used is high temperature resistant adhesive, needs 24
The hardening time of hour.
Four steps of specific operation process point of permanent magnet bonding in the prior art：The first step：With a cylindrical sleeve with gap
In generator amature magnetic cylinder matrix outer, gap position corresponds to a permanent magnet groove；Second：It will be in this permanent magnet groove
High temperature resistant adhesive is spread in painting, then 1 permanent magnet is placed on side in this groove；Third portion：The cylinder with gap is rotated, by it
Opening position corresponds to next permanent magnet groove, repeats step 2（Permanent magnet in adjacent trenches is opposite magnetic pole）, until 6
All 6 permanent magnets are glued in one end of permanent magnet groove；4th：It waits for second day (after 24 hours）Adhesive permanent magnetism body ditch again
The permanent magnet of the slot other end.After the completion of magnetic cylinder component bonding, then by it by forcing press indentation magnetic cylinder sleeve, that is, completing the whole series
The assembly of magnetic cylinder.
Existing operating process exists following insufficient：1. in 2 permanent magnets being bonded in same permanent magnet groove, 2 forever
Magnet easily collides fragmentation because mutually exclusive, and permanent magnet scrappage is high；2. because need to wait for 24 hours bonding agent hardening time after
It can complete all to be bonded work, working efficiency is low；3. the bonding of permanent magnet and the assembly of magnetic cylinder are two independent processes,
Manual operations is needed, human cost is wasted.
Invention content
In view of the defects and deficiencies of the prior art, the present invention intends to provide a kind of high efficiency, low-loss undergrounds
Rotor of permanent-magnetic power generator magnetic cylinder assembly tooling.
To achieve the above object, the technical solution adopted by the present invention is：
A kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling of the present invention, it includes frame, is slided without magnetic
Axis and magnetic cylinder angle positioning device；It is fixed with bottom plate on the surface of the frame；It is fixed with riser on the bottom plate；The riser
On be fixed with magnetic cylinder mounting cylinder and inclined plate；The left and right ends of the magnetic cylinder mounting cylinder are respectively arranged with magnetic cylinder liftout attachment and cylinder sleeve
Press-in device；It is provided with bar shape trench hole on the stack shell of the magnetic cylinder mounting cylinder；The inner cavity of the bar shape trench hole and magnetic cylinder mounting cylinder
It is connected；The end of the inclined plate is fixed with fixing sleeve；The endoporus of the fixing sleeve and the axle body of no magnetic sliding axle match；Institute
No magnetic sliding axle is stated to be arranged in the top of magnetic cylinder mounting cylinder；Described no magnetic sliding axle one end is provided with pressure pad；The pressure pad passes through
The inner cavity of magnetic cylinder mounting cylinder is extend into after bar shape trench hole；It is provided with baffle ring on the axle body of the no magnetic sliding axle；The no magnetic is slided
Spring is cased on moving axis；The spring compression is between baffle ring and fixing sleeve；Pulling shaft mechanism is provided on the frame；The drawing
Axis mechanism one end is mutually fixedly connected with no magnetic sliding axle other end；Described magnetic cylinder angle positioning device one end is fixed on riser.
Further, the magnetic cylinder angle positioning device includes torsion spring fixed shaft, corner positioning plate, torsional spring, positioning pin
With interior positioning sleeve；The corner positioning plate is locked on riser；The torsion spring set is in torsion spring fixed shaft；The torsional spring one
End is fixed on riser, and the torsional spring other end is fixed on corner positioning plate；The company of sliding between the interior positioning sleeve and magnetic cylinder matrix
It connects；There are six location holes for circumference uniform distribution on the lateral wall of the interior positioning sleeve；The positioning pin matches with location hole；It is described fixed
Position hole is circumferentially distributed on interior positioning sleeve；Described positioning pin one end is fixed on the lateral wall of corner positioning plate, and positioning pin is another
End is inserted into location hole；It is provided with positioning key on the lateral wall of the interior positioning sleeve.
Further, the magnetic cylinder liftout attachment includes cylinder, copper axis and copper axis sliding sleeve；The cylinder and copper axis sliding sleeve
It is each attached on the surface of bottom plate；The endoporus of copper shaft sliding sleeve and the axle body of copper axis match；Copper shaft sliding sleeve is sleeved on copper
Outside axis；Copper shaft one end is mutually fixedly connected with the tailpiece of the piston rod of cylinder；The copper axis other end is provided with push plate.
