CN207348065U - A kind of bridge pile foundation is built automates perfusion equipment with concrete - Google Patents

Abstract

It the utility model is related to a kind of bridge pile foundation and build and automate perfusion equipment with concrete, including bottom plate, the lower end of bottom plate be provided with mobile device, the upper end of bottom plate is provided with device for casting.The utility model can solve to need present in existing building engineering pile foundation construction process by existing concrete mixer truck delivering concrete, need that manually existing pile foundation perfusion instrument is fixed, the road surface for building pile foundation is complicated, rainwater more season, ground is muddy, existing concrete mixer truck does not have corresponding safeguard procedures on muddy road surface, it is easily trapped into heavy road face, it is and big using existing concrete mixer truck delivering concrete poured pile base consumption resource, perfusion instrument is manually moved to the complicated manual control perfusion instrument in operating position by existing lifting movement equipment accident easily occurs to worker safety in the presence of problems such as threats, it can realize the function of pile foundation concrete automation perfusion.

Description

A kind of bridge pile foundation is built automates perfusion equipment with concrete

Technical field

Bridge construction technical field of engineering equipment is the utility model is related to, specifically a kind of bridge pile foundation is built with mixed Solidifying soil automation perfusion equipment.

Background technology

Pile foundation is collectively constituted by pile foundation with the cushion cap for being connected to stake top.If pile body is all embedded in soil, cushion cap bottom surface and soil Body contacts, then referred to as embedded footing on piles, low capped pile foundation；If pile body top is basseted and cushion cap bottom is located at more than ground, referred to as Vertical spots Base.Building pile foundation is usually embedded footing on piles, low capped pile foundation plinth.It is widely used in the engineerings such as skyscraper, bridge, high ferro, builds pile foundation needs Drill, then the reinforcing mould that reinforcing bar or steel pipe have been tied up is installed in existing mounting hole, most to construction location Afterwards by filling concrete to the mould reinforced, but needed present in existing building engineering pile foundation construction process by existing Concrete mixer truck delivering concrete, it is necessary to manually to existing pile foundation perfusion instrument be fixed, build the road surface of pile foundation In complexity, especially rainwater more season, ground is muddy, and existing concrete mixer truck is not prevented accordingly on muddy road surface Shield measure, is easily trapped into heavy road face, and utilizes existing concrete mixer truck delivering concrete poured pile base consumption resource Greatly, complicated, the manual control perfusion work that manually by existing lifting movement equipment perfusion instrument is moved to operating position The stability of tool at work, expends time length, and since concrete is heavier during filling concrete, manual control fills Note instrument easily occurs accident and there is threat to worker safety.

Utility model content

To solve the above-mentioned problems, the utility model provide a kind of bridge pile foundation build with concrete automation perfusion set It is standby, it can solve to need to convey coagulation by existing concrete mixer truck present in existing building engineering pile foundation construction process Soil is fixed, it is necessary to manually irrigate instrument to existing pile foundation, builds the road surface complexity of pile foundation, especially rainwater more season Section, ground is muddy, and existing concrete mixer truck does not have corresponding safeguard procedures on muddy road surface, is easily trapped into heavy road Face, and it is big using existing concrete mixer truck delivering concrete poured pile base consumption resource, manually moved by existing lifting Perfusion instrument is moved to that operating position is complicated by dynamic equipment, and the stability of manual control perfusion instrument at work, expends Time is grown, and since concrete is heavier during filling concrete, accident easily occurs for manual control perfusion instrument to work Make personnel safety and there is the problems such as threat, it is possible to achieve the function of pile foundation concrete automation perfusion, Automatic Conveying concrete, It can carry out stablizing movement on complicated road surface, instrument is irrigated without manual control, there is no security risk, and with saving The advantages that resource, labor intensity are small, it is short to expend the time and work efficiency is high.

To achieve these goals, the utility model is realized using following technical scheme：A kind of bridge pile foundation builds use Concrete automates perfusion equipment, including bottom plate, and the lower end of bottom plate is provided with mobile device, and the upper end of bottom plate is provided with perfusion dress Put, mobile device can drive the utility model smoothly to be moved on complicated road surface, and device for casting can carry out certainly Dynamicization pile foundation irrigates operation, and mobile device is used in conjunction with each other the work for completing the automation perfusion of pile foundation concrete with device for casting Skill.

