CN107815972A

CN107815972A - A kind of wet seam of reinforced concrete bridge cantilever bridge, which is built, pours intelligent machine

Info

Publication number: CN107815972A
Application number: CN201711268632.6A
Authority: CN
Inventors: 吴秋敏
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-12-05
Filing date: 2017-12-05
Publication date: 2018-03-20

Abstract

Built the present invention relates to a kind of wet seam of reinforced concrete bridge cantilever bridge and pour intelligent machine, including bottom plate, two pairs of mobile regulating tanks are provided with bottom plate, two pairs of mobile regulating tanks are symmetrically positioned in the left and right sides of bottom plate, mobile adjusting means is provided with each pair movement regulating tank, the front end of bottom plate is provided with device for casting, the rear end of bottom plate is provided with vibrating compaction device, the device for casting includes the perfusion storage bin by irrigating support frame on bottom plate, irrigate and be provided with discharging opening on the downside of the front end of storage bin, the front end of bottom plate is provided with perfusion governor motion.The present invention can solve to need present in existing wet joint concrete casting process manually by existing mobile device delivering concrete, need manually to carry out vibrating compacting to the concrete poured by existing vibratory equipment, wet joint concrete is needed to avoid steel reinforcement cage during pouring vibration, and manually concrete comprehensively can not be vibrated.

Description

A kind of wet seam of reinforced concrete bridge cantilever bridge, which is built, pours intelligent machine

Technical field

The present invention relates to technical field of bridge construction, specifically a kind of wet seam of reinforced concrete bridge cantilever bridge, which is built, to be poured Build intelligent machine.

Background technology

Wet seam, refer to prestressed concrete beam body precast block, cantilever, which is abandoned, dresses up large-span continuous beam, using existing between beam body Pouring concrete is linked to be beam block overall seam.Need to carry out dabbing processing to connecting sewing position in wet seam work progress, need Steel reinforcement cage welding is carried out to connecting sewing position, so as to improve the construction quality of wet seam, then carry out concreting operation, Concreting is the important step of wet seam construction, large-scale mixed in special working environment in wet joint concrete casting process Coagulate native conveying equipment can not normal work, it is necessary to manually by existing mobile device delivering concrete, the mistake of concrete conveyance The equipment that adaptation is manually selected according to the width of seam is needed in journey, artificial conveyance casting concrete is unstable, easily makes coagulation Soil splashes the position beyond connecting sewing, and artificial conveyance concrete can not ensure the uniformity of concreting, it is necessary to manually borrow Existing vibratory equipment is helped to carry out vibrating compacting to the concrete poured, wet joint concrete needs to avoid during pouring vibration Steel reinforcement cage, complex operation, manually concrete can not comprehensively be vibrated, the density of concrete, concrete can not be ensured The phenomenon of hole occurs, influences construction quality, potential safety hazard be present.

The content of the invention

In order to solve the above problems, built the invention provides a kind of wet seam of reinforced concrete bridge cantilever bridge and pour intelligent machine Tool, can solve present in existing wet joint concrete casting process that particular job environment large-sized concrete conveying equipment can not Normal work needs artificial basis, it is necessary to manually by existing mobile device delivering concrete during concrete conveyance Seam width selection adapt to equipment, artificial conveyance casting concrete is unstable, easily make concrete splash connecting sewing with Outer position, artificial conveyance concrete can not ensure the uniformity of concreting, it is necessary to manually by existing vibratory equipment pair The concrete that pours carries out vibrating compacting, and wet joint concrete needs to avoid steel reinforcement cage during pouring vibration, complex operation, Manually concrete can not comprehensively being vibrated, the density of concrete can not be ensured, the phenomenon of hole occurs in concrete, Construction quality is influenceed, the problems such as potential safety hazard be present, it is possible to achieve the function that wet joint concrete automation pours, without artificial Shaking concrete, in the absence of potential safety hazard, it can be ensured that the uniformity of concreting, and there is simple to operate, working stability, Economize on resources, the advantages that labor intensity is small high with operating efficiency.

To achieve these goals, the present invention is realized using following technical scheme：A kind of reinforced concrete bridge cantilever bridge is wet Seam is built and pours intelligent machine, including bottom plate, and two pairs of mobile regulating tanks, two pairs of mobile symmetrical positions of regulating tank are provided with bottom plate In the left and right sides of bottom plate, mobile adjusting means is provided with each pair movement regulating tank, the front end of bottom plate is provided with perfusion dress Put, the rear end of bottom plate is provided with vibrating compaction device, the width that mobile adjusting means can be automated according to seam gaps Regulation, device for casting can automate the position of the perfusion of regulation slurry according to actual job situation, and vibrating compaction device is in work Can be by the concrete slurry vibrating compacting in steel reinforcement cage in work, mobile adjusting means, device for casting and vibrating compaction device phase The technique mutually poured with the use of the wet joint concrete automation of completion.

The mobile adjusting means includes two pieces of mobile risers being arranged on bottom plate, and two pieces of mobile risers are symmetrically positioned in bottom The front and rear sides of plate, the upper end of two pieces of mobile risers is arranged on mobile adjusting bracket by mobile sliding block, under mobile adjusting bracket End is in a pair of movement regulating tanks, and the lower end of mobile adjusting bracket is provided with driving car, and the middle part lower end of mobile adjusting bracket passes through Motor cabinet is provided with bi-directional drive motor, and a drive gear is mounted on each output shaft of bi-directional drive motor, installation Two driving racks, two driving rack installations are engaged with two drive gears on two output shafts of bi-directional drive motor On bottom plate, two mobile position-limit mechanisms are provided with mobile adjusting bracket, two mobile position-limit mechanisms are symmetrically positioned in mobile regulation The front and rear sides of frame, the driving car that mobile adjusting bracket lower end is arranged on by bi-directional drive motor driven enter in mobile regulating tank Row left and right adjusting, mobile riser are used in conjunction with each other with mobile sliding block and serve support to mobile adjusting bracket during work The mobile effect with auxiliary, position can be carried out to mobile adjusting bracket when two mobile position-limit mechanisms work and fixed, two movements The seaming position that adjusting means can be directed to different in width during work carries out automation regulation, can drive the present invention Operation is carried out in the operating position of adaptation, it is applied widely, existing mobile device is selected without staff, it is simple to operate, The labor intensity of staff is reduced, improves the efficiency of work.

The device for casting includes the perfusion storage bin by irrigating support frame on bottom plate, irrigates the upper of storage bin End is provided with charging aperture, irrigates and is provided with discharging opening on the downside of the front end of storage bin, and the front end of bottom plate is provided with perfusion governor motion, Guide roller, mashing pump and guide support frame are sequentially installed with from front to back on perfusion governor motion, and guide support frame passes through bearing On perfusion governor motion, the discharge outlet for irrigating storage bin is provided with intrusion pipe, and intrusion pipe passes around successively from back to front It is arranged on perfusion governor motion, is irrigated in storage bin by guide support frame, slurry pump inlet, slurry pump discharge and guide roller Concrete slurry, slurry pump work are stored, intrusion pipe extracts the concrete slurry pair in perfusion storage bin by mashing pump work Connecting sewing is irrigated operation, and perfusion governor motion drives intrusion pipe regulation to arrive suitable position according to real work situation, really Protecting concrete slurry uniformly comprehensively can be filled into connecting sewing, avoid concrete slurry from splashing everywhere, prevent wet seam mistake Concrete is wasted in journey.