Further, the cylinder sleeve press-in device includes guide rail, U-shaped part, connecting rod, disk and disk fixed seat；It is described
Guide rail and disk fixed seat are each attached on bottom plate；One end of the U-shaped part end face face magnetic cylinder mounting cylinder；The U-shaped part
The other end is provided with baffle ring；It is arranged in parallel between the direction and the axis direction of magnetic cylinder mounting cylinder of the guide rail；It is described U-shaped
The bottom of part is provided with the sliding block to match with guide rail；The sliding block is inserted into guide rail；The disk fixed seat and disk
It is rotatablely connected between the centre of gyration；Described connecting rod one end is hinged at the eccentric position of disk；The connecting rod other end and U-shaped part
Top be hinged.
Further, the bottom of the disk is fixed with switch touching bar；The switch touching bar is arranged in the inclined of disk
At heart position；It is fixed with relay and contact switch on the bottom plate；The rotation in switch touching bar is arranged in the contact switch
On path；The contact switch is connected with relay；The relay turns on the circuit controller of magnetic cylinder liftout attachment.
Further, it is fixed with handle on the lateral wall of the disk.
Further, it is fixed with transverse slat at the top of the riser；The transverse slat both sides are both provided with magnetic stripe suspension plate.
Further, the pulling shaft mechanism includes the first fixed pulley, cable wire, the second fixed pulley, shaft, straight-bar and third
Fixed pulley；The third fixed pulley is fixed on inclined plate；First fixed pulley is fixed on the top of riser；Described second is fixed sliding
Wheel is fixed on bottom plate；The shaft is fixed on frame；The axle body of described straight-bar one end and shaft is hinged；The straight-bar other end
It is provided with foot pedal；Described cable wire one end is mutually fixedly connected with the shaft of straight-bar；The cable wire other end successively bypass the second fixed pulley,
It is mutually fixedly connected with no magnetic sliding axle after first fixed pulley and third fixed pulley.
With the above structure, the present invention has the beneficial effect that：A kind of underground rotor of permanent-magnetic power generator magnetic of the present invention
Cylinder assembly tooling is fixed with bottom plate on the surface of frame；Riser is fixed on bottom plate；Be fixed on riser magnetic cylinder mounting cylinder and tiltedly
Plate；The left and right ends of magnetic cylinder mounting cylinder are respectively arranged with magnetic cylinder liftout attachment and cylinder sleeve press-in device；The stack shell of magnetic cylinder mounting cylinder
On be provided with bar shape trench hole；The inner cavity of bar shape trench hole and magnetic cylinder mounting cylinder is connected；The end of inclined plate is fixed with fixing sleeve；It is fixed
The endoporus of set and the axle body of no magnetic sliding axle match；No magnetic sliding axle is arranged in the top of magnetic cylinder mounting cylinder；Without magnetic sliding axle
One end is provided with pressure pad；Pressure pad extend into the inner cavity of magnetic cylinder mounting cylinder after bar shape trench hole；It is set on the axle body of no magnetic sliding axle
It is equipped with baffle ring；It is cased with spring on no magnetic sliding axle；Spring compression is between baffle ring and fixing sleeve；Pulling shaft machine is provided on frame
Structure；Pulling shaft mechanism one end is mutually fixedly connected with no magnetic sliding axle other end；Magnetic cylinder angle positioning device one end is fixed on riser.
