CN207656419U - A kind of casting floating grinding device - Google Patents
A kind of casting floating grinding device Download PDFInfo
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- CN207656419U CN207656419U CN201721816779.XU CN201721816779U CN207656419U CN 207656419 U CN207656419 U CN 207656419U CN 201721816779 U CN201721816779 U CN 201721816779U CN 207656419 U CN207656419 U CN 207656419U
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Abstract
The utility model discloses a kind of casting floating grinding devices,Including the first rack,Feed mechanism,Lower slider,Upper saddle,Elastic mechanism,Main motor,Shaft case,First rotating shaft,Grinding wheel,Dust collection mechanism,Second rack,Sliding panel,Relocation mechanism,Speed regulating motor,Lifting cylinder,Rebound,Lower air cylinder,Shaft seat,Second shaft,Platen,V-ribbed belt conveyer,The apparatus structure is simple,It can be by grinding wheel automatic feed and by casting Automatic-clamping,And then carry out automatically grinding,Effectively reduce labor intensity of operating staff,Simultaneously,The flue dust generated when can be by polishing,Scrap is discharged,Effectively purification working environment,And pass through floating type design,It effectively prevent the movement of External force interference third shaft,Improve the stationarity and service life of movement,And,Elastic mechanism makes upper saddle be in quick condition,The impact that active balance feed motion generates,Improve polishing effect,Prevent grinding wheel or casting from damaging.
Description
Technical field
The utility model is related to a kind of mechanical device more particularly to a kind of casting floating grinding devices.
Background technology
After casting pouring is complete, surface can there are many overlaps, dead heads, it is necessary to these overlaps and dead head are removed, it is right
In ironcasting, generally directly knocked out with oil hammer, and steel-casting needs to be cut off with gas cutting, then by casting grinding work on casting
Overlap and the dead head polishing more stayed are clean, smooth, beautiful.Currently, polishing is usually to use electric grinding machine, have fixed big
Grinding wheel diameter sander, also there is a hand-holdable movable small grinding wheel diameter sander, and when operation is substantially manual operation, not only
Efficiency is low, and operating environment is dangerous.In view of disadvantages described above, it is really necessary to design a kind of casting floating grinding device.
Utility model content
The purpose of this utility model is to provide a kind of casting floating grinding device, which can be to casting
Part automatically grinding effectively reduces labor intensity of operating staff, and elastic mechanism makes upper saddle be in quick condition, effectively flat
The impact that feed motion of weighing generates prevents grinding wheel or casting from damaging.
In order to solve the above technical problems, the technical solution of the utility model is：A kind of casting floating grinding device, including the
One rack, feed mechanism, lower slider, upper saddle, elastic mechanism, main motor, shaft case, first rotating shaft, grinding wheel, dust collection mechanism,
Second rack, sliding panel, relocation mechanism, speed regulating motor, lifting cylinder, rebound, lower air cylinder, shaft seat, the second shaft, pressure
Disk, V-ribbed belt conveyer, the feed mechanism are located at the first frame upper end, and the feed mechanism and the first rack pass through spiral shell
Bolt is connected, and the lower slider is located at feed mechanism upper end and is located at the first frame upper end, the lower slider and feed mechanism
It is connected by bolt, the lower slider can be located at lower slider upper end along the first housing slide, the upper saddle, described
Upper saddle can be slided along lower slider, and the elastic mechanism is located at lower slider upper end and on the outside of upper saddle, the bullet
Property mechanism is connected with lower slider and upper saddle by bolt respectively, and the main motor is located at upper saddle upper end, the main electricity
Machine is connected with upper saddle by bolt, and the shaft case is located at upper saddle upper end and on the outside of main motor, the shaft
Case is connected with upper saddle and main motor by bolt respectively, and the first rotating shaft is located on the inside of shaft case and outside main motor
Side, the first rotating shaft are rotatedly connected with shaft case and are connected with main motor key, and the grinding wheel is located on the outside of first rotating shaft,
The grinding wheel is connected with first rotating shaft by bolt, and the dust collection mechanism is located on the outside of grinding wheel and on the outside of shaft case,
The dust collection mechanism is connected with shaft case by bolt, and second rack is located at the first shell outside, and described second
Rack is connected with the first rack by bolt, and the sliding panel is located at the second shell outside lower end, and the sliding panel can be with
It is slided up and down along the second rack, the relocation mechanism is located on the outside of sliding panel, and the relocation mechanism passes through spiral shell with sliding panel
Bolt is connected, and the speed regulating motor is located at relocation mechanism lower end, and the speed regulating motor is connected with relocation mechanism by bolt, institute
The lifting cylinder stated is located on the inside of the second rack and is located at sliding panel side, the lifting cylinder respectively with the second rack and cunning
Movable plate by bolt be connected, the rebound is located at the second central rack and is run through by relocation mechanism, the rebound and
Second rack is connected by bolt, and the lower air cylinder is located at the second frame upper end, the lower air cylinder and the second rack
It is connected by bolt, the shaft seat is located at lower air cylinder lower end and is located at the second shell outside, and the shaft seat is under
Air cylinder is connected by bolt, and the shaft seat can be slided up and down along the second rack, and second shaft is located at shaft
Seat inside, second shaft is rotatedly connected with shaft seat, and the platen is located at the second shaft lower end, the platen and
Second shaft is connected by bolt, and the V-ribbed belt conveyer is located at the second shell outside, the V-ribbed belt conveyer and
Second rack is connected by bolt.
