The content of the invention
The technical problems to be solved by the invention are to provide a kind of repair apparatus of portable bridge road, and it can solve the problem that
Above-mentioned the problem of showing in the art.
The present invention is achieved through the following technical solutions:A kind of repairing of portable bridge road of the present invention is set
It is standby, including moving body, the lift drive mechanism in the moving body its right end face and be fixedly mounted on described
The repairing body of lift drive mechanism right end, it is characterised in that:The bottom of the left and right sides of the repairing body bottom end face
The sliding groove for upwardly extending setting is arranged with end surface, sliding shoe is slidably connected with each sliding groove,
The first cavity is equipped with the repairing machine body on the upside of each sliding groove, is rotatably assorted in each first cavity
Inner thread sleeve is connected with, it is circumferential on the inner screw sheath tube outer surface in each first cavity to be installed with the first cone
Wheel, each screw thread is connected with the drive screw for extending downwardly setting in the inner thread sleeve, each driving spiral shell
Bar bottom extending end stretches into the sliding groove and connected with end face secure fit at the top of the sliding shoe in the sliding groove
Connect, be provided with the repairing machine body between first cavity of the left and right sides in wall body to the described with the left and right sides first cone
The regulation drive mechanism of the power cooperation that moves in turn connection, it is provided with wall body in the repairing machine body between the sliding groove of the left and right sides
Top pressure drive mechanism, the top pressure drive mechanism include symmetrical and are extended on up and down in the repairing machine body in wall body
The first cavity and the second cavity, it is fixed in wall body in the repairing machine body between first cavity and second cavity
There is the first motor, the first motor internally-powered is connected with the second extended rotating shaft of left and right, and second rotating shaft is left
Side extending end is stretched into first cavity and end is installed with the first top pressure cam, the second rotating shaft right side extending end
Stretch into second cavity and end is installed with the second top pressure cam, the first cavity top extension and the left side cunning
Through the first groove is provided between dynamic groove, run through between the sliding groove of the second cavity top extension and right side provided with the
Two grooves, the linkage for being equipped with the sliding shoe of the left and right sides to be connected with the top pressure drive mechanism power perform
Mechanism, the repairing body front/rear end are additionally provided with lighting device.
Preferably technical scheme, the regulation drive mechanism include being fixedly installed in the repairing machine body in wall body
The second motor, the second motor internally-powered is connected with the extended first rotating shaft in left and right, and the first rotating shaft is left
Right both sides extending end is respectively protruding into first cavity of the left and right sides and extending end is installed with the second cone pulley, left side
The left side top of second cone pulley engages connection with the bottom right side of left side first cone pulley, right side second cone pulley
Right hand top engages connection with the left bottom of right side first cone pulley.
Preferably technical scheme, each it is arranged with the left and right sides inwall of extension at the top of the sliding groove
Guide runner, is slidably connected with limit sliding block in the guide runner, the medial extremity of the left and right sides limit sliding block respectively with it is described
Top exterior walls secure fit connection at left and right sides of sliding shoe.
Preferably technical scheme, the linkage actuating mechanism include being arranged on the second cavity in the sliding shoe,
It is arranged on the logical chute in the second inside cavities inner wall and through outer wall on the inside of the sliding shoe and the company of being slidably matched
Connect the top pressure push pedal for being arranged in second cavity and being extended to inner side, second chamber at the top of the top pressure push pedal
Be provided with top pressure spring in vivo, the top pressure push pedal bottom is installed with through the sliding shoe bottom end face and is slidably connected
Slide bar is pressed, each pressing slide bar bottom end is stretched out outside the sliding shoe bottom end face, the left side pressing slide bar bottom
Portion end is installed with rammer flat board, and the pressing slide bar bottom end on right side is installed with brokenly drift, the left side top pressure push pedal
Inner side extension is stretched into first groove and is slidably connected after the logical chute, the left side top pressure push pedal it is interior
Side extending end is stretched into after first groove in first cavity and positioned at the surface position of the first top pressure cam
Put, the inner side extension of the right side top pressure push pedal is stretched into after the logical chute in second groove and the company of being slidably matched
Connect, the inner side extending end of the left side top pressure push pedal is stretched into after second groove in second cavity and positioned at described
The position directly above of second top pressure cam.
Preferably technical scheme, the lighting device are symmetrically installed on the repairing machine external surface before and after including
Extension board, the extension board is fixedly mounted with the repairing body, and the extension board bottom end face is installed with illumination
Lamp.