When using the present invention, the inner cavity of the stack shell and magnetic cylinder mounting cylinder of magnetic cylinder matrix matches；The outer surface circumference of magnetic cylinder matrix is equal
It is furnished with permanent magnet mounting groove；Before permanent magnet is packed into permanent magnet mounting groove, needs pulling shaft mechanism to pull without magnetic sliding axle, make pressure pad
Leave bar shape trench hole a distance；Then magnetic cylinder matrix and interior positioning suit are prepared, are through together on copper axis, and make positioning pin
Into in the one of location hole of interior positioning sleeve, the one of permanent magnet mounting groove of magnetic cylinder matrix naturally with bar shape trench hole pair
Standard, magnetic cylinder matrix are located in magnetic cylinder mounting cylinder by magnetic cylinder angle positioning device, and magnetic cylinder matrix cannot turn with respect to magnetic cylinder mounting cylinder
It is dynamic, high temperature resistant adhesive is squeezed into the permanent magnet mounting groove through bar shape trench hole, is then packed into two pieces simultaneously with magnetic pole forever
Magnet is pressed on after so that pressure pad is passed through bar shape trench hole by pulling shaft mechanism controls on the permanent magnet being just packed into；The permanent magnet is installed
Permanent magnet on slot rotates interior positioning sleeve after installing, pass through the rotation of positioning sleeve in magnetic cylinder angle positioning device location control
Angle makes next permanent magnet mounting groove of magnetic cylinder matrix be directed at the permanent magnetism for carrying out next permanent magnet mounting groove with bar shape trench hole
Body is installed, and installed permanent magnet is pressed on the madial wall of magnetic cylinder mounting cylinder；Permanent magnet on magnetic cylinder matrix is all installed
After, magnetic cylinder housing is placed in U-shaped part；The inner cavity of magnetic cylinder housing and the outer stack shell of magnetic cylinder matrix match；Pass through cylinder sleeve
Press-in device together pushes U-shaped part and magnetic cylinder housing to magnetic cylinder mounting cylinder direction, until magnetic cylinder housing is pressed on the installation of magnetic cylinder
After on the end face of cylinder, the magnetic cylinder matrix ejection magnetic cylinder mounting cylinder for filling permanent magnet and magnetic cylinder is inserted into using magnetic cylinder liftout attachment
In housing, assembly is completed；By the assembly tooling, the collision fragmentation that permanent magnet is generated because that can not fix is avoided, reduces magnetic
Iron scrappage, the permanent magnet installation of same permanent magnet mounting groove no longer need to wait for bonding agent solidification, improve magnet to the utmost
Installation effectiveness, reduce cost of labor, reduce labor intensity.
Description of the drawings
Fig. 1 is the left view of the present invention；
Fig. 2 is the vertical view of the present invention；
Fig. 3 is A in Fig. 1 to sectional view；
Fig. 4 is the big view in the portion sides B in Fig. 1；
Fig. 5 is the portions the C enlarged view in Fig. 3；
Fig. 6 is the structural schematic diagram of magnetic cylinder matrix；
Fig. 7 is the structural schematic diagram of interior positioning sleeve；
Fig. 8 is the structural schematic diagram of magnetic cylinder housing；
Reference sign：
1, the first fixed pulley；2, transverse slat；3, cable wire；4, riser；5, magnetic stripe suspension plate；
6, magnetic cylinder mounting cylinder；601, bar shape trench hole；7, the second fixed pulley；8, shaft；9, straight-bar；
901, foot pedal；10, frame；11, bottom plate；12, guide rail；13, U-shaped part；
1301, sliding block；14, spring；15, fixing sleeve；16, without magnetic sliding axle；1601, baffle ring；
1602, pressure pad；17, third fixed pulley；18, inclined plate；19, cylinder；20, relay；
21, torsion spring fixed shaft；22, copper axis；2201, push plate；23, copper axis sliding sleeve；24, connecting rod；
25, disk；2501, handle；26, switch touching bar；27, contact switch；
8, disk fixed seat；29, corner positioning plate；30, magnetic cylinder matrix；3001, permanent magnet mounting groove；
3002, inner sleeve locating slot；31, magnetic cylinder housing；32, torsional spring；33, positioning pin；
34, interior positioning sleeve；3401, positioning key；3402, location hole.
Specific implementation mode
The present invention will be further described below with reference to the drawings.