The mobile device includes the bi-directional drive motor on front side of bottom plate lower end by motor cabinet, bi-directional drive electricity Each output shaft of machine is connected by shaft coupling with an active rotation axis, and the outside of every active rotation axis passes through bearing On a pair of of moving stop, each pair moving stop is installed on bottom plate, the active rotation between each pair moving stop An active runner is mounted in shaft, is uniformly provided with along its circumferential direction on the outer wall of active runner and moves friction Block, is symmetrically installed with two pairs of mobile risers on the downside of the rear end of bottom plate, between two pairs of mobile risers by bearing be provided with one from Turn axis, moves positioned at each pair and is both provided with a driven runner on the outer wall of the driven spindle between riser, driven runner Uniformly it is provided with along its circumferential direction on outer wall and moves brake pad, is passed through between each active runner and corresponding driven runner Bearing is provided with a mobile band, and frictional resistance block is evenly arranged with the outer wall of mobile band, is uniformly set on the inner wall of mobile band Mobile frictional groove is equipped with, a pair of mobile accessory plate is symmetrically installed with the middle part of the lower end of bottom plate, is passed through between the mobile accessory plate of a pair Bearing is provided with auxiliary mobile roller, and the outside of auxiliary mobile roller left and right ends is evenly arranged with along its circumferential direction moves friction Block, the inner side of auxiliary mobile roller left and right ends are uniformly provided with auxiliary stopper groove along its circumferential direction, aid in mobile roller Auxiliary movable block is uniformly provided with portion's outer wall, and aids in the arc-shaped structure of movable block, the lower end of bottom plate is symmetrically installed with two A positioning cylinder, the top of each positioning cylinder are installed on one piece of positioning annular slab by flange, positioned under annular slab End is provided with positioning column, and positioning column is corresponding with auxiliary stopper groove, and mobile position-limit mechanism is provided with the middle part of the lower end of bottom plate, mobile Brake pad is corresponding with mobile frictional groove, and the work of bi-directional drive motor drives two active runners to be rotated, and active runner exists Mobile band movement is driven under the auxiliary of driven runner, mobile band is in mobile brake pad with being carried out under the mutual cooperation of mobile frictional groove Movement, the mobile frictional resistance block taken can increase rubbing between the utility model and ground during being contacted with ground Wipe power, it can be ensured that what the utility model can be stablized on complicated road surface move, and aids in the movement on mobile roller Brake pad plays the role of auxiliary stopper during movement to mobile band, aids in the auxiliary movable block on mobile roller transporting The contact area between the utility model and ground is added in dynamic process, improves the utility model in moving process Stability, when the utility model moves to the operating position specified, positioning cylinder drives positioning column to move in auxiliary stopper groove Spacing to auxiliary mobile roller progress, movement position-limit mechanism work progress synchronous with driven runner to active runner is spacing, it is ensured that this What utility model can be stablized in specified operating position work, and perfusion raw material is conveyed without using equipment such as trucd mixers, Resource is saved, intricately general work is spacing without manually carrying out, and reduces the labor intensity of staff, improves work Efficiency.

The device for casting includes the mixing conveying mechanism being installed on bottom plate, and fixed filling is provided with mixing conveying mechanism Mechanism is noted, and fixed filling mechanism is located at the front side of mixing conveying mechanism, mixing conveying mechanism can carry out certainly perfusion raw material Dynamicization stirs, can be long and cures to avoid perfusion raw material pot life, can be to avoid work without the perfusion of human assistance pile foundation Personnel come to harm during operation, it can be ensured that pile foundation irrigates raw material during irrigating to spill, and reduce work Make the labor intensity of personnel, improve the intensity of work.

As a kind of optimal technical scheme of the utility model, the mixing conveying mechanism includes being installed on stretching on bottom plate Contracting cylinder, the top of telescopic cylinder are installed in stirring support plate by flange, and telescopic rod, telescopic rod are evenly arranged with bottom plate Top be installed on stirring support plate on, stir support plate on stirring supporting rack is installed, the upper end for stirring supporting rack is provided with Stirring frame, the upper end rear side of stirring frame are provided with feed inlet, and the upper end of stirring frame is provided with insulating body, insulating body and feed inlet phase It is corresponding, discharge port is provided with front side of the lower end of stirring frame, stirs and two stirring electricity is provided with by motor cabinet on back end of frame outer wall Machine, the output shaft of each stirring motor are connected by shaft coupling with one end of an agitating shaft, the other end of every agitating shaft It is installed on by bearing on the inner wall of stirring frame front end, is provided with paddle on agitating shaft, paddle structure in the shape of a spiral, is stirred Installation finite quantity cylinder on the downside of the rear end of frame is mixed, the top for cylinder of limiting the quantity is installed on limitation frame by flange, and limitation frame is L-shaped Structure, limitation frame are connected by sliding matching mode with the lower end of stirring frame, and frame of limiting the quantity is corresponding with discharge port, stirring support The front end of plate is provided with supporting and mounting bracket, and supporting and mounting bracket is of an L-shaped structure, and the front end of supporting and mounting bracket is provided with mounting groove, stirs Mixing the installed in front of support plate has support positioning plates, and the upper end of support positioning plates is installed in supporting and mounting bracket, supporting and mounting bracket On two pieces of drainage support plates are installed from back to front, two pieces of height in supporting and mounting bracket from back to front of drainage support plates are successively Reduce, the upper end of two pieces of drainage support plates is provided with drainage frame, and from back to front to tilt down structure, drainage frame is located at drainage frame The underface of discharge port, and the distance for draining frame left and right ends is more than the distance of discharge port left and right ends, first manually by into Material mouth will irrigate feedstock transportation to stirring frame, the height of poured pile base as needed, auxiliary lower band of the telescopic cylinder in telescopic rod Dynamic stirring support plate is adjusted to suitable height, it is ensured that fixed filling mechanism can move to suitable operating position, and two are stirred Mixing motor start-up operation drives two paddles of helicoidal structure to be carried out at the same time rotation, and two paddles are during rotating The perfusion raw material being stirred is carried forward conveying while being stirred to the perfusion raw material in stirring frame, cylinder operation of limiting the quantity Limitation frame is driven to carry out telescopic adjustment, limitation frame movement makes perfusion raw material be transported to from discharge port in drainage frame, drains in frame Perfusion raw material is transported in fixed filling mechanism under gravity, without human intervention, reduces the work of staff Intensity, improves the efficiency of work.