The beneficial effects of the invention are as follows:The present invention is simple in construction, easy to operate, by being slidably matched in each sliding groove
Sliding shoe is connected, is all provided with the first cavity in the repairing machine body on the upside of each sliding groove, the equal company of being rotatably assorted in each first cavity
Connect inner thread sleeve, circumferential fixed first cone pulley, each internal thread on the inner screw sheath tube outer surface in each first cavity
Equal screw thread, which is connected, in sleeve extends downwardly the drive screw of setting, and each drive screw bottom extending end stretches into slip
Groove and it is connected with end face secure fit at the top of sliding shoe in sliding groove, wall in the repairing machine body between the cavity of the left and right sides first
Set regulation drive mechanism to be connected with the left and right sides the first cone pulley power in vivo, repairing between the sliding groove of the left and right sides
Top pressure drive mechanism is set in assisting vehicle body in wall body, top pressure drive mechanism includes symmetrical and is extended on repairing body up and down
The first cavity and the second cavity in inner wall, in the repairing machine body between the first cavity and the second cavity fixed first in wall body
Motor, the first motor internally-powered are connected the second extended rotating shaft of left and right, and extending end stretches into the on the left of the second rotating shaft
In one cavity and the fixed first top pressure cam in end, extending end is stretched into the second cavity and end fixed the on the right side of the second rotating shaft
Two top pressure cams, through the first groove is set between the first cavity top extension and left slide groove, the second cavity top extends
Through the second groove is set between section and right side sliding groove, it is all provided with the sliding shoe of the left and right sides to match somebody with somebody with top pressure drive mechanism power
The linkage actuating mechanism of connection is closed, can realize that the first cone pulley that the left and right sides is automatically controlled by adjusting drive mechanism rotates, enter
And drive the sliding shoe of the left and right sides to carry out adjustment work up and down respectively by the inner thread sleeve of the left and right sides, realize different constructions
The adjustment work needed, it is time saving and energy saving, purchase cost is reduced, improves operating efficiency, meanwhile, meet applying for different bridge roads
Work demand.
Embodiment
As shown in Figure 1, Figure 2 and Figure 3, the repair apparatus of a kind of portable bridge road of the invention, including moving body
7th, the lift drive mechanism 71 in its right end face of moving body 7 and it is fixedly mounted on the lift drive mechanism
The repairing body 8 of 71 right ends, it is characterised in that:In the bottom end face of the left and right sides of the repairing bottom end face of body 8
The sliding groove 82 for upwardly extending setting is arranged with, is slidably connected with sliding shoe 820 in each sliding groove 82, often
The first cavity 81 is equipped with the repairing body 8 of the individual upside of the sliding groove 82, is turned in each first cavity 81
It is dynamic to be connected with inner thread sleeve 810, it is all on the outer surface of the inner thread sleeve 810 in each first cavity 81
To the first cone pulley 813 is installed with, screw thread is connected with the driving for extending downwardly setting in each inner thread sleeve 810
Screw rod 812, each bottom extending end of drive screw 812 stretch into the sliding groove 82 and with the sliding groove 82
The top end face secure fit of sliding shoe 820 connects, in the repairing body 8 between first cavity 81 of the left and right sides
The regulation drive mechanism being connected to the power of the first cone pulley 813 described with the left and right sides, left and right sides institute are provided with wall body
State and top pressure drive mechanism is provided with the inner wall of repairing body 8 between sliding groove 82, the top pressure drive mechanism includes a left side
The first cavity 83 and the second cavity 84 right symmetrical and be extended on up and down in the repairing inner wall of body 8, described first
The first motor 85, first electricity are installed with the inner wall of repairing body 8 between cavity 83 and second cavity 84
The internally-powered of machine 85 is connected with the second extended rotating shaft 851 of left and right, and the left side extending end of the second rotating shaft 851 stretches into
In first cavity 83 and end is installed with the first top pressure cam 832, and the right side extending end of the second rotating shaft 851 stretches into institute
State in the second cavity 84 and end be installed with the second top pressure cam 842, the top extension of the first cavity 83 with described in left side
Through being provided with the first groove 831 between sliding groove 82, the top extension of the second cavity 84 and the right side sliding groove 82 it
Between through being provided with the second groove 841, be equipped with the sliding shoe 820 of the left and right sides to the top pressure drive mechanism power
The linkage actuating mechanism of mating connection, the repairing front/rear end of body 8 are additionally provided with lighting device.