The vibrating compaction device includes the vibration support frame installed in base plate rear end, vibrates and is provided with vibration on support frame Travel mechanism, vibrate and be provided with vibration movement groove on support frame, the lower end for vibrating support frame is provided with vibration support slot, vibration branch Vibration displacement mechanism is provided with by sliding matching mode at equal intervals from left to right in support groove, vibration displacement mechanism is positioned at vibration In shifting chute, vibration displacement mechanism is driven to carry out appropriate regulation abutment joint position according to the space vibration movement mechanism of steel reinforcement cage Concrete carries out automating vibrating compacting processing, without manually carrying out vibrating compacting operation by existing vibratory equipment, reduces The labor intensity of staff, improve the efficiency of wet joint concrete perfusion.

As a preferred technical solution of the present invention, the mobile position-limit mechanism includes being arranged on mobile adjusting bracket lower end Mobile limiting cylinder, the top of mobile limiting cylinder is arranged on mobile limited block by flange, in the side wall of mobile riser Mobile fixed block is installed, is provided with mobile stopper slot on mobile fixed block at equal intervals from left to right, mobile limited block is with moving The dynamic spacing motion that cooperates, drive mobile limited block with the mobile spacing motion that cooperates to movement by mobile limiting cylinder Adjusting bracket carries out position and fixed, and without manual operation, improves the stability of work.

As a preferred technical solution of the present invention, the perfusion governor motion includes being arranged on bottom plate by motor cabinet On perfusion electric rotating machine, irrigate on the output shaft of electric rotating machine by shaft coupling with irrigate leading screw one end be connected, irrigate silk The other end of thick stick is arranged on perfusion baffle plate by bearing, and perfusion baffle plate is arranged on bottom plate, is irrigated and is provided with perfusion on leading screw Movable block, the lower end for irrigating movable block are provided with perfusion sliding block, and perfusion sliding block is arranged on bottom plate, irrigates and be provided with movable block Perfusion feeding plate, the lower end of perfusion feeding plate are symmetrically installed with two pieces of perfusion risers, pacified between two pieces of perfusion risers by bearing Equipped with perfusion roller, the lower end for irrigating roller is connected by sliding matching mode with perfusion slide rail, and perfusion slide rail is arranged on bottom plate On, perfusion telescopic cylinder is installed on the downside of the front end of perfusion feeding plate, the top for irrigating telescopic cylinder is arranged on filling by flange Note on crane, irrigate and intrusion pipe is installed on the outer wall of crane, the lower end of the perfusion feeding plate is provided with perfusion and slided Cylinder, the top for irrigating sliding cylinder are arranged on perfusion fixed mount by flange, and the lower end for irrigating fixed mount is provided with perfusion Fixing groove, irrigate and lifting slider is installed in the side wall of fixed mount, lifting slider is arranged on perfusion movable block, from a left side on bottom plate Turn right and be provided with perfusion fixed column at equal intervals, perfusion fixed column cooperates with perfusion fixing groove and moved；Rotated by irrigating Motor driven intrusion pipe carries out left and right adjusting, and perfusion roller is used in conjunction with each other to serve at work with perfusion slide rail and aids in adjusting The effect of section, perfusion telescopic cylinder drive the note pipe automation on perfusion crane outer wall to carry out lift adjustment, slided by irrigating Cylinder of taking offence drives the perfusion fixing groove on perfusion fixed mount to enter line position to perfusion feeding plate with perfusion fixed column mutual cooperation motion Fixation is put, so that it is guaranteed that the stability of filling concrete, ensures that concrete uniformly can be filled into connecting sewing, without artificial Operation, improve the efficiency of filling concrete.

As a preferred technical solution of the present invention, the vibration movement mechanism includes being symmetrically mounted on vibration support frame On two vibration slide rails, be connected by sliding matching mode with vibration movement frame on two vibration slide rails, vibration movement frame is in Inverted U-shaped structure, two vibration movement motors is provided with the side wall of vibration movement frame, two vibration movement motors are symmetrically positioned in and shaken The front and rear sides of movable stand are moved, vibration rotation gear is installed on the output shaft of vibration movement motor, nibbled on vibration rotation gear Conjunction has vibration rack, and vibration rack is arranged on vibration movement frame, and it is flexible that two vibrations are provided with the inwall of vibration movement frame Cylinder, two vibration telescopic cylinders are symmetrically positioned in the front and rear sides of vibration movement frame, and the top for vibrating telescopic cylinder passes through flange Installed in oscillation stop block, moved by vibration movement motor driven vibration rotation gear on vibration rack, vibration moves Dynamic motor driven vibration movement frame synchronously moves regulation, without manual operation, reduces the labor intensity of staff, carries The high efficiency of work.

As a preferred technical solution of the present invention, the vibration displacement mechanism includes connecting by sliding matching mode Vibration travelling carriage in vibration support slot, vibration travelling carriage is in T font structures, and the lower end for vibrating travelling carriage is arranged on vibration position Plate is moved, vibration displacement frame is installed on vibration displacement plate, vibration displacement frame is located in vibration movement groove, set on vibration movement frame There are two vibration stopper slots, two vibration stopper slots are symmetrically positioned in the front and rear sides of vibration movement frame, oscillation stop block and vibration Stopper slot, which cooperates, to move, and the lower end of vibration displacement plate is provided with vibration lift cylinder, and the top of vibration lift cylinder passes through Flange is arranged on vibration carriage, and the lower end of vibration displacement plate is provided with two Vibrant buffer springs, two Vibrant buffer bullets The lower end of spring is arranged on vibration carriage, and the lower end for vibrating carriage is disposed with three jolt ramming telescopic chutes from front to back, Vibrate and vibration electric rotating machine is provided with by motor cabinet on the outer wall of carriage, the output shaft of vibration electric rotating machine is pacified by bearing On vibration carriage, the output shaft of vibration electric rotating machine is connected by shaft coupling with vibrating one end of rotary shaft, vibration rotation The other end of rotating shaft is arranged on vibration carriage by bearing, is vibrated and is sequentially installed with three on the outer wall of rotary shaft from front to back Individual cam, the position of three cams is different, and the lower end of each cam is provided with a jolt ramming side chain, vibration travelling carriage with Vibration support slot, which is used in conjunction with each other, serves the support effect mobile with auxiliary, the control position-limit mechanism to vibration displacement plate Including the control limited block being connected to by bearing pin on vibration displacement frame, control and limited in the side wall of limited block by bearing pin and control The top of position cylinder is connected, and controls the bottom of limiting cylinder to be connected to by bearing pin on vibration displacement frame, vibrates and pacifies on support frame Equipped with control locating piece, control and be provided with control locating slot on locating piece at equal intervals from left to right, control limited block and control Stopper slot, which cooperates, to move, and drives oscillation stop block to cooperate motion to shaking with vibration stopper slot by vibrating telescopic cylinder Dynamic displacement frame carries out position and fixed, it is ensured that vibration movement mechanism can drive vibration displacement frame to carry out stabilization during work Movement, by control limiting cylinder drive control limited block with control stopper slot cooperate motion to vibration displacement frame carry out Position is fixed, it is ensured that vibration displacement frame is operated what specified position can stablize, and vibration lift cylinder is in two vibrations Drive vibration carriage to carry out lift adjustment under the auxiliary of buffer spring, driven by vibration electric rotating machine in vibration rotary shaft Cam is rotated, and cam drives jolt ramming side chain to carry out reciprocal lift adjustment during rotation, without manually by existing Equipment carry out vibrating compacting operation, it is simple to operate, reduce the labor intensity of staff, improve the efficiency of work.