As a kind of optimal technical scheme of the utility model, the fixed filling mechanism is included in installation supporting and mounting bracket Ring slider, annular backup pad is provided with by sliding matching mode on ring slider, annular backup pad is installed on perfusion frame On, perfusion frame is installed in mounting groove, and the upper end for irrigating frame is incline structure from inside to outside, and the lower end for irrigating frame is from extroversion Introversion biassed fabric, irrigates and driven gear is provided with the downside outer wall of frame, driven gear structure in a ring, symmetrical on driven gear Two driving gears are engaged with, each driving gear is installed on the output shaft of an active motor, and each active motor is equal It is installed on by motor cabinet in supporting and mounting bracket, irrigates the lower end edge of frame its circumferential direction and be evenly arranged with four clamping side chains, Active motor drives driving gear to be rotated, and driving gear drives driven gear to be carried out at the same time rotation, and driven gear is working During drive perfusion frame to be synchronized with the movement, perfusion frame similarly hereinafter walks in the auxiliary of ring slider and carries out rotation adjusting, it is ensured that four Clamping side chain can move to the operating position specified, and without human intervention, reduce the labor intensity of staff, improve The efficiency of work.

As a kind of optimal technical scheme of the utility model, the clamping side chain includes being installed on perfusion outer frame wall Frame is gripped, the lower end for gripping frame is provided with gripper cylinder, and the top of gripper cylinder is installed on clamping branch by flange On fagging, the lower end of clamp standoff plate is provided with fixed column, the tapered structure in lower end of fixed column, symmetrical on the outer wall of fixed column Two clamping auxiliary blocks are provided with, the lower end of clamp standoff plate is symmetrically arranged with two fixed cylinders, the top of two fixed cylinders End is installed in gripping and fixed plate by flange, and circular trough is provided with the middle part of gripping and fixed plate, clamping is provided with circular trough Fixed block, grips and spacing holding tank is provided with the middle part of block, and the diameter of spacing holding tank is sequentially reduced from the bottom up, folder Holding cylinder drives fixed column to move to corresponding steel duct, and two clamping auxiliary blocks are made of flexible material, two fixed gas Cylinder drive grips block and synchronously moves downward, and grips block and two clamping auxiliary blocks are driven during movement to steel pipe Outside fastened, four clamping side chains work at the same time, and can ensure during circular pile foundation perfusion raw material without manually It is spacing to guiding tool progress, the work of staff to avoid staff is hurt during work, can be reduced Intensity, improves the efficiency of work.

As a kind of optimal technical scheme of the utility model, the mobile position-limit mechanism is included installed in bottom plate lower end Mobile limiting cylinder, the top of mobile limiting cylinder are installed on mobile limiting plate by flange, and front and rear the two of mobile limiting plate End is symmetrically connected with two blocks of limit installation plates by axis pin, and the upper end of every block of limit installation plate is installed on bottom plate by axis pin On, the lower end of every block of limit installation plate is symmetrically arranged with two fixed position-limited racks, the arc-shaped structure of fixed position-limited rack, fixed limit Limit fixing slot is evenly arranged with the inner wall of position frame, mobile limiting cylinder drives mobile limiting plate to carry out lift adjustment, mobile Limiting plate drives two pieces plate is mounted and carries out rotation adjusting in bottom plate by axis pin, and it is spacing that two pieces of limit installation strips move fixation Frame is synchronously moved, and the limit fixing slot on fixed position-limited rack is synchronous with driven runner to active runner during work Fixed into row position, without human intervention, reduce the labor intensity of staff, improve the efficiency of work.

During work, feedstock transportation manually will be irrigated in stirring frame by feed inlet first, poured pile base as needed Highly, telescopic cylinder drives stirring support plate to adjust to suitable height under the auxiliary of telescopic rod, it is ensured that fixed filling mechanism Suitable operating position can be moved to, device for casting is started to work, and the active motor on fixed filling mechanism drives driving tooth Wheel is rotated, and driving gear drives driven gear to be carried out at the same time rotation, and driven gear drives perfusion frame during work It is synchronized with the movement, perfusion frame is similarly hereinafter walked in the auxiliary of ring slider carries out rotation adjusting, it is ensured that four clamping side chains can move to The operating position specified, mobile device are started to work, and the work of bi-directional drive motor drives two active runners to be rotated, actively Runner drives mobile band movement, mutual cooperation of the mobile band in mobile brake pad and mobile frictional groove under the auxiliary of driven runner Under moved, the mobile frictional resistance block taken can increase during being contacted with ground the utility model and ground it Between frictional force, it can be ensured that what the utility model can be stablized on complicated road surface move, and aids on mobile roller Mobile brake pad play the role of auxiliary stopper to mobile band during movement, aid in the auxiliary on mobile roller to move Motion block adds the contact area between the utility model and ground during movement, improves the utility model in movement During stability, when the utility model moves to the operating position specified, positioning cylinder drive positioning column move to auxiliary Spacing to auxiliary mobile roller progress in limiting slot, mobile position-limit mechanism work, mobile limiting cylinder drives movement limiting plate to carry out Lift adjustment, mobile limiting plate drive two pieces plate is mounted and carry out rotation adjusting, two pieces of limit installations in bottom plate by axis pin Strip is moved fixed position-limited rack and is synchronously moved, and the limit fixing slot on fixed position-limited rack is during work to active runner Synchronous with driven runner to be fixed into row position, telescopic cylinder drives stirring support plate to move to working position under the auxiliary of telescopic rod Put, clamp the gripper cylinder on side chain and drive fixed column to move to corresponding steel duct, two clamping auxiliary blocks are by flexible material Matter forms, and two fixed cylinders drives grip block and synchronously move downward, and grip block and two are driven during movement A clamping auxiliary block fastens the outside of steel pipe, and four clamping side chains work at the same time, and can ensure that circular pile foundation perfusion is former Without manually spacing to guiding tool progress during material, two stirring motors start to work and drive two of helicoidal structure Paddle is carried out at the same time rotation, and two paddles are while the perfusion raw material in stirring frame is stirred during rotating The perfusion raw material being stirred is carried forward conveying, limitation cylinder operation drives limitation frame to carry out telescopic adjustment, limitation frame movement Perfusion raw material is set to be transported to from discharge port in drainage frame, the perfusion raw material drained in frame is irrigated in frame under gravity, Irrigate perfusion raw material under the guiding of frame to be smoothly transported in pile foundation mould, it is possible to achieve the work(of pile foundation concrete automation perfusion Energy.