The utility model further improves as follows：
Further, the feed mechanism further includes servo motor, leading screw, feed nut, the servo motor position
In positioned at the first frame upper end, the servo motor is connected with the first rack by bolt, and the leading screw is located at servo electricity
On the left of machine and it is located at the first frame upper end, the leading screw is connected with servo motor key and is connected by bolt with the first rack,
The feed nut is located at lower slider lower end and is run through by leading screw, the feed nut be connected by bolt with lower slider and
It is connected with threads of lead screw.
Further, the feed mechanism is additionally provided with telescopic steel belt, and the telescopic steel belt is located at feed nut side
And on the outside of leading screw, the telescopic steel belt is connected with feed nut by bolt, and telescopic steel belt is to leading screw and feed nut
It is protected, effectively prevent the scrap generated when polishing to fall into leading screw and feed nut, effectively prolong the service life.
Further, the lower slider is additionally provided with the first guide rod, and first guide rod is located at lower slider upper end and is located at
Upper saddle lower end, first guide rod are connected with lower slider by bolt, and the upper saddle can be slided along the first guide rod.
Further, the elastic mechanism further includes right support abutment, left support abutment, intermediate support, nitrogen gas spring, second leads
Bar, disc spring, the right support abutment are located on the right side of lower slider upper end, and the right support abutment is connected with lower slider by bolt, described
Left support abutment be located on the left of lower slider upper end, the left support abutment is connected with lower slider by bolt, the intermediate support position
On the outside of upper saddle, the intermediate support is connected with upper saddle by bolt, and the nitrogen gas spring is located at left support abutment in
Between between bearing, the nitrogen gas spring is connected with left support abutment and intermediate support screw thread respectively, and second guide rod is located at the right side
Between bearing and intermediate support, second guide rod is connected with right support abutment and intermediate support screw thread respectively, and described second leads
Bar runs through disc spring.
Further, second guide rod is additionally provided with locking nut, the locking nut and the second guide rod screw thread phase
Even.
Further, the dust collection mechanism further includes lower housing, pin, upper cover, magnet, sweep-up pipe, polishing
Mouth, knob, slag trap, the lower housing are located on the left of shaft case, and the lower housing is connected with shaft case by bolt, institute
It states and is additionally provided with pin on the right side of lower housing upper end, the pin runs through upper cover, and the magnet is located on the left of upper cover, the magnetic
Iron is connected with upper cover by bolt, and the sweep-up pipe is located on the outside of lower housing, and the sweep-up pipe is weldingly connected with lower housing,
Upper end is additionally provided with polishing mouth on the left of the upper cover, and the knob is located at upper outer side of lid, and the knob passes through bolt with upper cover
It is connected, the lower housing is additionally provided with slag trap, and the lower housing is weldingly connected with slag trap, and upper cover and lower housing are by grinding wheel
It surrounds, grinding wheel is contacted with casting and polished by mouth of polishing, and the scrap that when polishing generates enters lower housing, and sweep-up pipe is pumped into
Negative pressure, to which scrap to be discharged, slag trap is used for pushing off the slag, prevents scrap excessive and enhances the intensity of lower housing, passes through
Knob can lift upper cover along cancellation rotation, consequently facilitating quickly grinding wheel is safeguarded, meanwhile, using magnet Jiang Gai under
Shell is fixed, convenient for quickly being safeguarded to grinding wheel.