As a preferred technical solution of the present invention, the jolt ramming side chain includes two be arranged on vibration carriage Back-moving spring is vibrated, two vibration back-moving springs are symmetrically positioned in the left and right sides of vibration telescopic chute, and two are vibrated back-moving spring Upper end is arranged on vibration expansion plate, is vibrated and is provided with vibration follower lever on expansion plate, the upper end for vibrating follower lever is spherical knot Structure, the upper end for vibrating follower lever are close on the outer wall of cam, vibrate follower lever lower end be arranged on jolt ramming post on, and vibrate from Lever is located in jolt ramming telescopic chute, and two vibration back-moving springs can drive vibration follower lever to carry out reset tune in the process of work Section, vibration follower lever is driven to carry out reciprocal lift adjustment, vibration by vibrating the change of the contact position between follower lever and cam Follower lever drives jolt ramming post synchronously to be moved during motion, and without manual operation, automation carries out reciprocal rising-falling tone Section, can carry out automation vibrating compacting to the concrete being filled into steel reinforcement cage, reduce the labor intensity of staff, carry The high efficiency of work.

As a preferred technical solution of the present invention, the jolt ramming post is hollow cylindrical structure, and jolt ramming post is interior from upper Down there is jolt ramming rotary shaft by bearing spaced set, the both ends of jolt ramming rotary shaft are provided with vibration auxiliary side chain, and jolt ramming turns Turbine is arranged with the outer wall of moving axis, worm screw is engaged with turbine, the upper end of worm screw passes through shaft coupling and jolt ramming rotary electric machine Output shaft is connected, and the lower end of worm screw is arranged on jolt ramming post by bearing, drives worm screw to be rotated by jolt ramming rotary electric machine, Worm screw drives turbine to be synchronized with the movement during rotation, and turbine drives the vibration auxiliary side chain in jolt ramming rotary shaft to be turned Dynamic, the vibration auxiliary side chain includes the vibration accessory plate being arranged in jolt ramming rotary shaft, vibrates and is connected on accessory plate by hinge Be connected to vibration adjustable plate, the lower end for vibrating adjustable plate is provided with vibration auxiliary rod, vibrate in the side wall of adjustable plate by bearing pin with The top of vibration rotary cylinder is connected, and the bottom for vibrating rotary cylinder is connected on vibration accessory plate by bearing pin, vibrates rotary pneumatic Cylinder drives the vibration auxiliary rod on vibration adjustable plate to carry out rotation regulation, it is ensured that vibration auxiliary side chain can be with during work Expand the scope to vibratory concrete, improve the intensity of vibratory concrete, it is ensured that jolt ramming post can smoothly pass through steel reinforcement cage Space, the vibration area of concrete can be expanded during work, concrete can comprehensively be vibrated, it is ensured that concrete it is close Reality, it is not in the phenomenon of hole to ensure concrete, does not interfere with construction quality, improves the efficiency of work.

During work, started working first according to two mobile adjusting meanss of real work situation, mobile adjusting means passes through The driving car that bi-directional drive motor driven is arranged on mobile adjusting bracket lower end carries out left and right adjusting in mobile regulating tank, mobile vertical Plate is used in conjunction with each other with mobile sliding block and serves the support effect mobile with auxiliary to mobile adjusting bracket during work, Position can be carried out during two mobile position-limit mechanism work to mobile adjusting bracket to fix, and mobile limit is driven by mobile limiting cylinder Position block carries out position to mobile adjusting bracket with the mobile spacing motion that cooperates and fixed, mistake of two mobile adjusting meanss in work The seaming position that different in width can be directed in journey carries out automation regulation, and the present invention can be driven to enter in the operating position of adaptation Row operation, it is applied widely, existing mobile device is selected without staff, driving car drives the present invention to move, filled Perfusion governor motion on dispensing device is started working, and drives intrusion pipe to carry out left and right adjusting, perfusion rolling by irrigating electric rotating machine Wheel is used in conjunction with each other the effect for serving auxiliary adjustment at work with perfusion slide rail, and perfusion telescopic cylinder drives perfusion lifting Note pipe automation on frame outer wall carries out lift adjustment,.The perfusion on perfusion fixed mount is driven to fix by irrigating sliding cylinder Groove carries out position to perfusion feeding plate with perfusion fixed column mutual cooperation motion and fixed, and slurry pump work, intrusion pipe passes through slurry The concrete slurry that pump work is extracted in perfusion storage bin is irrigated operation to connecting sewing, and perfusion governor motion is according to real work Situation drives intrusion pipe regulation to arrive suitable position, it is ensured that concrete slurry uniformly comprehensively can be filled into connecting sewing, kept away Exempt from concrete slurry to splash everywhere, device for casting is started working, and vibration movement mechanism is vibrated by vibration movement motor driven and revolved Rotating disk moves on vibration rack, and vibration movement motor driven vibration movement frame synchronously moves regulation, vibrates position Vibration travelling carriage on telephone-moving structure is used in conjunction with each other with vibration support slot to be served support to vibration displacement plate and aids in moving Effect, by vibrate telescopic cylinder drive oscillation stop block with vibration stopper slot cooperate motion to vibration displacement frame carry out Position is fixed, it is ensured that vibration movement mechanism can drive the movement that vibration displacement frame is stablized during work, pass through Control limiting cylinder drives control limited block to carry out position to vibration displacement frame with control stopper slot mutual cooperation motion and fixed, really Protect vibration displacement frame to be operated what specified position can stablize, vibration lift cylinder is auxiliary two Vibrant buffer springs Help lower drive to vibrate carriage progress lift adjustment, drive the cam in vibration rotary shaft to be revolved by vibration electric rotating machine Turn, cam drives the reciprocal lift adjustment of jolt ramming side chain progress during rotation, jolt ramming side chain by vibrate follower lever with it is convex Contact position change between wheel drives vibration follower lever to carry out reciprocal lift adjustment, vibrates follower lever band during motion Dynamic jolt ramming post is synchronously moved, and the jolt ramming rotary electric machine in jolt ramming post drives worm screw to be rotated, process of the worm screw in rotation Middle drive turbine is synchronized with the movement, and turbine drives the vibration auxiliary side chain in jolt ramming rotary shaft to be rotated, and vibration auxiliary side chain leads to Crossing vibration rotary cylinder drives the vibration auxiliary rod on vibration adjustable plate to carry out rotation regulation, it is ensured that vibration auxiliary side chain is working During can expand scope to vibratory concrete, improve the intensity of vibratory concrete, it is ensured that jolt ramming post can be smoothly The vibration area of concrete can be expanded by the space of steel reinforcement cage, during work, it is possible to achieve wet joint concrete automation is poured The function of building.