Valuably, the regulation drive mechanism includes the second motor being fixedly installed in the repairing inner wall of body 8
86, the internally-powered of the second motor 86 is connected with the extended first rotating shaft 861 in left and right, and the first rotating shaft 861 is left
Right both sides extending end is respectively protruding into first cavity 81 of the left and right sides and extending end is installed with the second cone pulley
862, the left side top of left side second cone pulley 862 engages connection, right side with the bottom right side of left side first cone pulley 813
The right hand top of second cone pulley 862 engages connection with the left bottom of right side first cone pulley 813, passes through so as to realize
The first cone pulley 813 that regulation drive mechanism automatically controls the left and right sides rotates, and then is distinguished by the inner thread sleeve of the left and right sides
Drive the sliding shoe of the left and right sides to carry out adjustment work up and down, improve operating efficiency, meanwhile, meet applying for different bridge roads
Work demand.
Valuably, guide runner 827 is arranged with the left and right sides inwall of each top extension of sliding groove 82,
Be slidably connected with the guide runner 827 limit sliding block 828, the left and right sides it is described limit sliding block 828 medial extremity respectively with institute
The top exterior walls secure fit connection of the left and right sides of sliding shoe 820 is stated, so as to realize by regulation drive mechanism while drive left and right
The inner thread sleeve 810 of both sides realizes opposite rotation work.
Valuably, the linkage actuating mechanism include be arranged in the sliding shoe 820 the second cavity 821, be arranged on
In the inner side inner wall of second cavity 821 and run through the logical chute 822 of the inner side outer wall of sliding shoe 820 and be slidably matched
The top pressure push pedal 823 that connection is arranged in second cavity 821 and is extended to inner side, the top of top pressure push pedal 823
Second cavity 821 in be provided with top pressure spring 825, the bottom of top pressure push pedal 823 is installed with through the sliding shoe 820
Bottom end face and the pressing slide bar 824 of sliding connection, each pressing slide bar 824 bottom end stretch out the sliding shoe
Outside 820 bottom end faces, the left side pressing bottom end of slide bar 824, which is installed with, rams flat board 829, the pressing slide bar on right side
824 bottom ends are installed with brokenly drift 826, and the inner side extension of the left side top pressure push pedal 823 is stretched after the logical chute 822
Enter in first groove 831 and be slidably connected, the inner side extending end of the left side top pressure push pedal 823 is through described first
Stretched into after groove 831 in first cavity 83 and positioned at the position directly above of the first top pressure cam 832, the right side top
The inner side extension of pressure push pedal 823 is stretched into second groove 841 and is slidably connected after the logical chute 822, left
The inner side extending end of top pressure push pedal 823 described in side is stretched into second cavity 84 and is located at after second groove 841
The position directly above of the second top pressure cam 842, meet to automatically control the needs of ramming flat work and meet certainly so as to realize
The demand of the dynamic broken work of control, reduces purchase cost, improves capacity utilization.
Valuably, the lighting device includes the front and rear extension board 90 for being symmetrically installed on repairing body 8 outer surface,
The extension board 90 is fixedly mounted with the repairing body 8, and the bottom end face of the extension board 90 is installed with illuminating lamp 91,
By the effect of illuminating lamp 91 so as to facilitating the present apparatus to provide illuminating effect in night use.
When needing broken work, now, by adjusting drive mechanism while driving the first cone pulley 813 of the left and right sides to divide
Opposite direction rotation work is not realized, and then drives the inner thread sleeve 810 of the left and right sides to divide by the first cone pulley 813 of the left and right sides
Opposite direction rotation work is not realized, now, the left side upward sliding of drive screw 812 is driven by left side inner thread sleeve 810, together
When, drive left slide block 820 gradually to be slided along the inner top direction of left slide groove 82 by left side drive screw 812, now,
The right side slide downward of drive screw 812 is driven by right side inner thread sleeve 810, meanwhile, the right side is driven by right side drive screw 812
Sideslip motion block 820 gradually slides along the inner bottom part direction of right side sliding groove 82, until left side drive screw 812 stretches into spiral shell in left side
When in line sleeve 810, now, left slide block 820 is driven at utmost to slide into left slide groove by left side drive screw 812
Top position in 82, meanwhile, the limit sliding block 828 for driving the left and right sides by left slide block 820 is slid into guide runner 827
Top position, now, by left slide block 820 drive the rammer flat board 829 of the bottom of left slide block 820 stretch into left side a left side
In Slideslip groove 82, meanwhile, the top position for making the top pressure push pedal 823 on left slide block 820 slide into the first groove 831
Put, and make the inside end of top pressure push pedal 823 on left slide block 820 at utmost away from the top position of the first top pressure cam 832
Put, until when left side drive screw 812 is stretched into the inner thread sleeve 810 of left side, now, a left side is driven by left side drive screw 812