Further, the relocation mechanism further includes axle sleeve, third shaft, motor cabinet, transition disc, pressure head, locking screw
Nail, spring, limition orientation mechanism, the axle sleeve are located on the outside of sliding panel, and the axle sleeve is connected with sliding panel by bolt,
The third shaft is located on the inside of axle sleeve, and the third shaft is rotatedly connected with axle sleeve, and the motor cavity is in axle sleeve
Left side, the motor cabinet are connected with axle sleeve by bolt, and the transition disc is located on the right side of third shaft, the rebound
It is connected by bolt with third shaft, the pressure head is located on the outside of transition disc and third shaft, the locking are stretched into one end
Screw is through pressure head and stretches into third shaft, and the lock-screw is connected with third shaft thread, and the spring is located at pressure
On the outside of head and on the inside of third shaft, the limition orientation mechanism is through transition disc and runs through pressure head, and the limit is led
It is connected to mechanism with transition disc screw thread.
Further, the limition orientation mechanism further includes stop screw, guide sleeve, and the stop screw penetrates through
Disk is crossed, the stop screw is connected with transition disc screw thread, and the guide sleeve is through pressure head and on the outside of stop screw, institute
The guide sleeve stated is connected with stop screw screw thread, and pressure head stress moves down, spring-compressed, and the preload degree for adjusting lock-screw can be with
The initial elastic force of adjustment spring, when casting grinding, casting stress is complex, it is possible to by the component of vertical direction, because
This, when pressure head is by axial force, spring-compressed, pressure head moves down slight distance under the limition orientation effect of limition orientation mechanism,
Until the elastic force and pressure head stress balance that spring generates, to ensure that third shaft will not be improved by External force interference
The stationarity and service life of movement.
Compared with prior art, when work, casting is manually placed on relocation mechanism for the casting floating grinding device,
Lifting cylinder pushes sliding panel to be moved up along the second rack, and to drive relocation mechanism to move up, then, lower air cylinder pushes shaft seat
It moves down, compresses casting to drive platen to move down, then, speed regulating motor is rotated by third shaft band pressure head, meanwhile, with pressure
The second connected shaft of disk rotates in shaft seat, and to drive casting to rotate, servo motor drives feed nut by leading screw
Linear motion, to drive lower slider to move forward along the first rack, when grinding wheel is contacted with casting, main motor passes through first rotating shaft band
Dynamic grinding wheel high-speed rotation polishes to casting, the scrap discharge generated when dust collection mechanism is by casting grinding, with servo motor
Work, since casting has grinding wheel a reversed active force so that upper saddle moves slight distance along the first guide rod, at this point,
Disc spring, which is pressurized, to be compressed, and nitrogen gas spring tension, under disc spring and nitrogen gas spring collective effect, upper saddle 4 keeps balance so that grinding wheel
It is contacted always with casting closely, meanwhile, the damage of grinding wheel or casting will not be caused.The apparatus structure is simple, can be automatic by grinding wheel
It is sent into and by casting Automatic-clamping, and then carries out automatically grinding, effectively reduce labor intensity of operating staff, meanwhile, it can will polish
When generate flue dust, scrap discharge, effectively purify working environment, and by floating type design, effectively prevent External force interference the
The movement of three shafts improves the stationarity and service life of movement, moreover, elastic mechanism makes upper saddle be in quick condition,
The impact that active balance feed motion generates improves polishing effect, prevents grinding wheel or casting from damaging.