The beneficial effects of the invention are as follows：

1st, the present invention can solve the large-scale coagulation of particular job environment present in existing wet joint concrete casting process Native conveying equipment can not normal work, it is necessary to manually by existing mobile device delivering concrete, the process of concrete conveyance Middle needs manually select the equipment adapted to according to the width of seam, and artificial conveyance casting concrete is unstable, easily makes concrete Splash the position beyond connecting sewing, artificial conveyance concrete can not ensure the uniformity of concreting, it is necessary to manually by Existing vibratory equipment carries out vibrating compacting to the concrete poured, and wet joint concrete needs to avoid steel during pouring vibration Muscle cage, complex operation, manually concrete can not comprehensively be vibrated, the density of concrete, concrete meeting can not be ensured There is the phenomenon of hole, influence construction quality, the problems such as potential safety hazard be present, it is possible to achieve wet joint concrete automation pours Function, without artificial vibration concrete, in the absence of potential safety hazard, it can be ensured that the uniformity of concreting, and with behaviour Make simple, working stability, economize on resources, the advantages that labor intensity is small high with operating efficiency；

2nd, the present invention devises mobile adjusting means, and mobile adjusting means is arranged on movement by bi-directional drive motor driven The driving car of adjusting bracket lower end carries out left and right adjusting in mobile regulating tank, and mobile riser is used in conjunction with each other with mobile sliding block The support effect mobile with auxiliary is served during work to mobile adjusting bracket, can be with when two mobile position-limit mechanisms work Position is carried out to mobile adjusting bracket to fix, two mobile adjusting meanss can be directed to the seam of different in width during work Position carries out automation regulation, and the present invention can be driven to carry out operation in the operating position of adaptation, applied widely, without work The existing mobile device of personnel selection, it is simple to operate, the labor intensity of staff is reduced, improves the efficiency of work；

3rd, the present invention devises device for casting, drives intrusion pipe to carry out left and right adjusting, perfusion rolling by irrigating electric rotating machine Wheel is used in conjunction with each other the effect for serving auxiliary adjustment at work with perfusion slide rail, and perfusion telescopic cylinder drives perfusion lifting Note pipe automation on frame outer wall carries out lift adjustment, and the perfusion fixing groove irrigated on fixed mount is driven by irrigating sliding cylinder Position is carried out with perfusion fixed column mutual cooperation motion to perfusion feeding plate to fix, so that it is guaranteed that the stability of filling concrete, Ensure that concrete uniformly can be filled into connecting sewing, without manual operation, improve the efficiency of filling concrete；

4th, the present invention devises vibrating compaction device, and vibration displacement machine is driven according to the space vibration movement mechanism of steel reinforcement cage The concrete that structure carries out appropriate regulation abutment joint position carries out automating vibrating compacting processing, without manually by existing vibration Equipment carries out vibrating compacting operation, reduces the labor intensity of staff, improves the efficiency of wet joint concrete perfusion；

5th, the present invention devises jolt ramming post, drives worm screw to be rotated by jolt ramming rotary electric machine, mistake of the worm screw in rotation Turbine is driven to be synchronized with the movement in journey, turbine drives the vibration auxiliary side chain in jolt ramming rotary shaft to be rotated, and vibrates rotary cylinder The vibration auxiliary rod on vibration adjustable plate is driven to carry out rotation regulation, it is ensured that vibration auxiliary side chain can expand during work Greatly to the scope of vibratory concrete, the intensity of vibratory concrete is improved, it is ensured that jolt ramming post can smoothly pass through the sky of steel reinforcement cage Gap, the vibration area of concrete can be expanded during work, concrete can comprehensively be vibrated, it is ensured that concrete it is closely knit Property, ensure that concrete is not in the phenomenon of hole, do not interfere with construction quality, improve the efficiency of work.

Brief description of the drawings

The present invention is further described with reference to the accompanying drawings and examples.

Fig. 1 is the structural representation of the present invention；

Fig. 2 is the structural representation between bottom plate of the present invention and mobile adjusting means；

Fig. 3 is the sectional view between bottom plate and device for casting of the present invention；

Fig. 4 is Fig. 3 of the present invention I to partial enlarged drawing；

Fig. 5 is the structural representation of vibrating compaction device of the present invention；

Fig. 6 is the sectional view between jolt ramming post of the present invention, jolt ramming rotary shaft, turbine, worm screw and jolt ramming rotary electric machine；

Fig. 7 is Fig. 5 of the present invention Y-direction partial enlarged drawing；

Fig. 8 is Fig. 5 of the present invention R to partial enlarged drawing.

Embodiment

In order that the technical means, the inventive features, the objects and the advantages of the present invention are easy to understand, tie below Conjunction is specifically illustrating, and the present invention is expanded on further.

As shown in Figures 1 to 8, a kind of wet seam of reinforced concrete bridge cantilever bridge, which is built, pours intelligent machine, including bottom plate 1, Two pairs of mobile regulating tanks are provided with bottom plate 1, two pairs of mobile regulating tanks are symmetrically positioned in the left and right sides of bottom plate 1, and each pair movement is adjusted Mobile adjusting means 2 is provided with section groove, the front end of bottom plate 1 is provided with device for casting 3, and the rear end of bottom plate 1 is provided with vibration Compaction apparatus 4, the width adjusting that mobile adjusting means 2 can be automated according to seam gaps, device for casting 3 can basis The position of the perfusion of actual job situation automation regulation slurry, vibrating compaction device 4 at work can be by steel reinforcement cage Concrete slurry vibrating compacting, mobile adjusting means 2, device for casting 3 are used in conjunction with each other with vibrating compaction device 4 completes wet connect The technique that seam concrete automation pours.

The mobile adjusting means 2 includes two pieces of mobile risers 21 being arranged on bottom plate 1, and two pieces of mobile risers 21 are symmetrical Positioned at the front and rear sides of bottom plate 1, the upper end of two pieces of mobile risers 21 is arranged on mobile adjusting bracket 23 by mobile sliding block 22, is moved In a pair of movement regulating tanks, the lower end of mobile adjusting bracket 23 is provided with driving car 24, mobile to adjust for the lower end of dynamic adjusting bracket 23 The middle part lower end for saving frame 23 is provided with bi-directional drive motor 25 by motor cabinet, on each output shaft of bi-directional drive motor 25 One drive gear 26 is installed, is engaged with two drive gears 26 on 25 two output shafts of bi-directional drive motor Two driving racks 27, two driving racks 27 are arranged on bottom plate 1, and two mobile position restrainers are provided with mobile adjusting bracket 23 Structure 28, two mobile position-limit mechanisms 28 are symmetrically positioned in the front and rear sides of mobile adjusting bracket 23, driven by bi-directional drive motor 25 Driving car 24 installed in the mobile lower end of adjusting bracket 23 carries out left and right adjusting in mobile regulating tank, and mobile riser 21 is slided with mobile Block 22 is used in conjunction with each other serves the support effect mobile with auxiliary, two shiftings during work to mobile adjusting bracket 23 Dynamic position-limit mechanism 28 can carry out position to mobile adjusting bracket 23 when working and fix, mistake of two mobile adjusting meanss 2 in work The seaming position that different in width can be directed in journey carries out automation regulation, and the present invention can be driven to enter in the operating position of adaptation Row operation, it is applied widely, existing mobile device is selected without staff, it is simple to operate, reduce the labor of staff Fatigue resistance, improve the efficiency of work.