As shown in Fig. 1 to Fig. 8 a kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling of the present invention, it includes
Frame 10, without magnetic sliding axle 16 and magnetic cylinder angle positioning device；Bottom plate 11 is fixed on the surface of the frame 10；The bottom plate
Riser 4 is fixed on 11；Magnetic cylinder mounting cylinder 6 and inclined plate 18 are fixed on the riser 4；The left and right two of the magnetic cylinder mounting cylinder 6
End is respectively arranged with magnetic cylinder liftout attachment and cylinder sleeve press-in device；It is provided with bar shape trench hole on the stack shell of the magnetic cylinder mounting cylinder 6
601；The bar shape trench hole 601 and the inner cavity of magnetic cylinder mounting cylinder 6 are connected；The end of the inclined plate 18 is fixed with fixing sleeve 15；
The endoporus of the fixing sleeve 15 and the axle body of no magnetic sliding axle 16 match；The no magnetic sliding axle 16 is arranged in magnetic cylinder mounting cylinder
6 top；Described no 16 one end of magnetic sliding axle is provided with pressure pad 1602；The pressure pad 1602 stretches into after passing through bar shape trench hole 601
To the inner cavity of magnetic cylinder mounting cylinder 6；It is provided with baffle ring 1601 on the axle body of the no magnetic sliding axle 16；On the no magnetic sliding axle 16
It is cased with spring 14；The spring 14 is pressed between baffle ring 1601 and fixing sleeve 15；Pulling shaft mechanism is provided on the frame 10；
Pulling shaft mechanism one end is mutually fixedly connected with no 16 other end of magnetic sliding axle；Described magnetic cylinder angle positioning device one end is fixed on
On riser 4.When using the present invention, the inner cavity of the stack shell and magnetic cylinder mounting cylinder 6 of magnetic cylinder matrix 30 matches；Magnetic cylinder matrix 30
Outer surface is evenly distributed in permanent magnet mounting groove 3001；Before permanent magnet is packed into permanent magnet mounting groove 3001, pulling shaft mechanism is needed
It pulls without magnetic sliding axle 16, pressure pad 1602 is made to leave 601 a distance of bar shape trench hole；Then by magnetic cylinder matrix 30 and interior positioning sleeve
34 assemble, and are through together on copper axis 22, and positioning pin 33 is made to enter in interior 34 one of location hole 3402 of positioning sleeve, magnetic cylinder
30 one of permanent magnet mounting groove 3001 of matrix is aligned with bar shape trench hole 601 naturally, and magnetic cylinder matrix 30 passes through magnetic cylinder corner
Positioning device is located in magnetic cylinder mounting cylinder 6, and magnetic cylinder matrix 30 cannot be rotated relative to magnetic cylinder mounting cylinder 6, through bar shape trench hole 601
High temperature resistant adhesive is squeezed into the permanent magnet mounting groove 3001, is then packed into two pieces simultaneously with magnetic pole permanent magnet, is passed through pulling shaft
Mechanism controls are pressed on after so that pressure pad 1602 is passed through bar shape trench hole 601 on the permanent magnet being just packed into；The permanent magnet mounting groove 3001
On permanent magnet install after rotate in positioning sleeve 34, pass through in magnetic cylinder angle positioning device location control positioning sleeve 34 turn
Dynamic angle makes 30 next permanent magnet mounting groove 3001 of magnetic cylinder matrix be aligned with bar shape trench hole 601 and carries out next permanent magnet peace
The permanent magnet of tankage 3001 is installed, and installed permanent magnet is pressed on the madial wall of magnetic cylinder mounting cylinder 6；On magnetic cylinder matrix 30
Permanent magnet all install after, magnetic cylinder housing 31 is placed in the U-shaped part 13；The inner cavity of magnetic cylinder housing 31 and magnetic cylinder matrix 30
Outer stack shell match；U-shaped part 13 and magnetic cylinder housing 31 are pushed away to 6 direction of magnetic cylinder mounting cylinder together by cylinder sleeve press-in device
It send, after magnetic cylinder housing 31 is pressed on the end face of magnetic cylinder mounting cylinder 6, using magnetic cylinder liftout attachment the magnetic for filling permanent magnet
Cylinder matrix 30 ejects magnetic cylinder mounting cylinder 6 and is inserted into magnetic cylinder housing 31, completes assembly；By the assembly tooling, avoid forever
The collision fragmentation that magnet is generated because that can not fix reduces magnet scrappage, the permanent magnet installation of same permanent magnet mounting groove, nothing
Bonding agent need to be waited for cure again, improve the installation effectiveness of magnet to the utmost, reduce cost of labor, reduce labor intensity.