Description of the drawings
Fig. 1 shows the utility model graphics
Fig. 2 shows the utility model feed mechanism graphics
Fig. 3 shows the utility model elastic mechanism graphics
Fig. 4 shows the utility model dust collection mechanism graphics
Fig. 5 shows the utility model relocation mechanism sectional view
Fig. 6 shows the utility model limition orientation mechanism sectional view
In figure：First rack 1, feed mechanism 2, lower slider 3, upper saddle 4, elastic mechanism 5, main motor 6, shaft case 7,
One shaft 8, grinding wheel 9, dust collection mechanism 10, the second rack 11, sliding panel 12, relocation mechanism 13, speed regulating motor 14, lifting cylinder
15, rebound 16, lower air cylinder 17, shaft seat 18, the second shaft 19, platen 20, V-ribbed belt conveyer 21, servo motor 201,
Leading screw 202, feed nut 203, telescopic steel belt 204, the first guide rod 301, right support abutment 501, left support abutment 502, intermediate support 503,
Nitrogen gas spring 504, the second guide rod 505, disc spring 506, locking nut 507, lower housing 1001, pin 1002, upper cover 1003, magnet
1004, sweep-up pipe 1005, polishing mouth 1006, knob 1007, slag trap 1008, axle sleeve 1301, third shaft 1302, motor cabinet
1303, transition disc 1304, pressure head 1305, lock-screw 1306, spring 1307, limition orientation mechanism 1308, stop screw 1309,
Guide sleeve 1310.
Specific implementation mode
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, a kind of casting floating grinding device, including the first rack 1, feeding
Mechanism 2, lower slider 3, upper saddle 4, elastic mechanism 5, main motor 6, shaft case 7, first rotating shaft 8, grinding wheel 9, dust collection mechanism 10,
Two racks 11, sliding panel 12, relocation mechanism 13, speed regulating motor 14, lifting cylinder 15, rebound 16, lower air cylinder 17, shaft seat
18, the second shaft 19, platen 20, V-ribbed belt conveyer 21, the feed mechanism 2 are located at 1 upper end of the first rack, it is described into
It is connected by bolt with the first rack 1 to mechanism 2, the lower slider 3 is located at 2 upper end of feed mechanism and is located at the first rack 1
Upper end, the lower slider 3 are connected with feed mechanism 2 by bolt, and the lower slider 3 can be slided along the first rack 1, institute
The upper saddle 4 stated is located at 3 upper end of lower slider, and the upper saddle 4 can be slided along lower slider 3, and the elastic mechanism 5 is located at
3 upper end of lower slider and positioned at the outside of upper saddle 4, the elastic mechanism 5 passes through bolt phase with lower slider 3 and upper saddle 4 respectively
Even, the main motor 6 is located at 4 upper end of upper saddle, and the main motor 6 is connected with upper saddle 4 by bolt, the shaft
Case 7 is located at 4 upper end of upper saddle and positioned at 6 outside of main motor, and the shaft case 7 passes through spiral shell with upper saddle 4 and main motor 5 respectively
Bolt is connected, and the first rotating shaft 8 is located at 7 inside of shaft case and positioned at 6 outside of main motor, the first rotating shaft 8 and shaft
Case 7 is rotatedly connected and is connected with 6 key of main motor, and the grinding wheel 9 is located at the outside of first rotating shaft 8, the grinding wheel 9 and first turn
Axis 8 is connected by bolt, and the dust collection mechanism 10 is located at 9 outside of grinding wheel and positioned at 7 outside of shaft case, the dust collection mechanism
10 are connected with shaft case 7 by bolt, and second rack 11 is located at the outside of the first rack 1, second rack 11 with
First rack 1 is connected by bolt, and the sliding panel 12 is located at 11 outside lower end of the second rack, and the sliding panel 12 can be with
It is slided up and down along the second rack 11, the relocation mechanism 13 is located at 12 outside of sliding panel, the relocation mechanism 13 and sliding
Plate 12 is connected by bolt, and the speed regulating motor 14 is located at 13 lower end of relocation mechanism, the speed regulating motor 14 and floating engine
Structure 13 is connected by bolt, and the lifting cylinder 15 is located at 11 inside of the second rack and is located at 12 side of sliding panel, described
Lifting cylinder 15 is connected with the second rack 11 and sliding panel 12 by bolt respectively, and the rebound 16 is located at the second rack 11
Middle part and run through by relocation mechanism 13, the rebound 16 is connected with the second rack 11 by bolt, the lower air cylinder
17 are located at 11 upper end of the second rack, and the lower air cylinder 17 is connected with the second rack 11 by bolt, the shaft seat 18
Positioned at 17 lower end of lower air cylinder and positioned at 11 outside of the second rack, the shaft seat 18 passes through bolt phase with lower air cylinder 17