The device for casting 3 includes the perfusion storage bin 32 by irrigating support frame 31 on bottom plate 1, perfusion storage The upper end of case 32 is provided with charging aperture, irrigates and is provided with discharging opening on the downside of the front end of storage bin 32, the front end of bottom plate 1 is provided with filling Governor motion 33 is noted, irrigates and is sequentially installed with guide roller 34, mashing pump 35 and guide support frame on governor motion 33 from front to back 36, guide support frame 36 is arranged on perfusion governor motion 33 by bearing, and the discharge outlet of perfusion storage bin 32 is provided with filling Pipe 37 is noted, intrusion pipe 37 passes around by guide support frame 36, the import of mashing pump 35, the outlet of mashing pump 35 with leading successively from back to front It is arranged on to roller 34 on perfusion governor motion 33, irrigates in storage bin 32 and store concrete slurry, mashing pump 35 works, perfusion The concrete slurry that pipe 37 is extracted in perfusion storage bin 32 by the work of mashing pump 35 is irrigated operation, perfusion regulation to connecting sewing Mechanism 33 drives the regulation of intrusion pipe 37 to arrive suitable position according to real work situation, it is ensured that concrete slurry can be uniformly comprehensive Be filled into connecting sewing, avoid concrete slurry from splashing everywhere, prevent from wasting concrete in wet seam process.

The vibrating compaction device 4 includes the vibration support frame 41 installed in the rear end of bottom plate 1, vibrates and is set on support frame 41 There is vibration movement mechanism 42, vibrate and vibration movement groove is provided with support frame 41, the lower end of vibration support frame 41 is provided with vibration Support slot 47, vibration support slot 47 is interior to be provided with vibration displacement mechanism 43 at equal intervals from left to right by sliding matching mode, Vibration displacement mechanism 43 is located in vibration movement groove, and vibration displacement mechanism is driven according to the space vibration movement mechanism 42 of steel reinforcement cage 43 concrete for carrying out appropriate regulation abutment joint position carry out automating vibrating compacting processing, without manually by existing vibration Equipment carries out vibrating compacting operation, reduces the labor intensity of staff, improves the efficiency of wet joint concrete perfusion.

The mobile position-limit mechanism 28 includes the mobile limiting cylinder 281 for being arranged on the mobile lower end of adjusting bracket 23, mobile limit The top of position cylinder 281 is arranged on mobile limited block 282 by flange, and mobile fixation is provided with the side wall of mobile riser 21 Block 283, move and be provided with mobile stopper slot on fixed block 283 at equal intervals from left to right, mobile limited block 282 and movement are spacing Cooperate motion, drives mobile limited block 282 with the mobile spacing motion that cooperates to movement by mobile limiting cylinder 281 Adjusting bracket 23 carries out position and fixed, and without manual operation, improves the stability of work.

The perfusion governor motion 33 includes the perfusion electric rotating machine 331 being arranged on by motor cabinet on bottom plate 1, perfusion rotation It is connected on the output shaft of rotating motor 331 by shaft coupling with irrigating one end of leading screw 332, the other end of perfusion leading screw 332 passes through Bearing is arranged on perfusion baffle plate 333, and perfusion baffle plate 333 is arranged on bottom plate 1, irrigates and perfusion movement is provided with leading screw 332 Block 334, the lower end of perfusion movable block 334 are provided with perfusion sliding block 335, and perfusion sliding block 335 is arranged on bottom plate 1, perfusion movement Be provided with block 334 perfusion feeding plate 336, perfusion feeding plate 336 lower end be symmetrically installed with two pieces perfusion risers 337, two pieces Perfusion riser 337 between by bearing be provided with perfusion roller 338, irrigate roller 338 lower end by sliding matching mode with Irrigate slide rail 339 to be connected, perfusion slide rail 339 is arranged on bottom plate 1, and being provided with perfusion on the downside of the front end of perfusion feeding plate 336 stretches Contracting cylinder 3310, the top for irrigating telescopic cylinder 3310 are arranged on perfusion crane 3311 by flange, irrigate crane Intrusion pipe 37 is installed, the lower end of the perfusion feeding plate 336 is provided with perfusion sliding cylinder 6, and perfusion is slided on 3311 outer wall Take offence cylinder 6 top by flange be arranged on perfusion fixed mount 61 on, perfusion fixed mount 61 lower end be provided with perfusion fixing groove, Irrigate and lifting slider 62 is installed in the side wall of fixed mount 61, lifting slider 62 is arranged on perfusion movable block 334, on bottom plate 1 It is provided with perfusion fixed column 63 at equal intervals from left to right, perfusion fixed column 63 cooperates with perfusion fixing groove and moved；Pass through Irrigating electric rotating machine 331 drives intrusion pipe 37 to carry out left and right adjusting, and perfusion roller 338 is used in conjunction with each other with perfusion slide rail 339 The effect of auxiliary adjustment is served at work, and perfusion telescopic cylinder 3310 drives the note pipe 37 on the perfusion outer wall of crane 3311 Automation carries out lift adjustment, drives the perfusion fixing groove on perfusion fixed mount 61 to be fixed with perfusion by irrigating sliding cylinder 6 Post 63 cooperates to move and the perfusion feeding progress of plate 336 position is fixed, so that it is guaranteed that the stability of filling concrete, ensures to mix Solidifying soil uniformly can be filled into connecting sewing, without manual operation, improve the efficiency of filling concrete.

The vibration movement mechanism 42 include be symmetrically mounted on vibration support frame 41 on two vibration slide rails 421, two It is connected on vibration slide rail 421 by sliding matching mode with vibration movement frame 422, vibration movement frame 422 is in inverted U-shaped structure, is shaken Two vibration movement motors 423 are provided with the side wall of dynamic movable stand 422, two vibration movement motors 423 are symmetrically positioned in vibration The front and rear sides of movable stand 422, vibration rotation gear 424 is installed on the output shaft of vibration movement motor 423, vibrates rotary teeth Vibration rack 425 is engaged with wheel 424, vibration rack 425 is arranged on vibration movement frame 422, the inwall of vibration movement frame 422 On be provided with two vibration telescopic cylinders 426, two vibration telescopic cylinders 426 be symmetrically positioned in front and rear the two of vibration movement frame 422 Side, the top of vibration telescopic cylinder 426 are arranged on oscillation stop block 427 by flange, are driven and shaken by vibration movement motor 423 Dynamic rotation gear 424 moves on vibration rack 425, and vibration movement motor 423 drives vibration movement frame 422 is synchronous to carry out Mobile regulation, without manual operation, the labor intensity of staff is reduced, improves the efficiency of work.