The top position that sideslip motion block 820 is at utmost slid into left slide groove 82, meanwhile, driven by left slide block 820
The top position that the limit sliding block 828 of the left and right sides is slid into guide runner 827, now, left side is driven by left slide block 820
The limit sliding block 828 of the bottom of sliding shoe 820 is stretched into the left slide groove 82 in left side, meanwhile, make the top pressure on left slide block 820
The top position that push pedal 823 is slid into the first groove 831, and make the inner side of top pressure push pedal 823 end on left slide block 820
End at utmost away from the tip position of the first top pressure cam 832, now, right side sliding shoe 820 is driven by right side drive screw 812
The top position that the limit sliding block 828 of the left and right sides is slid into guide runner 827, meanwhile, make the right side bottom end of sliding shoe 820
The inner bottom part position at utmost slid into the sliding groove 82 of right side, now, right side sliding shoe is driven by right side sliding shoe 820
Outside the bottom wall end face of the fully extended repairing body 8 of broken drift 826 of 820 bottoms, meanwhile, right side is driven by right side sliding shoe 820
The bottom position that top pressure push pedal 823 on sliding shoe 820 is at utmost slid into the second groove 841, and make right side sliding shoe
Then the inside end of top pressure push pedal 823 on 820 passes through control at utmost close to the tip position of the second top pressure cam 842
First motor 85 rotates, and drives the second rotating shaft 851 and the left and right sides end first of the second rotating shaft 851 to push up by the first motor 85
The top pressure cam 842 of belling wheel 832 and second, now, by the second top pressure cam 842 with stretching into the top pressure push pedal in the second cavity 84
823 top pressures are slidably connected, and then are realized and driven right side pressing slide bar 824 and right side to press slide bar by top pressure push pedal 823
The broken drift 826 of 824 bottoms carries out broken work;When needing to ram flat work, now, first turn is controlled by the second motor 86
Axle 861 inverts, and left side inner thread sleeve 810 is driven the left side slide downward of drive screw 812, meanwhile, make right side inner screw sheath
Cylinder 810 drives the right slide downward of drive screw 812, until making left slide block 820 slide into left slide groove 82 as shown in Figure 3
Interior lowest position, meanwhile, the top position for making right side sliding shoe 820 slide into the sliding groove 82 of right side, now, make a left side
Outside the fully extended left slide groove 82 of rammer flat board 829 of the bottom of sideslip motion block 820, meanwhile, make the broken of the right side bottom of sliding shoe 820
Drift 826 is stretched into the sliding groove 82 of right side, then by controlling the rotation work of the first motor 85, passes through lift drive mechanism
The adjustment work up and down of driving repairing body 8, meet the patch work of different height.
The beneficial effects of the invention are as follows:The present invention is simple in construction, easy to operate, by being slidably matched in each sliding groove
Sliding shoe is connected, is all provided with the first cavity in the repairing machine body on the upside of each sliding groove, the equal company of being rotatably assorted in each first cavity
Connect inner thread sleeve, circumferential fixed first cone pulley, each internal thread on the inner screw sheath tube outer surface in each first cavity
Equal screw thread, which is connected, in sleeve extends downwardly the drive screw of setting, and each drive screw bottom extending end stretches into slip
Groove and it is connected with end face secure fit at the top of sliding shoe in sliding groove, wall in the repairing machine body between the cavity of the left and right sides first
Set regulation drive mechanism to be connected with the left and right sides the first cone pulley power in vivo, repairing between the sliding groove of the left and right sides
Top pressure drive mechanism is set in assisting vehicle body in wall body, top pressure drive mechanism includes symmetrical and is extended on repairing body up and down
The first cavity and the second cavity in inner wall, in the repairing machine body between the first cavity and the second cavity fixed first in wall body
Motor, the first motor internally-powered are connected the second extended rotating shaft of left and right, and extending end stretches into the on the left of the second rotating shaft
In one cavity and the fixed first top pressure cam in end, extending end is stretched into the second cavity and end fixed the on the right side of the second rotating shaft
Two top pressure cams, through the first groove is set between the first cavity top extension and left slide groove, the second cavity top extends
Through the second groove is set between section and right side sliding groove, it is all provided with the sliding shoe of the left and right sides to match somebody with somebody with top pressure drive mechanism power
The linkage actuating mechanism of connection is closed, can realize that the first cone pulley that the left and right sides is automatically controlled by adjusting drive mechanism rotates, enter
And drive the sliding shoe of the left and right sides to carry out adjustment work up and down respectively by the inner thread sleeve of the left and right sides, realize different constructions
The adjustment work needed, it is time saving and energy saving, purchase cost is reduced, improves operating efficiency, meanwhile, meet applying for different bridge roads
Work demand.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.