Even, the shaft seat 18 can be slided up and down along the second rack 11, and second shaft 19 is located at 18 inside of shaft seat, institute
The second shaft 19 stated is moved with shaft seat turn 18 to be connected, and the platen 20 is located at 19 lower end of the second shaft, the platen 20
It is connected by bolt with the second shaft 19, the V-ribbed belt conveyer 21 is located at 11 outside of the second rack, the V-ribbed belt
Conveyer 21 is connected with the second rack 11 by bolt, the feed mechanism 2 further include servo motor 201, leading screw 202, into
To nut 203, the servo motor 201 is located at 1 upper end of the first rack, the servo motor 201 and the first rack 1
It is connected by bolt, the leading screw 202 is located at 201 left side of servo motor and is located at 1 upper end of the first rack, the leading screw
202 are connected with 201 key of servo motor and are connected by bolt with the first rack 1, and the feed nut 203 is located at lower slider 3
Lower end and run through by leading screw 202, the feed nut 203 be connected by bolt with lower slider 3 and with 202 screw thread phase of leading screw
Even, the feed mechanism 2 is additionally provided with telescopic steel belt 204, and the telescopic steel belt 204 is located at 203 side of feed nut and position
In 202 outside of leading screw, the telescopic steel belt 204 is connected with feed nut 203 by bolt, and telescopic steel belt 204 is to leading screw 202
It is protected with feed nut 203, effectively prevent the scrap generated when polishing to fall into leading screw 202 and feed nut 203, effectively
Prolong the service life, the lower slider 3 is additionally provided with the first guide rod 301, and first guide rod 301 is located at 3 upper end of lower slider
Positioned at 4 lower end of upper saddle, first guide rod 301 is connected with lower slider 3 by bolt, and the upper saddle 4 can be along
One guide rod 301 slides, and the elastic mechanism 5 further includes right support abutment 501, left support abutment 502, intermediate support 503, nitrogen gas spring
504, the second guide rod 505, disc spring 506, the right support abutment 501 are located on the right side of 3 upper end of lower slider, the right support abutment 501 with
Lower slider 3 is connected by bolt, and the left support abutment 502 is located on the left of 3 upper end of lower slider, the left support abutment 502 and downslide
Seat 3 is connected by bolt, and the intermediate support 503 is located at 4 outside of upper saddle, and the intermediate support 503 is logical with upper saddle 4
It crosses bolt to be connected, the nitrogen gas spring 504 is between left support abutment 502 and intermediate support 503, the nitrogen gas spring point
504 are not connected with left support abutment 502 and 503 screw thread of intermediate support, and second guide rod 505 is located at right support abutment 501 and intermediate branch
Between seat 503, second guide rod 505 is connected with right support abutment 501 and 503 screw thread of intermediate support respectively, and described second leads
Bar 505 runs through disc spring 506, and second guide rod 505 is additionally provided with locking nut 507, and the locking nut 507 is led with second
505 screw thread of bar is connected, and the dust collection mechanism 10 further includes lower housing 1001, pin 1002, upper cover 1003, magnet
1004, sweep-up pipe 1005, polishing mouth 1006, knob 1007, slag trap 1008, it is left that the lower housing 1001 is located at shaft case 7
Side, the lower housing 1001 are connected with shaft case 7 by bolt, and pin is additionally provided on the right side of 1001 upper end of the lower housing
1002, the pin 1002 runs through upper cover 1003, and the magnet 1004 is located at 1003 left side of upper cover, the magnet 1004
Be connected by bolt with upper cover 1003, the sweep-up pipe 1005 is located at the outside of lower housing 1001, the sweep-up pipe 1005 with
Lower housing 1001 is weldingly connected, and 1003 left side upper end of the upper cover is additionally provided with polishing mouth 1006, and the knob 1007 is located at upper
Outer side of lid, the knob 1007 are connected with upper cover 1003 by bolt, and the lower housing 1001 is additionally provided with slag trap 1008,
The lower housing 1001 is weldingly connected with slag trap 1008, and upper cover 1003 and lower housing 1001 surround grinding wheel 9, and grinding wheel 9 is logical
It crosses polishing mouth 1006 and is contacted with casting and polished, the scrap that when polishing generates enters lower housing 1001, and sweep-up pipe 1005 is taken out
At negative pressure, to which scrap to be discharged, slag trap 1008 is used for pushing off the slag, prevents scrap excessive and is carried out to the intensity of lower housing 1001