The vibration displacement mechanism 43 includes sliding by the vibration that sliding matching mode is connected in vibration support slot 47 Frame 431, vibration travelling carriage 431 is in T font structures, and the lower end of vibration travelling carriage 431 is arranged on vibration displacement plate 432, vibrates position Move on plate 432 and vibration displacement frame 433 is installed, vibration displacement frame 433 is located in vibration movement groove, set on vibration movement frame 422 Two vibration stopper slots are equipped with, two vibration stopper slots are symmetrically positioned in the front and rear sides of vibration movement frame 422, oscillation stop block 427 cooperate with vibration stopper slot moves, and the lower end of vibration displacement plate 432 is provided with vibration lift cylinder 434, vibration lift The top of cylinder 434 is arranged on vibration carriage 435 by flange, and the lower end of vibration displacement plate 432 is provided with two vibrations Buffer spring 436, the lower end of two Vibrant buffer springs 436 are arranged on vibration carriage 435, vibrated under carriage 435 End is disposed with three jolt ramming telescopic chutes from front to back, vibrates and is provided with vibration by motor cabinet on the outer wall of carriage 435 Electric rotating machine 437, the output shaft of vibration electric rotating machine 437 are arranged on vibration carriage 435 by bearing, vibration electric rotating machine 437 output shaft is connected by shaft coupling with vibrating one end of rotary shaft 438, and the other end of vibration rotary shaft 438 passes through bearing On vibration carriage 435, vibrate and be sequentially installed with three cams 439 on the outer wall of rotary shaft 438 from front to back, three The position of cam 439 is different, and the lower end of each cam 439 is provided with a jolt ramming side chain 45, vibration travelling carriage 431 with Vibration support slot 47 is used in conjunction with each other and the support effect mobile with auxiliary is served to vibration displacement plate 432, the control limit Position mechanism 48 includes the control limited block 481 being connected to by bearing pin on vibration displacement frame 433, controls the side wall of limited block 481 Upper to be connected by bearing pin with the top of control limiting cylinder 482, the bottom of control limiting cylinder 482 is connected to vibration by bearing pin On displacement frame 433, vibrate and control locating piece 483 is installed on support frame 41, control equidistant from left to right on locating piece 483 Control locating slot is provided with, control limited block 481 cooperates with control stopper slot and moved, by vibrating the band of telescopic cylinder 426 Dynamic oscillation stop block 427 cooperates to move with vibration stopper slot and the progress of vibration displacement frame 433 position is fixed, it is ensured that vibration moves Motivation structure 42 can drive the movement that vibration displacement frame 433 is stablized during work, by controlling limiting cylinder 482 Drive control limited block 481 to carry out position to vibration displacement frame 433 with control stopper slot mutual cooperation motion to fix, it is ensured that vibration Displacement frame 433 is operated what specified position can stablize, and vibration lift cylinder 434 is in two Vibrant buffer springs 436 Auxiliary under drive vibration carriage 435 carry out lift adjustment, by vibration electric rotating machine 437 drive vibration rotary shaft 438 on Cam 439 rotated, cam 439 drives jolt ramming side chain 45 to carry out reciprocal lift adjustment during rotation, without people Work carries out vibrating compacting operation by existing equipment, simple to operate, reduces the labor intensity of staff, improves work Efficiency.

The jolt ramming side chain 45 includes two vibration back-moving springs 451 being arranged on vibration carriage 435, two vibrations Back-moving spring 451 is symmetrically positioned in the left and right sides of vibration telescopic chute, and the upper end of two vibration back-moving springs 451 is stretched installed in vibration On contracting plate 452, vibrate and vibration follower lever 453 is installed on expansion plate 452, the upper end of vibration follower lever 453 is chondritic, is shaken The upper end of dynamic follower lever 453 is close on the outer wall of cam 439, and the lower end of vibration follower lever 453 is arranged on jolt ramming post 454, And vibration follower lever 453 be located in jolt ramming telescopic chute, two vibration back-moving springs 451 the process of work can drive vibrate from Lever 453 carries out reset regulation, drives vibration driven by vibrating the change of the contact position between follower lever 453 and cam 439 Bar 453 carries out reciprocal lift adjustment, and vibration follower lever 453 drives jolt ramming post 454 synchronously to be moved during motion, nothing Manual operation is needed, automation carries out reciprocal lift adjustment, can carry out automation vibration to the concrete being filled into steel reinforcement cage Compacting, the labor intensity of staff is reduced, improve the efficiency of work.

The jolt ramming post 454 is hollow cylindrical structure, is had from top to bottom by bearing spaced set in jolt ramming post 454 Jolt ramming rotary shaft 455, the both ends of jolt ramming rotary shaft 455 are provided with vibration auxiliary side chain 46, covered on the outer wall of jolt ramming rotary shaft 455 Provided with turbine 456, worm screw 457 is engaged with turbine 456, the upper end of worm screw 457 passes through shaft coupling and jolt ramming rotary electric machine 458 Output shaft is connected, and the lower end of worm screw 457 is arranged on jolt ramming post 454 by bearing, and worm screw is driven by jolt ramming rotary electric machine 458 457 are rotated, and worm screw 457 drives turbine 456 to be synchronized with the movement during rotation, and turbine 456 drives jolt ramming rotary shaft 455 On vibration auxiliary side chain 46 rotated, it is described vibration auxiliary side chain 46 include be arranged on jolt ramming rotary shaft 455 on vibration Accessory plate 461, vibrating to be connected through the hinge on accessory plate 461 has vibration adjustable plate 462, and the lower end of vibration adjustable plate 462 is set There is vibration auxiliary rod 463, vibrate and be connected in the side wall of adjustable plate 462 by bearing pin with vibrating the top of rotary cylinder 464, vibrated The bottom of rotary cylinder 464 is connected on vibration accessory plate 461 by bearing pin, and vibration rotary cylinder 464 drives vibration adjustable plate 462 On vibration auxiliary rod 463 carry out rotation regulation, it is ensured that vibration auxiliary side chain 46 can expand to coagulation during work The scope of soil vibration, improve the intensity of vibratory concrete, it is ensured that jolt ramming post 454 can smoothly pass through the space of steel reinforcement cage, work The vibration area of concrete can be expanded when making, concrete can comprehensively be vibrated, it is ensured that the density of concrete, protected Card concrete is not in the phenomenon of hole, does not interfere with construction quality, improves the efficiency of work.