The beneficial effects of the utility model are：

1st, the utility model can solve to need present in existing building engineering pile foundation construction process by existing mixed Mixer lorry delivering concrete is fixed, it is necessary to manually irrigate instrument to existing pile foundation, builds the road surface complexity of pile foundation, In especially rainwater more season, ground is muddy, and existing concrete mixer truck is arranged on muddy road surface without protection accordingly Apply, be easily trapped into heavy road face, and, people big using existing concrete mixer truck delivering concrete poured pile base consumption resource It is complicated that perfusion instrument by existing lifting movement equipment is moved to operating position by work, and manual control irrigates instrument in work Stability in work, expends time length, since concrete is heavier during filling concrete, manual control perfusion instrument Accident easily occurs and there is the problems such as threat to worker safety, it is possible to achieve the function of pile foundation concrete automation perfusion, Automatic Conveying concrete, can carry out stablizing movement on complicated road surface, irrigate instrument without manual control, there is no peace Full hidden danger, and have the advantages that to economize on resources, labor intensity is small, it is short high with work efficiency to expend the time；

2nd, the utility model devises mobile device, and the mobile brake pad in mobile device is engaged with mobile frictional groove Mobile band is driven to work on complicated road surface, the mobile frictional resistance block taken can increase the friction between ground Power, movement position-limit mechanism work progress synchronous with driven runner to active runner are spacing, it is ensured that the utility model is in specified work That makees that position can stablize work, and conveys perfusion raw material without using equipment such as trucd mixers, has saved resource, complicated ground Upper work is spacing without manually carrying out, and reduces the labor intensity of staff, improves the efficiency of work；

3rd, the utility model devises device for casting, and mixing conveying mechanism can carry out automation stirring to perfusion raw material, Can be long and cures to avoid perfusion raw material pot life, without manual control perfusion instrument, can make to avoid staff Come to harm during industry, it can be ensured that pile foundation irrigates raw material during irrigating to spill, and reduce staff's Labor intensity, improves the intensity of work.

Brief description of the drawings

The utility model is further illustrated with reference to the accompanying drawings and examples.

Fig. 1 is the structure diagram of the utility model；

Fig. 2 is the sectional view of the utility model；

Fig. 3 is the structure diagram between the utility model bottom plate and mobile device；

Fig. 4 is the I portions partial enlarged view of the utility model Fig. 2.

Embodiment

In order to make the technical means, creative features, achievable purpose and effectiveness that the utility model is realized easy to understand, under Face combines and is specifically illustrating, and the utility model is expanded on further.

As shown in Figures 1 to 4, a kind of bridge pile foundation is built automates perfusion equipment, including bottom plate 1, bottom plate 1 with concrete Lower end mobile device 2 is installed, the upper end of bottom plate 1 is provided with device for casting 3, and mobile device 2 can drive the utility model Smoothly moved on complicated road surface, device for casting 3 can carry out automation pile foundation perfusion operation, mobile device 2 with Device for casting 3 is used in conjunction with each other the technique for completing the automation perfusion of pile foundation concrete.

The mobile device 2 includes the bi-directional drive motor 21 on front side of 1 lower end of bottom plate, two-way drive by motor cabinet Each output shaft of dynamic motor 21 is connected by shaft coupling with an active rotation axis 22, the outside of every active rotation axis 22 It is installed on by bearing on a pair of of moving stop 23, each pair moving stop 23 is installed on bottom plate 1, is moved and is kept off positioned at each pair An active runner 24 is mounted on active rotation axis 22 between plate 23, along its circumferential direction on the outer wall of active runner 24 Mobile brake pad 25 is uniformly provided with, two pairs of mobile risers 26, two pairs of mobile risers are symmetrically installed with the downside of the rear end of bottom plate 1 A driven spindle 27 is provided with by bearing between 26, on the outer wall for moving the driven spindle 27 between riser 26 positioned at each pair A driven runner 28 is both provided with, is uniformly provided with along its circumferential direction on the outer wall of driven runner 28 and moves brake pad 25, a mobile band 29 is provided with by bearing between each active runner 24 and corresponding driven runner 28, mobile band 29 Frictional resistance block 210 is evenly arranged with outer wall, moves and mobile frictional groove is evenly arranged with the inner wall of band 29, under bottom plate 1 End middle part is symmetrically installed with the mobile accessory plate 211 of a pair, and being provided with auxiliary by bearing between the mobile accessory plate 211 of a pair moves Roller 212, the outside of 212 left and right ends of auxiliary mobile roller is evenly arranged with along its circumferential direction moves brake pad 25, auxiliary movement The inner side of 212 left and right ends of roller is uniformly provided with auxiliary stopper groove along its circumferential direction, outside the middle part for aiding in mobile roller 212 Auxiliary movable block 213 is uniformly provided with wall, and aids in 213 arc-shaped structure of movable block, the lower end of bottom plate 1 is symmetrically installed with Two positioning cylinders 214, the top of each positioning cylinder 214 are installed on one piece of positioning annular slab 215 by flange, positioning The lower end of annular slab 215 is provided with positioning column 216, and positioning column 216 is corresponding with auxiliary stopper groove, peace in the middle part of the lower end of bottom plate 1 Equipped with mobile position-limit mechanism 4, mobile brake pad 25 is corresponding with mobile frictional groove, and the work of bi-directional drive motor 21 drives two masters Turn wheel 24 is rotated, and active runner 24 drives mobile band 29 to move under the auxiliary of driven runner 28, and mobile band 29 is moving Dynamic friction block 25 with being moved under the mutual cooperation of mobile frictional groove, the frictional resistance block 210 on mobile band 29 with ground The frictional force between the utility model and ground can be increased during contact, it can be ensured that the utility model is on complicated road What can be stablized on face move, and aids in the mobile brake pad 25 on mobile roller 212 during movement to mobile band 29 play the role of auxiliary stopper, aid in the auxiliary movable block 213 on mobile roller 212 to add this reality during movement With the new contact area between ground, stability of the utility model in moving process, the utility model fortune are improved When moving the operating position specified, positioning cylinder 214 drives positioning column 216 to move in auxiliary stopper groove to aiding in mobile roller 212 carry out spacing, and the progress synchronous with driven runner 28 to active runner 24 that works of mobile position-limit mechanism 4 is spacing, it is ensured that this practicality It is new can stablize in specified operating position work, without using the equipment such as trucd mixer convey perfusion raw material, save Resource, intricately general work is spacing without manually carry out, and reduces the labor intensity of staff, improves the effect of work Rate.