Enhancing can be lifted upper cover 1003 by knob 1001 along 1002 rotation of cancellation, consequently facilitating quickly grinding wheel is safeguarded,
Meanwhile lid 1003 and lower housing 1001 being fixed using magnet 1004, it is described convenient for quickly being safeguarded to grinding wheel 9
Relocation mechanism 13 further includes axle sleeve 1301, third shaft 1302, motor cabinet 1303, transition disc 1304, pressure head 1305, lock-screw
1306, spring 1307, limition orientation mechanism 1308, the axle sleeve 1301 are located at 12 outside of sliding panel, the axle sleeve 1301
It is connected by bolt with sliding panel 12, the third shaft 1302 is located at 1301 inside of axle sleeve, the third shaft 1301
It is rotatedly connected with axle sleeve 1301, the motor cabinet 1303 is located at 1301 left side of axle sleeve, the motor cabinet 1303 and axle sleeve
1301 are connected by bolt, and the transition disc 1304 is located at 1302 right side of third shaft, the rebound 1304 and third
Shaft 1302 is connected by bolt, and the pressure head 1305 is located at 1304 outside of transition disc and third shaft 1302 is stretched into one end,
The lock-screw 1306 is through pressure head 1305 and stretches into third shaft 1302, the lock-screw 1306 and third shaft
1302 screw threads are connected, and the spring 1307 is located at 1305 outside of pressure head and positioned at 1302 inside of third shaft, the limit
Guiding mechanism 1308 is through transition disc 1304 and runs through pressure head 1305, the limition orientation mechanism 1308 and 1304 spiral shell of transition disc
Line is connected, and the limition orientation mechanism 1308 further includes stop screw 1309, guide sleeve 1310, the stop screw 1309
Through transition disc 1304, the stop screw 1309 is connected with 1304 screw thread of transition disc, and the guide sleeve 1310 is through pressure
First 1305 and positioned at the outside of stop screw 1309, the guide sleeve 1310 is connected with 1309 screw thread of stop screw, pressure head 1305
Stress moves down, spring 1307 compress, adjust lock-screw 1306 preload degree can with the initial elastic force of adjustment spring 1307,
When casting grinding, casting stress is complex, it is possible to by the component of vertical direction, therefore, when pressure head 1305 is by axial direction
When power, spring 1307 compresses, and pressure head 1305 moves down slight distance under the 1308 limition orientation effect of limition orientation mechanism, until bullet
The elastic force that spring 1307 generates and 1305 stress balance of pressure head, to ensure that third shaft 1302 will not be dry by external force
It disturbs, improves the stationarity and service life of movement, which when work, floating is manually placed in by casting
In mechanism 13, lifting cylinder 15 pushes sliding panel 12 to be moved up along the second rack 11, to drive relocation mechanism 13 to move up, then,
Lower air cylinder 17 pushes shaft seat 18 to move down, and compresses casting to drive platen 20 to move down, and then, speed regulating motor 14 passes through the
Three shafts 1302 are rotated with pressure head 1305, meanwhile, the second shaft 19 being connected with platen 20 rotation in shaft seat 18, to band
Dynamic casting rotation, servo motor 201 drive feed nut 203 to move along a straight line by leading screw 202, to drive lower slider 3 along the
One rack 1 moves forward, when grinding wheel 9 and casting contact, main motor 6 by first rotating shaft 7 drive 8 high-speed rotation of grinding wheel to casting into
Row polishing, the scrap discharge generated when dust collection mechanism 10 is by casting grinding, with the work of servo motor 201, due to casting pair
Grinding wheel 9 has a reversed active force so that upper saddle 4 moves slight distance along the first guide rod 301, the pressure at this point, disc spring 506 is pressurized
Contracting, 504 tension of nitrogen gas spring, under 504 collective effect of disc spring 506 and nitrogen gas spring, upper saddle 4 keeps balance so that grinding wheel 9
It is contacted always with casting closely, meanwhile, the damage of grinding wheel 9 or casting will not be caused.The apparatus structure is simple, can be automatic by grinding wheel
It is sent into and by casting Automatic-clamping, and then carries out automatically grinding, effectively reduce labor intensity of operating staff, meanwhile, it can will polish
When generate flue dust, scrap discharge, effectively purify working environment, and by floating type design, effectively prevent External force interference the
The movement of three shafts improves the stationarity and service life of movement, moreover, elastic mechanism makes upper saddle be in quick condition,
The impact that active balance feed motion generates improves polishing effect, prevents grinding wheel or casting from damaging.