As a kind of preferred embodiment of the present invention, the magnetic cylinder angle positioning device includes torsion spring fixed shaft 21, corner
Positioning plate 29, torsional spring 32, positioning pin 33 and interior positioning sleeve 34；The corner positioning plate 29 is locked on riser 4；It is designing
When, 21 both ends of torsion spring fixed shaft are both provided with screw thread, the screw threads for fastening that corner positioning plate 29 passes through nut and torsion spring fixed shaft 21
On riser 4；The torsional spring 32 is sleeved in torsion spring fixed shaft 21；32 one end of the torsional spring is fixed on riser 4, and torsional spring 32 is another
End is fixed on corner positioning plate 29；It is slidably connected between the interior positioning sleeve 34 and magnetic cylinder matrix 30；The interior positioning sleeve 34
Lateral wall on circumference uniform distribution there are six location hole 3402；The positioning pin 33 matches with location hole 3402；The location hole
3402 are circumferentially distributed on interior positioning sleeve 34；33 one end of the positioning pin is fixed on the lateral wall of corner positioning plate 29, positioning
33 other end of pin is inserted into location hole 3402；It is provided with positioning key 3401 on the lateral wall of the interior positioning sleeve 34；Positioning pin
33 be plugged into a location hole 3402 after, make to relatively rotate between interior positioning sleeve 34 and positioning pin 33, realize
The positioning in magnetic cylinder mounting cylinder 6 of magnetic cylinder matrix 30；The effect of torsional spring 32 is to make the direction of positioning pin 33 always straight down；Pass through
Positioning sleeve 34 in external force rotation；Positioning pin 33 is under the action of torsional spring 32 automatically into next location hole of interior positioning sleeve 34
In 3402, next permanent magnet mounting groove 3001 of magnetic cylinder matrix 30 is automatically aligned to the bar shape trench hole on magnetic cylinder mounting cylinder 6
601。
As a kind of preferred embodiment of the present invention, the magnetic cylinder liftout attachment includes that cylinder 19, copper axis 22 and copper axis are slided
Set 23；The cylinder 19 and copper axis sliding sleeve 23 are each attached on the surface of bottom plate 11；The endoporus of copper shaft sliding sleeve 23 and copper axis
22 axle body matches；Copper shaft sliding sleeve 23 is sleeved on outside copper axis 22；The tailpiece of the piston rod phase of 22 one end of copper shaft and cylinder 19
It is fixedly connected；It is provided with push plate 2201 on the axle body of 22 other end of copper axis；The diameter of push plate 2201 is more than the interior of magnetic cylinder matrix 30
Bore dia, and less than the outside diameter of magnetic cylinder matrix 30；It is driven by cylinder 19, copper axis 22 is made to be slided on copper axis sliding sleeve 23,
Magnetic cylinder matrix 30 is set to release to outside magnetic cylinder mounting cylinder 6.
As the present invention a kind of preferred embodiment, the cylinder sleeve press-in device include guide rail 12, U-shaped part 13, connecting rod 24,
Disk 25 and disk fixed seat 28；The guide rail 12 and disk fixed seat 28 are each attached on bottom plate 11；Described 13 one end of U-shaped part
One end of face face magnetic cylinder mounting cylinder 6；13 other end of U-shaped part is provided with baffle ring；Pacify with magnetic cylinder in the direction of the guide rail 12
It is arranged in parallel between the axis direction of fitted tube 6；The bottom of the U-shaped part 13 is provided with the sliding block to match with guide rail 12
1301；The sliding block 1301 is inserted into guide rail 12；The company of rotation between the disk fixed seat 28 and the centre of gyration of disk 25
It connects；24 one end of the connecting rod is hinged at the eccentric position of disk 25；24 other end of the connecting rod and the top of U-shaped part 13 are mutually cut with scissors
It connects；U-shaped part 13 is used for the positioning of magnetic cylinder housing 31, after completing the installation of all permanent magnets, magnetic cylinder housing 31 is placed on U-shaped
On part 13, magnetic cylinder housing 31 is set to be aligned with magnetic cylinder matrix 30, then rotating circular disc 25, connecting rod 24 swings and then pushes U-shaped part 13
It is slided on guide rail 12；The magnetic cylinder housing 31 on U-shaped part 13 is set to be pressed on magnetic cylinder mounting cylinder 6.