The device for casting 3 includes the mixing conveying mechanism 31 being installed on bottom plate 1, is provided with mixing conveying mechanism 31 Fixed filling mechanism 32, and fixed filling mechanism 32 is located at the front side of mixing conveying mechanism 31, mixing conveying mechanism 31 can be right Perfusion raw material carries out automation stirring, can be long and cures to avoid perfusion raw material pot life, without the filling of human assistance pile foundation Note, can come to harm to avoid staff during operation, it can be ensured that pile foundation irrigates raw material not during irrigating It can spill, reduce the labor intensity of staff, improve the intensity of work.

The mixing conveying mechanism 31 includes the telescopic cylinder 311 being installed on bottom plate 1, and the top of telescopic cylinder 311 leads to Cross flange to be installed in stirring support plate 312, telescopic rod 313 is evenly arranged with bottom plate 1, the top of telescopic rod 313 is installed on Stir in support plate 312, stir and stirring supporting rack 314 is installed in support plate 312, the upper end of stirring supporting rack 314 is provided with Stirring frame 315, the upper end rear side of stirring frame 315 are provided with feed inlet, and the upper end of stirring frame 315 is provided with insulating body 316, guiding Frame 316 is corresponding with feed inlet, is provided with discharge port on front side of the lower end of stirring frame 315, passes through electricity on 315 rear end outer wall of stirring frame Engine base is provided with two stirring motors 317, and the output shaft of each stirring motor 317 passes through shaft coupling and an agitating shaft 318 One end be connected, the other end of every agitating shaft 318 is installed on the inner wall of 315 front end of stirring frame by bearing, agitating shaft Paddle 319 is provided with 318, finite quantity cylinder is installed in structure, the rear end downside of stirring frame 315 to paddle 319 in the shape of a spiral 3110, the top for cylinder 3110 of limiting the quantity is installed on limitation frame 3111 by flange, and limitation frame 3111 is of an L-shaped structure, frame of limiting the quantity 3111 are connected by sliding matching mode with the lower end of stirring frame 315, and frame 3111 of limiting the quantity is corresponding with discharge port, stirring branch The front end of fagging 312 is provided with supporting and mounting bracket 3112, and supporting and mounting bracket 3112 is of an L-shaped structure, before supporting and mounting bracket 3112 End is provided with mounting groove, and the installed in front of stirring support plate 312 has support positioning plates 3113, the upper end peace of support positioning plates 3113 Two pieces of drainage support plates 3114 are installed from back to front in supporting and mounting bracket 3112, in supporting and mounting bracket 3112, two pieces are drawn Flow height of the support plate 3114 in supporting and mounting bracket 3112 from back to front to be sequentially reduced, the upper end of two pieces of drainage support plates 3114 Drainage frame 3115 is installed, drainage frame 3115 from back to front to tilt down structure, drainage frame 3115 be located at discharge port just under Side, and the distance for draining 3115 left and right ends of frame is more than the distance of discharge port left and right ends, will manually be filled by feed inlet first Feedstock transportation is noted to stirring frame 315, the height of poured pile base as needed, auxiliary lower band of the telescopic cylinder 311 in telescopic rod 313 Dynamic stirring support plate 312 is adjusted to suitable height, it is ensured that and fixed filling mechanism 32 can move to suitable operating position, and two A stirring motor 317, which is started to work, drives two paddles 319 of helicoidal structure to be carried out at the same time rotation, two paddles 319 The perfusion raw material being stirred is carried forward while being stirred during rotating to the perfusion raw material in stirring frame 315 Conveying, the limitation work of cylinder 3110 drive limitation frame 3111 to carry out telescopic adjustment, and the limitation movement of frame 3111 makes perfusion raw material from going out Material mouth is transported in drainage frame 3115, and the perfusion raw material drained in frame 3115 is transported to fixed filling mechanism under gravity In 32, without human intervention, the labor intensity of staff is reduced, improve the efficiency of work.