The utility model is not limited to above-mentioned specific embodiment, and those skilled in the art visualize from above-mentioned
Hair, without performing creative labour, the various transformation made are all fallen within the scope of protection of the utility model.
Claims (9)
1. a kind of casting floating grinding device, it is characterised in that including the first rack, feed mechanism, lower slider, upper saddle, elasticity
Mechanism, main motor, shaft case, first rotating shaft, grinding wheel, dust collection mechanism, the second rack, sliding panel, relocation mechanism, speed regulating motor,
Lifting cylinder, rebound, lower air cylinder, shaft seat, the second shaft, platen, V-ribbed belt conveyer, the feed mechanism are located at
First frame upper end, the feed mechanism are connected with the first rack by bolt, and the lower slider is located on feed mechanism
End and it is located at the first frame upper end, the lower slider is connected with feed mechanism by bolt, and the lower slider can be along the
One housing slide, the upper saddle are located at lower slider upper end, and the upper saddle can be slided along lower slider, the elasticity
Mechanism is located at lower slider upper end and on the outside of upper saddle, and the elastic mechanism passes through bolt with lower slider and upper saddle respectively
It is connected, the main motor is located at upper saddle upper end, and the main motor is connected with upper saddle by bolt, the shaft case
Positioned at upper saddle upper end and on the outside of main motor, the shaft case is connected with upper saddle and main motor by bolt respectively,
The first rotating shaft is located on the inside of shaft case and on the outside of main motor, the first rotating shaft be rotatedly connected with shaft case and
It is connected with main motor key, the grinding wheel is located on the outside of first rotating shaft, and the grinding wheel is connected with first rotating shaft by bolt, institute
The dust collection mechanism stated is located on the outside of grinding wheel and on the outside of shaft case, and the dust collection mechanism is connected with shaft case by bolt,
Second rack is located at the first shell outside, and second rack is connected with the first rack by bolt, the cunning
Movable plate is located at the second shell outside lower end, and the sliding panel can be slided up and down along the second rack, the relocation mechanism position
On the outside of sliding panel, the relocation mechanism is connected with sliding panel by bolt, and the speed regulating motor is located under relocation mechanism
End, the speed regulating motor are connected with relocation mechanism by bolt, and the lifting cylinder is located on the inside of the second rack and is located at
Sliding panel side, the lifting cylinder are connected with the second rack and sliding panel by bolt respectively, and the rebound is located at
Second central rack and run through by relocation mechanism, the rebound is connected with the second rack by bolt, is calmed the anger under described
Cylinder is located at the second frame upper end, and the lower air cylinder is connected with the second rack by bolt, and the shaft seat, which is located at, to be pushed
Cylinder lower end and it is located at the second shell outside, the shaft seat is connected with lower air cylinder by bolt, and the shaft seat can
To be slided up and down along the second rack, second shaft is located on the inside of shaft seat, and second shaft is rotated with shaft seat
It is connected, the platen is located at the second shaft lower end, and the platen is connected with the second shaft by bolt, the V-ribbed belt
Conveyer is located at the second shell outside, and the V-ribbed belt conveyer is connected with the second rack by bolt.
2. casting floating grinding device as described in claim 1, it is characterised in that the feed mechanism further includes servo electricity
Machine, leading screw, feed nut, the servo motor are located at the first frame upper end, the servo motor and the first rack
It is connected by bolt, the leading screw is located on the left of servo motor and is located at the first frame upper end, the leading screw and servo electricity
Switch is connected and is connected by bolt with the first rack, and the feed nut is located at lower slider lower end and is run through by leading screw, institute
The feed nut stated is connected by bolt with lower slider and is connected with threads of lead screw.
3. casting floating grinding device as claimed in claim 2, it is characterised in that the feed mechanism is additionally provided with flexible steel
Band, the telescopic steel belt are located at feed nut side and on the outside of leading screws, and the telescopic steel belt passes through with feed nut
Bolt is connected.