As a kind of preferred embodiment of the present invention, the bottom of the disk 25 is fixed with switch touching bar 26；The switch
Touching bar 26 is arranged at the eccentric position of disk 25；Relay 20 and contact switch 27 are fixed on the bottom plate 11；It is described
Contact switch 27 is arranged on the rotation path of switch touching bar 26；The contact switch 27 is connected with relay 20；It is described
Relay 20 turns on the circuit controller of magnetic cylinder liftout attachment（It is not shown in figure）On；After the rotation of disk 25, push U-shaped
Part 13 slides, and turns to until magnetic cylinder housing 31 is pressed on 6 Simultaneous Switching of magnetic cylinder mounting cylinder touching bar 26 and is pressed on contact switch
On 27, contact switch 27 is made to act, control relay 20, triggering magnetic cylinder liftout attachment once moves after so that circuit controller is connected
Make.
As a kind of preferred embodiment of the present invention, handle 2501 is fixed on the lateral wall of the disk 25.
As a kind of preferred embodiment of the present invention, the top of the riser 4 is fixed with transverse slat 2；The left and right two of the transverse slat 2
Side is both provided with magnetic stripe suspension plate 5；Magnetic stripe suspension plate 5 is metallic plate, for placing permanent magnet to be installed.
As a kind of preferred embodiment of the present invention, the pulling shaft mechanism, which includes the first fixed pulley 1, cable wire 3, second is fixed slides
Wheel 7, shaft 8, straight-bar 9 and third fixed pulley 17；The third fixed pulley 17 is fixed on inclined plate 18；First fixed pulley 1
It is fixed on the top of riser 4；Second fixed pulley 7 is fixed on bottom plate 11；The shaft 8 is fixed on frame 10；It is described
9 one end of straight-bar and the axle body of shaft 8 are hinged；9 other end of straight-bar is provided with foot pedal 901；3 one end of the cable wire and straight-bar 9
Shaft be mutually fixedly connected；3 other end of cable wire successively bypass the second fixed pulley 7, the first fixed pulley 1 and third fixed pulley 17 after with
No 16 phase of magnetic sliding axle is fixedly connected；The effect of spring 14 makes pressure pad 1602 be inserted into bar shape trench hole 601 under normality；When pressing down
After presser feet pedal 901, straight-bar 9 pulls cable wire 3, is pulled without magnetic sliding axle 16 by cable wire 3, and no magnetic sliding axle 16 is made to increase, pressure
Pad 1602 is drawn out outside bar shape trench hole 601.
When using the present invention, the inner cavity of the stack shell and magnetic cylinder mounting cylinder 6 of magnetic cylinder matrix 30 matches；Magnetic cylinder matrix 30
Outer surface is evenly distributed in permanent magnet mounting groove 3001；Concrete operation step is divided into following eight step：One, foot-treadle 901 are drawn
Axis mechanism is pulled without magnetic sliding axle 16, and pressure pad 1602 is made to leave 601 a distance of bar shape trench hole, and operation sky is reserved to operator
Between；Two, magnetic cylinder matrix 30 is assembled with interior positioning sleeve 34 by positioning key 3401, then the interior positioning sleeve that magnetic cylinder matrix 30 will be connected with
34 are through on copper axis 22, and then positioning sleeve 34 in rotation, positioning pin 33 enter interior 34 one of location hole 3402 of positioning sleeve, magnetic
30 one of permanent magnet mounting groove 3001 of cylinder matrix is naturally corresponding with 601 position of bar shape trench hole on magnetic cylinder mounting cylinder 6, i.e.,
Complete positioning of the magnetic cylinder matrix 30 in magnetic cylinder mounting cylinder 6；Three, high temperature resistant adhesive is squeezed into through bar shape trench hole 601
In the permanent magnet mounting groove 3001, two pieces are then removed in magnetic stripe suspension plate 5 with magnetic pole permanent magnet, loading and bar shape trench hole
In 601 corresponding permanent magnet mounting grooves 3001；Four, foot pedal 901 is unclamped, so that pressure pad 1602 is passed through item by pulling shaft mechanism controls
It is pressed on the permanent magnet being just packed into after shape slot 601；Five, positioning sleeve 34 in rotating, positioning pin 33 is under the action of torsional spring 32
Automatically into next location hole 3402 of interior positioning sleeve 34；Six, it repeats Step 1: three, four, five, until installing all