The fixed filling mechanism 32 includes the ring slider 321 in installation supporting and mounting bracket 3112, on ring slider 321 Annular backup pad 322 is provided with by sliding matching mode, annular backup pad 322 is installed on perfusion frame 323, irrigates frame 323 In mounting groove, the upper end of perfusion frame 323 is incline structure from inside to outside, and irrigates the lower end of frame 323 as from outside to inside Incline structure, irrigates and is provided with driven gear 324 on the downside outer wall of frame 323, the structure in a ring of driven gear 324, driven tooth Two driving gears 325 are symmetrically engaged with wheel 324, each driving gear 325 is installed in the output of an active motor 326 On axis, each active motor 326 is installed in supporting and mounting bracket 3112 by motor cabinet, irrigates its week of lower end edge of frame 323 Four clamping side chains 327 are evenly arranged with to direction, active motor 326 drives driving gear 325 to be rotated, driving gear 325 drive driven gears 324 are carried out at the same time rotation, and driven gear 324 drives 323 synchronous fortune of perfusion frame during work Dynamic, perfusion frame 323 is similarly hereinafter walked in the auxiliary of ring slider 321 carries out rotation adjusting, it is ensured that four clamping side chains 327 can move To the operating position specified, without human intervention, the labor intensity of staff is reduced, improve the efficiency of work.

The clamping side chain 327, which includes being installed on perfusion 323 outer wall of frame, grips frame 3271, grips frame 3271 lower end is provided with gripper cylinder 3272, and the top of gripper cylinder 3272 is installed on clamp standoff plate 3273 by flange On, the lower end of clamp standoff plate 3273 is provided with fixed column 3274, the tapered structure in lower end of fixed column 3274, fixed column 3274 Outer wall on be symmetrically arranged with two clamping auxiliary blocks 3275, the lower end of clamp standoff plate 3273 is symmetrically arranged with two fixed gas Cylinder 3276, the top of two fixed cylinders 3276 are installed in gripping and fixed plate 3277 by flange, gripping and fixed plate 3277 Middle part is provided with circular trough, is provided with circular trough and grips block 3278, grip block 3278 middle part be provided with it is spacing Holding tank, and the diameter of spacing holding tank is sequentially reduced from the bottom up, gripper cylinder 3272 drive fixed column 3274 to move to pair The steel duct answered, two clamping auxiliary blocks 3275 are made of flexible material, and two fixed cylinders 3276, which drive, grips block 3278 synchronously move downward, and grip block 3278 and two clamping auxiliary blocks 3275 are driven during movement to the outer of steel pipe Portion is fastened, and four clamping side chains 327 work at the same time, need not be manually right during can ensureing circular pile foundation perfusion raw material Guiding tool progress is spacing, and the work that to avoid staff is hurt during work, can reduce staff is strong Degree, improves the efficiency of work.

The mobile position-limit mechanism 4 includes the mobile limiting cylinder 41 installed in 1 lower end of bottom plate, mobile limiting cylinder 41 Top is installed on mobile limiting plate 42 by flange, and the rear and front end of mobile limiting plate 42 is symmetrically connected with two pieces by axis pin Plate 43 is mounted, the upper end of every block of limit installation plate 43 is installed on bottom plate 1 by axis pin, and every piece is mounted plate 43 Lower end is symmetrically arranged with two fixed position-limited racks 44, and 44 arc-shaped structure of fixed position-limited rack, is fixed on the inner wall of position-limited rack 44 Limit fixing slot is evenly arranged with, mobile limiting cylinder 41 drives mobile limiting plate 42 to carry out lift adjustment, mobile limiting plate 42 Drive two pieces plate 43 is mounted by axis pin and carry out rotation adjusting in bottom plate 1, two pieces are mounted plate 43 and drive fixation spacing Frame 44 is synchronously moved, the limit fixing slot on fixed position-limited rack 44 during work to active runner 24 with from turn Wheel 28 is synchronous to be fixed into row position, without human intervention, is reduced the labor intensity of staff, is improved the efficiency of work.