During work, started working first according to two mobile adjusting meanss 2 of real work situation, mobile adjusting means 2 is logical Crossing bi-directional drive motor 25 drives the driving car 24 for being arranged on the mobile lower end of adjusting bracket 23 to carry out left and right tune in mobile regulating tank Section, mobile riser 21 be used in conjunction with each other with mobile sliding block 22 during work mobile adjusting bracket 23 is served support with Mobile effect is aided in, can carry out position to mobile adjusting bracket 23 when two mobile position-limit mechanisms 28 work fixes, and passes through shifting Dynamic limiting cylinder 281 drives movement limited block 282 to consolidate with the mobile spacing motion that cooperates to the mobile progress of adjusting bracket 23 position Fixed, the seaming position that two mobile adjusting meanss 2 can be directed to different in width during work carries out automation regulation, energy It is enough to drive the present invention to carry out operation in the operating position of adaptation, it is applied widely, select existing movement to set without staff Standby, driving car 24 drives the present invention to move, and the perfusion governor motion 33 on device for casting 3 is started working, and is revolved by irrigating Rotating motor 331 drives intrusion pipe 37 to carry out left and right adjusting, and perfusion roller 338 is used in conjunction with each other with perfusion slide rail 339 and worked In serve the effect of auxiliary adjustment, perfusion telescopic cylinder 3310 drives the note pipe 37 on the perfusion outer wall of crane 3311 to automate Carry out lift adjustment,.The perfusion fixing groove on perfusion fixed mount 61 is driven with irrigating the phase of fixed column 63 by irrigating sliding cylinder 6 Mutual routing motion carries out position to perfusion feeding plate 336 and fixed, and mashing pump 35 is worked, and intrusion pipe 37 is extracted by the work of mashing pump 35 Concrete slurry in perfusion storage bin 32 is irrigated operation to connecting sewing, and perfusion governor motion 33 is according to real work situation The regulation of intrusion pipe 37 is driven to arrive suitable position, it is ensured that concrete slurry uniformly comprehensively can be filled into connecting sewing, avoided Concrete slurry is splashed everywhere, and device for casting 3 is started working, and vibration movement mechanism 42 is driven by vibration movement motor 423 shakes Dynamic rotation gear 424 moves on vibration rack 425, and vibration movement motor 423 drives vibration movement frame 422 is synchronous to carry out Mobile to adjust, the vibration travelling carriage 431 in vibration displacement mechanism 43 is used in conjunction with each other to vibration displacement with vibration support slot 47 Plate 432 serves the support effect mobile with auxiliary, drives oscillation stop block 427 to be limited with vibration by vibrating telescopic cylinder 426 Position groove cooperates to move and the progress of vibration displacement frame 433 position is fixed, it is ensured that vibration movement mechanism 42 is during work The movement that vibration displacement frame 433 can be driven to be stablized, by controlling limiting cylinder 482 to drive control limited block 481 and control Stopper slot processed cooperates to move and the progress of vibration displacement frame 433 position is fixed, it is ensured that vibration displacement frame 433 is in specified position What can be stablized is operated, and vibration lift cylinder 434 drives vibration carriage under the auxiliary of two Vibrant buffer springs 436 435 carry out lift adjustment, drive the cam 439 in vibration rotary shaft 438 to be rotated by vibration electric rotating machine 437, cam 439 drive jolt ramming side chain 45 to carry out reciprocal lift adjustment during rotation, jolt ramming side chain 45 by vibrate follower lever 453 with Contact position change between cam 439 drives vibration follower lever 453 to carry out reciprocal lift adjustment, and vibration follower lever 453 is being transported Jolt ramming post 454 is driven synchronously to be moved in dynamic process, the jolt ramming rotary electric machine 458 in jolt ramming post 454 drives worm screw 457 to enter Row rotation, worm screw 457 drive turbine 456 to be synchronized with the movement during rotation, and turbine 456 is driven in jolt ramming rotary shaft 455 Vibration auxiliary side chain 46 is rotated, and vibration auxiliary side chain 46 is driven on vibration adjustable plate 462 by vibrating rotary cylinder 464 Vibration auxiliary rod 463 carries out rotation regulation, it is ensured that vibration auxiliary side chain 46 can expand during work to shake to concrete Dynamic scope, improve the intensity of vibratory concrete, it is ensured that jolt ramming post 454 can be smoothly by the space of steel reinforcement cage, during work The vibration area of concrete can be expanded, the function that wet joint concrete automation pours is realized, solve existing wet seam Particular job environment large-sized concrete conveying equipment present in concreting process can not normal work, it is necessary to manually by Existing mobile device delivering concrete, need during concrete conveyance manually to select what is adapted to setting according to the width of seam Standby, artificial conveyance casting concrete is unstable, concrete is splashed the position beyond connecting sewing, artificial conveyance concrete The uniformity of concreting can not be ensured, it is necessary to manually carry out vibration pressure to the concrete poured by existing vibratory equipment Real, wet joint concrete needs to avoid steel reinforcement cage during pouring vibration, complex operation, manually concrete can not be carried out complete The vibration in face, the density of concrete can not be ensured, concrete occurs the phenomenon of hole, influences construction quality, safety be present The problems such as hidden danger, have reached purpose.

The basic principles, principal features and advantages of the present invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and the description in above-described embodiment and specification simply illustrates the present invention Principle, without departing from the spirit and scope of the present invention, various changes and modifications of the present invention are possible, and these change and changed Enter all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent Define.

Claims

1. a kind of wet seam of reinforced concrete bridge cantilever bridge, which is built, pours intelligent machine, including bottom plate (1), it is characterised in that：Bottom plate (1) two pairs of mobile regulating tanks are provided with, two pairs of mobile regulating tanks are symmetrically positioned in the left and right sides of bottom plate (1), and each pair movement is adjusted Mobile adjusting means (2) is provided with section groove, the front end of bottom plate (1) is provided with device for casting (3), and the rear end of bottom plate (1) is set Vibrating compaction device (4) is equipped with, mobile adjusting means (2), device for casting (3) are used in conjunction with each other with vibrating compaction device (4) Complete the technique that wet joint concrete automation pours；

The mobile adjusting means (2) includes two pieces of mobile risers (21) being arranged on bottom plate (1), two pieces of mobile risers (21) The front and rear sides of bottom plate (1) are symmetrically positioned in, the upper end of two pieces of mobile risers (21) is arranged on mobile adjust by mobile sliding block (22) Save on frame (23), the lower end of mobile adjusting bracket (23) is in a pair of movement regulating tanks, the lower end installation of mobile adjusting bracket (23) There is driving car (24), the middle part lower end of mobile adjusting bracket (23) is provided with bi-directional drive motor (25), two-way drive by motor cabinet A drive gear (26) is mounted on each output shaft of dynamic motor (25), it is defeated installed in (25) two, bi-directional drive motor Two driving racks (27) are engaged with two drive gears (26) on shaft, two driving racks (27) are arranged on bottom plate (1) on, two mobile position-limit mechanisms (28) are provided with mobile adjusting bracket (23), two mobile position-limit mechanisms (28) are symmetrically positioned in The front and rear sides of mobile adjusting bracket (23)；

The device for casting (3) includes the perfusion storage bin (32) by irrigating support frame (31) on bottom plate (1), perfusion The upper end of storage bin (32) is provided with charging aperture, irrigates and discharging opening is provided with the downside of the front end of storage bin (32), before bottom plate (1) End is provided with perfusion governor motion (33), and guide roller (34), slurry are sequentially installed with from front to back on perfusion governor motion (33) Pump (35) and guide support frame (36), the discharge outlet of perfusion storage bin (32) are provided with intrusion pipe (37), intrusion pipe (37) from Pass around forward and pacify by guide support frame (36), mashing pump (35) import, mashing pump (35) outlet with guide roller (34) successively afterwards On perfusion governor motion (33)；

The vibrating compaction device (4) includes the vibration support frame (41) installed in bottom plate (1) rear end, vibrates on support frame (41) Vibration movement mechanism (42) is provided with, vibration movement groove, the lower end of vibration support frame (41) are provided with vibration support frame (41) Support slot (47) is vibrated, vibration support slot (47) is interior to be provided with vibration displacement at equal intervals from left to right by sliding matching mode Mechanism (43), vibration displacement mechanism (43) are located in vibration movement groove.

2. the wet seam of a kind of reinforced concrete bridge cantilever bridge according to claim 1, which is built, pours intelligent machine, its feature exists In：The mobile position-limit mechanism (28) includes being arranged on the mobile limiting cylinder (281) of mobile adjusting bracket (23) lower end, mobile limit The top of position cylinder (281) is arranged on mobile limited block (282) by flange, and shifting is provided with the side wall of mobile riser (21) Fixed block (283) is moved, is provided with mobile stopper slot, mobile limited block on mobile fixed block (283) at equal intervals from left to right (282) moved with mobile spacing cooperate.