Permanent magnet notices that the permanent magnet in 30 adjacent permanent magnet mounting groove 3001 of magnetic cylinder matrix is opposite magnetic pole；Seven, on magnetic cylinder matrix 30
Permanent magnet all install after, magnetic cylinder housing 31 is placed in the U-shaped part 13；The inner cavity of magnetic cylinder housing 31 and magnetic cylinder matrix 30
Outer stack shell match；Eight, rotating circular disc 25, connecting rod 24 swings and then U-shaped part 13 is pushed to be slided on guide rail 12, U-shaped part
13 and magnetic cylinder housing 31 together to 6 direction of magnetic cylinder mounting cylinder push, until magnetic cylinder housing 31 is pressed on the end face of magnetic cylinder mounting cylinder 6
After upper, Simultaneous Switching touching bar 26, which turns to, to be pressed on contact switch 27, so that contact switch 27 is acted, is controlled relay 20,
Magnetic cylinder liftout attachment one-off is triggered after so that circuit controller is connected；It is driven by cylinder 19, makes copper axis 22 in copper axis sliding sleeve
It is slided on 23, magnetic cylinder matrix 30 is released to magnetic cylinder and is installed outside 6, and is inserted into magnetic cylinder housing 31, complete assembly；By this
Assembly tooling avoids the collision fragmentation that permanent magnet is generated because that can not fix, and reduces permanent magnet scrappage, same permanent magnet peace
The permanent magnet of tankage is installed, and is no longer needed to wait for bonding agent solidification, is improved the installation effectiveness of permanent magnet to the utmost, reduces artificial
Cost reduces labor intensity.
The above is only the better embodiment of the present invention, therefore all constructions according to described in present patent application range,
The equivalent change or modification that feature and principle are done, is included within the scope of present patent application.
Claims (8)
1. a kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling, it is characterised in that：It includes frame（10）, without magnetic slide
Axis（16）With magnetic cylinder angle positioning device；The frame（10）Surface on be fixed with bottom plate（11）；The bottom plate（11）It is upper solid
Surely there is riser（4）；The riser（4）On be fixed with magnetic cylinder mounting cylinder（6）And inclined plate（18）；The magnetic cylinder mounting cylinder（6）A left side
Right both ends are respectively arranged with magnetic cylinder liftout attachment and cylinder sleeve press-in device；The magnetic cylinder mounting cylinder（6）Stack shell on be provided with item
Shape slot（601）；The bar shape trench hole（601）With magnetic cylinder mounting cylinder（6）Inner cavity be connected；The inclined plate（18）End it is solid
Surely there is fixing sleeve（15）；The fixing sleeve（15）Endoporus and no magnetic sliding axle（16）Axle body match；The no magnetic sliding
Axis（16）It is arranged in magnetic cylinder mounting cylinder（6）Top；The no magnetic sliding axle（16）One end is provided with pressure pad（1602）；The pressure
Pad（1602）Across bar shape trench hole（601）After extend into magnetic cylinder mounting cylinder（6）Inner cavity；The no magnetic sliding axle（16）Axle body
On be provided with baffle ring（1601）；The no magnetic sliding axle（16）On be cased with spring（14）；The spring（14）It is pressed on baffle ring
（1601）With fixing sleeve（15）Between；The frame（10）On be provided with pulling shaft mechanism；It is slided with no magnetic pulling shaft mechanism one end
Moving axis（16）The other end is mutually fixedly connected；Described magnetic cylinder angle positioning device one end is fixed on riser（4）On.
2. a kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling according to claim 1, it is characterised in that：The magnetic
Cylinder angle positioning device includes torsion spring fixed shaft（21）, corner positioning plate（29）, torsional spring（32）, positioning pin（33）With interior positioning
Set（34）；The corner positioning plate（29）It is locked in riser（4）On；The interior positioning sleeve（34）With magnetic cylinder matrix（30）It
Between be slidably connected；The interior positioning sleeve（34）Lateral wall on circumference uniform distribution there are six location hole（3402）；The positioning pin
（33）With location hole（3402）Match；The location hole（3402）In interior positioning sleeve（34）On be circumferentially distributed；The positioning
Pin（33）One end is fixed on corner positioning plate（29）Lateral wall, positioning pin（33）The other end is inserted into location hole（3402）It is interior；
The interior positioning sleeve（34）Lateral wall on be provided with positioning key（3401）.
