CN205936465U - Piles foundation construction slurry treatment device - Google Patents

Abstract

The utility model provides a piles foundation construction slurry treatment device, include: the sand pump to take with boring to be cut mud out from drilling, solution tank is with the buffer memory clear water, the water pump, its input and solution tank intercommunication are with the extraction clear water, sand water mixing duct, its input position is higher than the output position, and the output of sand pump and the output of water pump all connect to sand water mixing duct's input, the screen cloth, it is convex structure, and the input of screen cloth is located sand water mixing duct's output below, and the input position of screen cloth is higher than screen cloth output position, and the contained angle between the central line of screen cloth and the water flat line is 20~30, the rack, it includes two piece at least oblique pull rods, and the upper end of every oblique pull rod is all edge -fixed with the screen cloth, and the lower extreme of all oblique pull rods all is connected to a vibration board. The beneficial effect of the utility model: realized that it bores the automatic discharge that is cut to go out the back in the slime separation.

Description

A kind of building pile foundation construction slurry processing meanss

Technical field

This utility model is related in pile foundation construction use device and in particular to a kind of building pile foundation construction slurry processing meanss.

Background technology

With expanding economy, the continuous quickening of urbanization process, the development of building trade is more and more rapider, is built in multiple Building on miscellaneous ground also gets more and more, and pile foundation engineering has become one of the most frequently used form of building.To soft foundation, block stone The complex foundations such as class or ultra-deep super-large diameter pile foundation, mechanical mud retaining wall pore-forming technique is constructed constantly more next as mature technology More is used.In prior art, during construction, place plane sets mud pit, for mixing mud or as circulating mud pond, With drill footage, mud index in repeated measure boring, and slurry is mended into boring using slush pump.Mud goes out from interior circulation of holing Come after, mud with bore quarrel mixed in together it is difficult to separate, after natural sedimentation, fraction mud is reused as slurry coat method, greatly Part mud and to bore quarrel mixed in together, transports to stacking place outside the venue through mud of technological requirement.After long-time natural sedimentation, could resource Change and utilize.Sometimes, due to environmental requirement, during pile foundation construction, also there is mud purification interior circulation of holing being gone out using mud cleaner Recycling after process, this device, using centrifugation decomposition method principle, mud is separated with boring mud, the mud weight isolated Multiple utilization.But this centrifugal separating device processes the inefficient of mud, therefore, could not popularize use.

In order to improve mud and the separating effect boring quarrel in pile foundation construction, disclosing a kind of Granted publication in Chinese patent is The pile foundation cleaning dregs system of CN205206764 U, including extraction mud pipe, frame and be respectively arranged in the confession water system in described frame System, slush pump and defecator, wherein, the Single port of described extraction mud pipe stretches into pile foundation in the hole, the another port of described extraction mud pipe It is communicated in the water inlet of described slush pump, described water system is communicated in inside described slush pump, and the water outlet of described slush pump Mouth is connected with described defecator, and described defecator carries out filtering residue process to being delivered to mud therein；Described defecator Including Rose Box, it is horizontally set at filtration sieve plate within described Rose Box and multiple is symmetrically mounted on described Rose Box Vibrator, between described Rose Box and described frame, shock absorber part is installed.Although this system achieves mud to a certain extent Separate with boring quarrel, but the shortcoming that this system yet suffers from is：1) this system is provided with two filtration sieve plates, and all of mistake Screen plate may be contained within horizontal direction although the good filtration effect of this filtration sieve plate, but this filtration after the completion of filter operation Brill quarrel on sieve plate is difficult to removal, and this system is that the brill quarrel that removal is filtered on sieve plate is provided with conveying worm, due to sieves Plate is located in horizontal direction, although conveying worm has tilted, only a fraction of brill quarrel can enter into spiral shell It is conveyed out in rotation conveyer, long-time quarrel of boring later deposits on filtering sieve plate, hinders filtering of follow-up mud, simultaneously Can occur because brill quarrel is more and filter the phenomenon that sieve plate is damaged, the work of conveying worm also can consume more energy, Modernization energy-conserving and environment-protective demand can not be met；2) on the Rose Box of this system, vibrator is set, thus realizing to whole Rose Box (including filtering sieve plate) is vibrated, but needs only be such that sieves panel vibration to improve the separating rate of mud and brill quarrel , therefore on whole Rose Box setting vibrator so that Rose Box similarly vibrates needs to expend substantial amounts of energy, mistake simultaneously Filter box can be quickly damaged with vibration together for a long time.

Utility model content

For the deficiency in the presence of prior art, this utility model provides a kind of building pile foundation construction slurry and processes dress Put it is achieved that boring being automatically drained out of quarrel after mud is isolated.

For achieving the above object, this utility model employs following technical scheme：

A kind of building pile foundation construction slurry processing meanss, including：Filtered water tank, to cache clear water；Water pump, its input with clear Water tank connects, to extract clear water；Sand water mixing duct, its input position is higher than outfan position, casing top The outfan of the spout hole of setting and water pump is all connected to the input of sand water mixing duct；Screen cloth, it is trench structure, screen cloth Input is located at below the outfan of sand water mixing duct, and the input position of screen cloth is higher than that screen cloth outfan institute is in place Put, and the angle between the centrage of screen cloth and horizontal line is 20 °～30 °；Mud transfer device, it is arranged at below screen cloth, Separate the mud obtaining to accept screen cloth；Mud pit, it is connected with the outlet of mud transfer device, to cache mud；Bracing frame, Support top of the trellis to be provided with gripper shoe, gripper shoe is extended with support column, support column is connected with mud transfer device；Spring, its It is arranged between screen cloth and gripper shoe；Vibrator, in its installation and vibrator；And slush pump, its input is with mud pit even Logical, its outfan is connected with boring.