3. the wet seam of a kind of reinforced concrete bridge cantilever bridge according to claim 1, which is built, pours intelligent machine, its feature exists In：The perfusion governor motion (33) includes the perfusion electric rotating machine (331) being arranged on by motor cabinet on bottom plate (1), perfusion It is connected on the output shaft of electric rotating machine (331) by shaft coupling with one end of perfusion leading screw (332), irrigates the another of leading screw (332) One end is arranged on perfusion baffle plate (333) by bearing, and perfusion baffle plate (333) is arranged on bottom plate (1), irrigates leading screw (332) On be provided with perfusion movable block (334), perfusion movable block (334) lower end be provided with perfusion sliding block (335), irrigate sliding block (335) it is arranged on bottom plate (1), irrigates and perfusion feeding plate (336) is installed on movable block (334), perfusion feeding plate (336) Lower end is symmetrically installed with two pieces of perfusion risers (337), and perfusion roller is provided with by bearing between two pieces of perfusions risers (337) (338) lower end for, irrigating roller (338) is connected by sliding matching mode with perfusion slide rail (339), perfusion slide rail (339) peace On bottom plate (1), perfusion telescopic cylinder (3310) is installed on the downside of the front end of perfusion feeding plate (336), irrigates telescopic cylinder (3310) top is arranged on perfusion crane (3311) by flange, and filling is provided with the outer wall of perfusion crane (3311) Note pipe (37).

4. the wet seam of a kind of reinforced concrete bridge cantilever bridge according to claim 3, which is built, pours intelligent machine, its feature exists In：The lower end of the perfusion feeding plate (336) is provided with perfusion sliding cylinder (6), and the top of perfusion sliding cylinder (6) passes through method Orchid is arranged on perfusion fixed mount (61), and the lower end of perfusion fixed mount (61) is provided with perfusion fixing groove, perfusion fixed mount (61) Side wall on lifting slider (62) is installed, lifting slider (62) is arranged on perfusion movable block (334), from a left side on bottom plate (1) Turn right and be provided with perfusion fixed column (63) at equal intervals, perfusion fixed column (63) cooperates with perfusion fixing groove and moved.

5. the wet seam of a kind of reinforced concrete bridge cantilever bridge according to claim 1, which is built, pours intelligent machine, its feature exists In：The vibration movement mechanism (42) includes two vibration slide rails (421) being symmetrically mounted in vibration support frame (41), two It is connected on vibration slide rail (421) by sliding matching mode with vibration movement frame (422), vibration movement frame (422) is in inverted U knot Structure, two vibration movement motors (423) is provided with the side wall of vibration movement frame (422), two vibration movement motors (423) are right Claim vibration rotation gear is installed on the front and rear sides of vibration movement frame (422), the output shaft of vibration movement motor (423) (424) vibration rack (425), is engaged with vibration rotation gear (424), vibration rack (425) is arranged on vibration movement frame (422) on, two vibration telescopic cylinders (426), two vibration telescopic cylinders are provided with the inwall of vibration movement frame (422) (426) front and rear sides of vibration movement frame (422) are symmetrically positioned in, the top of vibration telescopic cylinder (426) is arranged on by flange Oscillation stop block (427).

6. the wet seam of a kind of reinforced concrete bridge cantilever bridge according to claim 1, which is built, pours intelligent machine, its feature exists In：The vibration displacement mechanism (43) includes the vibration travelling carriage being connected to by sliding matching mode in vibration support slot (47) (431) lower end for, vibrating travelling carriage (431) is arranged on vibration displacement plate (432), and vibration displacement plate is provided with vibration on (432) Displacement frame (433), the lower end of vibration displacement frame (433) are provided with two control position-limit mechanisms (48), vibration displacement frame (433) position In in vibration movement groove, being provided with two vibration stopper slots on vibration movement frame (422), two vibration stopper slots are symmetrically positioned in and shaken The front and rear sides of dynamic movable stand (422), oscillation stop block (427) cooperate with vibration stopper slot and moved, vibration displacement plate (432) lower end is provided with vibration lift cylinder (434), and the top of vibration lift cylinder (434) is arranged on vibration by flange On carriage (435), the lower end of vibration displacement plate (432) is provided with two Vibrant buffer springs (436), two Vibrant buffer bullets The lower end of spring (436) is arranged on vibration carriage (435), and the lower end of vibration carriage (435) is disposed with from front to back Three jolt ramming telescopic chutes, vibrate and vibration electric rotating machine (437) is provided with by motor cabinet on the outer wall of carriage (435), vibrate The output shaft of electric rotating machine (437) is arranged on vibration carriage (435) by bearing, the output of vibration electric rotating machine (437) Axle is connected by shaft coupling with one end of vibration rotary shaft (438), and the other end of vibration rotary shaft (438) is arranged on by bearing Vibrate on carriage (435), vibrate and be sequentially installed with three cams (439) on the outer wall of rotary shaft (438) from front to back, three The position of cam (439) is different, and the lower end of each cam (439) is provided with a jolt ramming side chain (45)；

The control position-limit mechanism (48) includes the control limited block (481) being connected to by bearing pin on vibration displacement frame (433), It is connected in the side wall of control limited block (481) by bearing pin with the top of control limiting cylinder (482), controls limiting cylinder (482) bottom is connected on vibration displacement frame (433) by bearing pin, and control locating piece is provided with vibration support frame (41) (483), control and be provided with control locating slot on locating piece (483) at equal intervals from left to right, control limited block (481) and control Stopper slot, which cooperates, to move.

7. the wet seam of a kind of reinforced concrete bridge cantilever bridge according to claim 6, which is built, pours intelligent machine, its feature exists In：The jolt ramming side chain (45) includes two vibration back-moving springs (451) being arranged on vibration carriage (435), and two are shaken Dynamic back-moving spring (451) is symmetrically positioned in the left and right sides of vibration telescopic chute, and the upper end of two vibration back-moving springs (451) is arranged on Vibrate on expansion plate (452), vibrate and vibration follower lever (453) is installed on expansion plate (452), vibrate the upper of follower lever (453) Hold and be close to for chondritic, the upper end of vibration follower lever (453) on the outer wall of cam (439), under vibration follower lever (453) End is arranged on jolt ramming post (454), and is vibrated follower lever (453) and be located in jolt ramming telescopic chute.

8. the wet seam of a kind of reinforced concrete bridge cantilever bridge according to claim 7, which is built, pours intelligent machine, its feature exists In：The jolt ramming post (454) is hollow cylindrical structure, is had from top to bottom by bearing spaced set in jolt ramming post (454) Jolt ramming rotary shaft (455), the both ends of jolt ramming rotary shaft (455) are provided with vibration auxiliary side chain (46), jolt ramming rotary shaft (455) Turbine (456) is arranged with outer wall, is engaged with worm screw (457) on turbine (456), the upper end of worm screw (457) by shaft coupling with The output shaft of jolt ramming rotary electric machine (458) is connected, and the lower end of worm screw (457) is arranged on jolt ramming post (454) by bearing.

9. the wet seam of a kind of reinforced concrete bridge cantilever bridge according to claim 8, which is built, pours intelligent machine, its feature exists In：The vibration auxiliary side chain (46) includes the vibration accessory plate (461) being arranged in jolt ramming rotary shaft (455), vibration auxiliary Being connected through the hinge on plate (461) has vibration adjustable plate (462), and the lower end of vibration adjustable plate (462) is provided with vibration auxiliary rod (463), vibrate and be connected in the side wall of adjustable plate (462) by bearing pin with the top of vibration rotary cylinder (464), vibrate rotary pneumatic The bottom of cylinder (464) is connected on vibration accessory plate (461) by bearing pin.