During work, feedstock transportation manually will be irrigated in stirring frame 315 by feed inlet first, poured pile base as needed Height, telescopic cylinder 311 drives stirring support plate 312 to adjust to suitable height under the auxiliary of telescopic rod 313, it is ensured that Gu Suitable operating position can be moved to by determining filling mechanism 32, and device for casting 3 is started to work, the active on fixed filling mechanism 32 Motor 326 drives driving gear 325 to be rotated, and driving gear 325 drives driven gear 324 to be carried out at the same time rotation, driven tooth Wheel 324 drives perfusion frame 323 to be synchronized with the movement during work, auxiliary similarly hereinafter stepping of the perfusion frame 323 in ring slider 321 Row, which rotates, to be adjusted, it is ensured that four clamping side chains 327 can move to the operating position specified, and mobile device 2 is started to work, two-way The driving work of motor 21 drives two active runners 24 to be rotated, and active runner 24 drives shifting under the auxiliary of driven runner 28 Dynamic band 29 moves, mobile band 29 in mobile brake pad 25 with being moved under the mutual cooperation of mobile frictional groove, on movement band 29 Frictional resistance block 210 can increase the frictional force between the utility model and ground during being contacted with ground, can be with Ensure that what the utility model can stablize on complicated road surface move, aid in the mobile brake pad on mobile roller 212 25 play the role of auxiliary stopper during movement to mobile band 29, aid in the auxiliary movable block 213 on mobile roller 212 The contact area between the utility model and ground is added during movement, improves the utility model in moving process In stability, when the utility model moves to the operating position specified, positioning cylinder 214 drive positioning column 216 move to it is auxiliary Help limiting slot interior spacing to aiding in mobile roller 212 to carry out, mobile position-limit mechanism 4 works, and mobile limiting cylinder 41 drives movement to limit Position plate 42 carries out lift adjustment, and mobile limiting plate 42 drives two pieces plate 43 is mounted and carries out rotation tune in bottom plate 1 by axis pin Section, two pieces are mounted plate 43 and drive fixed position-limited rack 44 synchronously to be moved, and the limit fixing slot on fixed position-limited rack 44 exists Synchronous with driven runner 28 to active runner 24 during work to be fixed into row position, telescopic cylinder 311 is in telescopic rod 313 Auxiliary under drive stirring support plate 312 to move to operating position, the gripper cylinder 3272 clamped on side chain 327 drives fixed column 3274 move to corresponding steel duct, and two clamping auxiliary blocks 3275 are made of flexible material, two 3276 bands of fixed cylinder It is dynamic to grip block 3278 and synchronously move downward, grip block 3278 and drives two to clamp auxiliary blocks during movement The outside of 3275 pairs of steel pipes fastens, and four clamping side chains 327 work at the same time, and can ensure the mistake of circular pile foundation perfusion raw material Without manually spacing to guiding tool progress in journey, two stirring motors 317, which are started to work, drives two of helicoidal structure to stir Mix leaf 319 and be carried out at the same time rotation, two paddles 319 stir the perfusion raw material in stirring frame 315 during rotating The perfusion raw material being stirred is carried forward conveying while mixing, the limitation work of cylinder 3110 drives limitation frame 3111 to stretch Adjust, the limitation movement of frame 3111 makes perfusion raw material be transported to from discharge port in drainage frame 3115, and the perfusion drained in frame 3115 is former Material is irrigated in frame 323 under gravity, and perfusion raw material is smoothly transported to pile foundation mould under the guiding of perfusion frame 323 It is interior, the function of pile foundation concrete automation perfusion is realized, solve needs present in existing building engineering pile foundation construction process To be fixed, build, it is necessary to manually irrigate instrument to existing pile foundation by existing concrete mixer truck delivering concrete The road surface of pile foundation is complicated, especially rainwater more season, and ground is muddy, and existing concrete mixer truck does not have on muddy road surface There are corresponding safeguard procedures, be easily trapped into heavy road face, and utilize existing concrete mixer truck delivering concrete bored concrete pile Base consumption resource is big, and it is complicated that perfusion instrument manually is moved to operating position by existing lifting movement equipment, manually The stability of perfusion instrument at work is controlled to expend time length, since concrete is heavier during filling concrete, Manual control perfusion instrument easily occurs accident and there is the problems such as threat to worker safety, has reached purpose.

The basic principle, main feature and advantage of the utility model has been shown and described above.The technical staff of the industry It should be appreciated that the present utility model is not limited to the above embodiments, the simply explanation of the description in above embodiments and description The principle of the utility model, on the premise of not departing from the spirit and scope of the utility model, the utility model also have various changes Change and improve, these various changes and improvements fall within the scope of the claimed invention.The requires of the utility model protects model Enclose and be defined by the appending claims and its equivalent thereof.

Claims (9)

1. a kind of bridge pile foundation is built automates perfusion equipment, including bottom plate (1) with concrete, it is characterised in that：Bottom plate (1) Lower end is provided with mobile device (2), and the upper end of bottom plate (1) is provided with device for casting (3), mobile device (2) and device for casting (3) It is used in conjunction with each other the technique for completing the automation perfusion of pile foundation concrete；

The mobile device (2) includes the bi-directional drive motor (21) on front side of bottom plate (1) lower end by motor cabinet, two-way Each output shaft of driving motor (21) is connected by shaft coupling with an active rotation axis (22), every active rotation axis (22) outside is installed on a pair of of moving stop (23) by bearing, and each pair moving stop (23) is installed in bottom plate (1) On, an active runner (24) is mounted on the active rotation axis (22) between each pair moving stop (23), is actively turned Take turns uniformly to be provided with along its circumferential direction on the outer wall of (24) and move brake pad (25), symmetrical peace on the downside of the rear end of bottom plate (1) Equipped with two pairs of mobile risers (26), a driven spindle (27) is provided with by bearing between two pairs of mobile risers (26), is located at A driven runner (28), driven runner are both provided with the outer wall of driven spindle (27) between each pair movement riser (26) (28) be uniformly provided with along its circumferential direction on outer wall and move brake pad (25), each active runner (24) with it is corresponding from A mobile band (29) is provided with by bearing between turn wheel (28), friction resistance is evenly arranged with the outer wall of mobile band (29) Power block (210), movement are evenly arranged with mobile frictional groove, are symmetrically installed with the middle part of the lower end of bottom plate (1) on the inner wall with (29) The mobile accessory plate (211) of a pair, is provided with auxiliary mobile roller (212), auxiliary between the mobile accessory plate (211) of a pair by bearing The outside of mobile roller (212) left and right ends is evenly arranged with along its circumferential direction moves brake pad (25), auxiliary mobile roller (212) The inner side of left and right ends is uniformly provided with auxiliary stopper groove along its circumferential direction, on the middle part outer wall for aiding in mobile roller (212) It is uniform to be provided with auxiliary movable block (213), and movable block (213) arc-shaped structure is aided in, the lower end of bottom plate (1) is symmetrically installed There are two positioning cylinders (214), the top of each positioning cylinder (214) is installed on one piece of positioning annular slab by flange (215) on, the lower end of positioning annular slab (215) is provided with positioning column (216), and positioning column (216) is corresponding with auxiliary stopper groove, Mobile position-limit mechanism (4) is installed in the middle part of the lower end of bottom plate (1)；

The device for casting (3) includes the mixing conveying mechanism (31) being installed on bottom plate (1), and mixing conveying mechanism is set on (31) Fixed filling mechanism (32) is equipped with, and fixed filling mechanism (32) is located at the front side of mixing conveying mechanism (31).