3. a kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling according to claim 1, it is characterised in that：The magnetic
Cylinder liftout attachment includes cylinder（19）, copper axis（22）With copper axis sliding sleeve（23）；The cylinder（19）With copper axis sliding sleeve（23）
It is fixed on bottom plate（11）Surface on；Copper shaft sliding sleeve（23）Endoporus and copper axis（22）Axle body match；Copper shaft
Sliding sleeve（23）It is sleeved on copper axis（22）Outside；Copper shaft（22）One end and cylinder（19）Tailpiece of the piston rod be mutually fixedly connected；Copper axis
（22）Axle body on be provided with push plate（2201）.
4. a kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling according to claim 1, it is characterised in that：The cylinder
It includes guide rail to cover press-in device（12）, U-shaped part（13）, connecting rod（24）, disk（25）With disk fixed seat（28）；The guide rail
（12）With disk fixed seat（28）It is each attached to bottom plate（11）On；The U-shaped part（13）End face face magnetic cylinder mounting cylinder（6）'s
One end；The U-shaped part（13）The other end is provided with baffle ring；The guide rail（12）Direction and magnetic cylinder mounting cylinder（6）Axle center side
It is arranged in parallel between；The U-shaped part（13）Bottom be provided with and guide rail（12）The sliding block to match（1301）；It is described
Sliding block（1301）It is inserted into guide rail（12）It is interior；The disk fixed seat（28）With disk（25）The centre of gyration between rotate connect
It connects；The connecting rod（24）One end is hinged on disk（25）Eccentric position at；The connecting rod（24）The other end and U-shaped part（13）'s
Top is hinged.
5. a kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling according to claim 4, it is characterised in that：The circle
Disk（25）Bottom be fixed with switch touching bar（26）；The switch touches bar（26）It is arranged in disk（25）Eccentric position
Place；The bottom plate（11）On be fixed with relay（20）And contact switch（27）；The contact switch（27）Setting is touched in switch
Touching lever（26）Rotation path on；The contact switch（27）With relay（20）It is connected；The relay（20）It turns on
On the circuit controller of magnetic cylinder liftout attachment.
6. a kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling according to claim 4, it is characterised in that：The circle
Disk（25）Lateral wall on be fixed with handle（2501）.
7. a kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling according to claim 4, it is characterised in that：It is described vertical
Plate（4）Top be fixed with transverse slat（2）；The transverse slat（2）Both sides are both provided with magnetic stripe suspension plate（5）.
8. a kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling according to claim 1, it is characterised in that：The drawing
Axis mechanism includes the first fixed pulley（1）, cable wire（3）, the second fixed pulley（7）, shaft（8）, straight-bar（9）With third fixed pulley
（17）；The third fixed pulley（17）It is fixed on inclined plate（18）On；First fixed pulley（1）It is fixed on riser（4）Top；
Second fixed pulley（7）It is fixed on bottom plate（11）On；The shaft（8）It is fixed on frame（10）On；The straight-bar（9）One end
With shaft（8）Axle body be hinged；Straight-bar（9）The other end is provided with foot pedal（901）；The cable wire（3）One end and straight-bar（9）
Shaft be mutually fixedly connected；Cable wire（3）The other end bypasses the second fixed pulley successively（7）, the first fixed pulley（1）With third fixed pulley
（17）Afterwards with no magnetic sliding axle（16）Mutually it is fixedly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820281344.8U CN207968243U (en) | 2018-02-28 | 2018-02-28 | A kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820281344.8U CN207968243U (en) | 2018-02-28 | 2018-02-28 | A kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207968243U true CN207968243U (en) | 2018-10-12 |
Family
ID=63740219
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820281344.8U Active CN207968243U (en) | 2018-02-28 | 2018-02-28 | A kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling |
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| CN (1) | CN207968243U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110212714A (en) * | 2018-02-28 | 2019-09-06 | 大连保税区兴业达科技有限公司 | A kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling |
-
2018
- 2018-02-28 CN CN201820281344.8U patent/CN207968243U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110212714A (en) * | 2018-02-28 | 2019-09-06 | 大连保税区兴业达科技有限公司 | A kind of underground rotor of permanent-magnetic power generator magnetic cylinder assembly tooling |
| CN110212714B (en) * | 2018-02-28 | 2024-04-12 | 大连保税区兴业达科技有限公司 | Downhole permanent magnet generator rotor magnetic cylinder assembly fixture |
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