4. casting floating grinding device as described in claim 1, it is characterised in that the lower slider is additionally provided with the first guide rod,
First guide rod is located at lower slider upper end and is located at upper saddle lower end, and first guide rod passes through bolt phase with lower slider
Even, the upper saddle can be slided along the first guide rod.
5. casting floating grinding device as described in claim 1, it is characterised in that the elastic mechanism further include right support abutment,
Left support abutment, intermediate support, nitrogen gas spring, the second guide rod, disc spring, the right support abutment is located on the right side of lower slider upper end, described
Right support abutment is connected with lower slider by bolt, and the left support abutment is located on the left of lower slider upper end, the left support abutment and downslide
Seat is connected by bolt, and the intermediate support is located on the outside of upper saddle, and the intermediate support passes through bolt phase with upper saddle
Even, between left support abutment and intermediate support, the nitrogen gas spring is propped up with left support abutment and centre the nitrogen gas spring respectively
Seat screw thread be connected, second guide rod between right support abutment and intermediate support, second guide rod respectively with right support abutment
It is connected with intermediate support screw thread, second guide rod runs through disc spring.
6. casting floating grinding device as claimed in claim 5, it is characterised in that second guide rod is additionally provided with locking screw
Mother, the locking nut are connected with the second guide rod screw thread.
7. casting floating grinding device as described in claim 1, it is characterised in that the dust collection mechanism further includes
Lower housing, pin, upper cover, magnet, sweep-up pipe, polishing mouth, knob, slag trap, the lower housing are located on the left of shaft case, institute
The lower housing stated is connected with shaft case by bolt, pin is additionally provided on the right side of the lower housing upper end, the pin is through upper
Lid, the magnet are located on the left of upper cover, and the magnet is connected with upper cover by bolt, and the sweep-up pipe is located at lower housing
Outside, the sweep-up pipe are weldingly connected with lower housing, and upper end is additionally provided with polishing mouth on the left of the upper cover, and the knob is located at
Upper outer side of lid, the knob are connected with upper cover by bolt, and the lower housing is additionally provided with slag trap, the lower housing with
Slag trap is weldingly connected.
8. casting floating grinding device as described in claim 1, it is characterised in that the relocation mechanism further includes axle sleeve,
Three shafts, motor cabinet, transition disc, pressure head, lock-screw, spring, limition orientation mechanism, the axle sleeve are located at outside sliding panel
Side, the axle sleeve are connected with sliding panel by bolt, and the third shaft is located on the inside of axle sleeve, the third shaft with
Axle sleeve is rotatedly connected, and the motor cavity is on the left of axle sleeve, and the motor cabinet is connected with axle sleeve by bolt, the mistake
It crosses disk to be located on the right side of third shaft, the rebound is connected with third shaft by bolt, and the pressure head is located at transition disc
Third shaft is stretched into outside and one end, and the lock-screw is through pressure head and stretches into third shaft, the lock-screw with
Third shaft thread is connected, and the spring is located on the outside of pressure head and on the inside of third shaft, the limition orientation mechanism
Through transition disc and run through pressure head, the limition orientation mechanism is connected with transition disc screw thread.
9. casting floating grinding device as claimed in claim 8, it is characterised in that the limition orientation mechanism further includes limit
Position screw, guide sleeve, the stop screw run through transition disc, and the stop screw is connected with transition disc screw thread, described
Through pressure head and on the outside of stop screw, the guide sleeve is connected guide sleeve with stop screw screw thread.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721816779.XU CN207656419U (en) | 2017-12-22 | 2017-12-22 | A kind of casting floating grinding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721816779.XU CN207656419U (en) | 2017-12-22 | 2017-12-22 | A kind of casting floating grinding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207656419U true CN207656419U (en) | 2018-07-27 |
Family
ID=62942234
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721816779.XU Expired - Fee Related CN207656419U (en) | 2017-12-22 | 2017-12-22 | A kind of casting floating grinding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207656419U (en) |
-
2017
- 2017-12-22 CN CN201721816779.XU patent/CN207656419U/en not_active Expired - Fee Related
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180727 Termination date: 20191222 |
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| CF01 | Termination of patent right due to non-payment of annual fee |