2. a kind of bridge pile foundation according to claim 1 is built automates perfusion equipment with concrete, it is characterised in that：Institute The telescopic cylinder (311) that mixing conveying mechanism (31) includes being installed on bottom plate (1) is stated, the top of telescopic cylinder (311) passes through Flange is installed in stirring support plate (312), and telescopic rod (313), the top of telescopic rod (313) are evenly arranged with bottom plate (1) In stirring support plate (312), stir and stirring supporting rack (314) is installed in support plate (312), stir supporting rack (314) upper end is provided with stirring frame (315), and feed inlet is provided with rear side of the upper end of stirring frame (315), stirring frame (315) Upper end is provided with insulating body (316), and insulating body (316) is corresponding with feed inlet, is provided with out on front side of the lower end of stirring frame (315) Material mouth, is provided with two stirring motors (317), each stirring motor (317) on the outer wall of stirring frame (315) rear end by motor cabinet Output shaft be connected by shaft coupling with one end of an agitating shaft (318), the other end of every agitating shaft (318) passes through Bearing is installed on the inner wall of stirring frame (315) front end, and paddle (319), paddle (319) are provided with agitating shaft (318) Structure in the shape of a spiral, the rear end downside installation finite quantity cylinder (3110) of stirring frame (315), the top of limitation cylinder (3110) leads to Cross flange to be installed on limitation frame (3111), limitation frame (3111) is of an L-shaped structure, and limitation frame (3111) passes through sliding matching mode It is connected with the lower end of stirring frame (315), and frame (3111) of limiting the quantity is corresponding with discharge port, the front end peace of stirring support plate (312) Equipped with supporting and mounting bracket (3112), supporting and mounting bracket (3112) is of an L-shaped structure, and the front end of supporting and mounting bracket (3112) is provided with peace Tankage, the installed in front of stirring support plate (312) have support positioning plates (3113), and the upper end of support positioning plates (3113) is installed on In supporting and mounting bracket (3112), be provided with from back to front in supporting and mounting bracket (3112) two pieces drainage support plates (3114), two pieces Height of the drainage support plate (3114) in supporting and mounting bracket (3112) from back to front is sequentially reduced, two pieces of drainage support plates (3114) upper end is provided with drainage frame (3115), and drainage frame (3115) is to tilt down structure from back to front.

3. a kind of bridge pile foundation according to claim 1 is built automates perfusion equipment with concrete, it is characterised in that：Institute Stating fixed filling mechanism (32) includes installing the ring slider (321) in supporting and mounting bracket (3112), leads on ring slider (321) Cross sliding matching mode and annular backup pad (322) is installed, annular backup pad (322) is installed on perfusion frame (323), irrigates frame (323) it is installed in mounting groove, driven gear (324), driven gear (324) is provided with the downside outer wall of perfusion frame (323) Structure in a ring, is symmetrically engaged with two driving gears (325) on driven gear (324), each driving gear (325) is respectively mounted On the output shaft of an active motor (326), each active motor (326) is installed on supporting and mounting bracket by motor cabinet (3112) on, its circumferential direction of the lower end edge of perfusion frame (323) is evenly arranged with four clamping side chains (327).

4. a kind of bridge pile foundation according to claim 3 is built automates perfusion equipment with concrete, it is characterised in that：Institute Stating clamping side chain (327) includes gripping frame (3271) on perfusion frame (323) outer wall, grips frame (3271) Lower end gripper cylinder (3272) is installed, the top of gripper cylinder (3272) is installed on clamp standoff plate (3273) by flange On, the lower end of clamp standoff plate (3273) is provided with fixed column (3274), and the tapered structure in lower end of fixed column (3274) is fixed Two clamping auxiliary blocks (3275) are symmetrically arranged with the outer wall of column (3274), the lower end of clamp standoff plate (3273) is symmetrical arranged There are two fixed cylinders (3276), the top of two fixed cylinders (3276) is installed on gripping and fixed plate (3277) by flange On, circular trough is provided with the middle part of gripping and fixed plate (3277), is provided with circular trough and grips block (3278).

5. a kind of bridge pile foundation according to claim 1 is built automates perfusion equipment with concrete, it is characterised in that：Institute State the mobile limiting cylinder (41) that mobile position-limit mechanism (4) includes being installed on bottom plate (1) lower end, the top of mobile limiting cylinder (41) End is installed on mobile limiting plate (42) by flange, and the rear and front end of mobile limiting plate (42) is symmetrically connected with two by axis pin Plate (43) is mounted in block, and every piece of upper end that plate (43) is mounted is installed on bottom plate (1) by axis pin, every piece of spacing peace The lower end of loading board (43) is symmetrically arranged with two fixed position-limited racks (44), fixed position-limited rack (44) arc-shaped structure, fixed limit Limit fixing slot is evenly arranged with the inner wall of position frame (44).

6. a kind of bridge pile foundation according to claim 2 is built automates perfusion equipment with concrete, it is characterised in that：Institute The underface that drainage frame (3115) is located at discharge port is stated, and the distance for draining frame (3115) left and right ends is more than discharge port or so two The distance at end.

7. a kind of bridge pile foundation according to claim 1 is built automates perfusion equipment with concrete, it is characterised in that：Institute It is corresponding with mobile frictional groove to state mobile brake pad (25).

8. a kind of bridge pile foundation according to claim 3 is built automates perfusion equipment with concrete, it is characterised in that：Institute The upper end for stating perfusion frame (323) is incline structure from inside to outside, and the lower end for irrigating frame (323) is incline structure from outside to inside.

9. a kind of bridge pile foundation according to claim 4 is built automates perfusion equipment with concrete, it is characterised in that：Institute State to grip and spacing holding tank is provided with the middle part of block (3278), and the diameter of spacing holding tank is sequentially reduced from the bottom up.