Preferably, mud transfer device includes：It is arranged at the funnel below screen cloth, separated from screen cloth with undertaking Mud；And the hydraulic fill pipeline being connected with funnel, hydraulic fill pipeline outfan is connected with mud pit, and mud is guided mud pit.

Preferably, it is connected with flexible pipe between funnel and screen cloth.

Preferably, it is provided with pulley below bracing frame, below pulley, be equipped with the slide rail for leading block.

Preferably, the outfan in sand water mixing duct has extended downwardly locating rod, arranges on the input of screen cloth There is the positioning port matching with locating rod.

Preferably, screen cloth includes sieve plate, and sieve plate is rectangle structure, and two sides of sieve plate are respectively arranged with Biside plate, biside plate and sieve plate form bakie, and the input of bakie is more than the outfan of bakie.

Preferably, screen cloth is provided with the portable plate that can slide in the bakie of screen cloth, screen cloth is provided with for Drive the driving means of portable plate, and portable plate is located on the end face of screen cloth input when being in filtration condition.

Preferably, the first chute is offered on side plate, and the first chute is located at by bakie edge, in portable plate The sliding shoe that can slide in the first chute is provided with one side；Second chute is offered on another side plate, and in this side The driving chamber connecting with the second chute is defined in plate；Driving means include：Motor, motor is installed on side plate and its rotary shaft It extend into driving intracavity；First sprocket wheel, its center is connected with the rotary shaft of motor；Second sprocket wheel, the first sprocket wheel and the second sprocket wheel All rotate and be arranged at driving intracavity, be connected by chain between the first sprocket wheel and the second sprocket wheel；Several baffle plates, each baffle plate is equal For T font structure, each outer link of chain and each inner link are provided with a baffle plate, in chain positioned at the first chain Every gapless between the surface of two neighboring baffle plate on middle part between wheel and the second sprocket wheel, and it is located at chain one middle part The baffle surface that baffle plate extend in the second chute and is located in the second chute closes the second chute import, the opposite side of portable plate Side is fixed with a baffle plate.

Preferably, the first same strip groove is provided with the surface of each baffle plate, at the second chute two ends Side wall on be provided with the second strip groove being meshed with the first strip groove.

Compared to prior art, this utility model has the advantages that：By arrange sand water mixing duct it is achieved that Make mud before separation and bore inviscid between quarrel, prepare for follow-up separation；By arrange screen cloth lay angle, Achieving and bore being automatically drained out of quarrel after mud is isolated, decreasing the use boring quarrel outut device, thus decreasing energy Consume, it also avoid brill quarrel and remain on screen cloth.

Brief description

Fig. 1 is the front view after building pile foundation construction slurry processing meanss installation in embodiment 1；

Fig. 2 is the front view of screen cloth in Fig. 1；

Fig. 3 is the axonometric chart of screen cloth in Fig. 1；

Fig. 4 is the axonometric chart of screen cloth in embodiment 2；

Fig. 5 is the structural representation driving intracavity in screen cloth in Fig. 4；

Fig. 6 is the enlarged drawing at A in Fig. 4.

Specific embodiment

Embodiment 1：

As shown in figure 1, the utility model proposes a kind of building pile foundation construction slurry processing meanss, including：Filtered water tank (figure In do not show), water pump (not shown), spring 1, sand water mixing duct 2, screen cloth 3, mud transfer device 5, bracing frame 6, vibrator 7th, slush pump 8 and mud pit 9.

Specifically, it is provided with filtered water tank by sand water mixing duct 2, this filtered water tank is used for caching clear water.

The input of water pump is connected with filtered water tank, to extract clear water.

Sand water mixing duct 2 input position be higher than outfan position, casing 4 top setting spout hole and The outfan of water pump is all connected to the input of sand water mixing duct 2 it is achieved that mixing is so that bore quarrel in sand water mixing duct 2 On the mud of attachment can be completely disengaged from out, so that follow-up filtration treatment.

As shown in FIG. 2 and 3, can flow down along screen cloth 3 so that boring quarrel, screen cloth 3 is trench structure, to be formed Bore quarrel flow channel, prevent mud or brill quarrel during filtration separation excessive.The input of screen cloth 3 is located at sand water mixing duct Below 2 outfan, to accept mud and the brill quarrel to sand water mixing duct 2, because screen cloth 3 is located at below sand water mixing tube Form dislocation to connect, both prevented mud and brill quarrel excessive, and in turn simplify the connected mode of screen cloth 3 and sand water mixing tube.Screen cloth 3 Input position be higher than screen cloth 3 outfan position, and the angle a between the centrage of screen cloth 3 and horizontal line is 20 °～30 °.So that bore quarrel can from screen cloth 3 automatic landing and bore be cut landing more smooth, the centrage of screen cloth 3 Angle a and horizontal line between have to be larger than equal to 20 °；Meanwhile, so that mud can smoothly depart from it is necessary to make with boring to be cut Must bore be cut screen cloth 3 speed can not too fast so as to bore time on screen cloth 3 for the quarrel enough long so that mud can depart from boring quarrel, Therefore the angle a between the centrage of screen cloth 3 and horizontal line is necessarily less than equal to 30 °.Test through long-time, when in screen cloth 3 When angle a between heart line and horizontal line is for 20 °, the time boring quarrel slip on screen cloth 3 is longer, and mud can all be cut with boring Depart from；When angle a between the centrage and horizontal line of screen cloth 3 is 25 °, the time that brill quarrel is slided on screen cloth 3 is not very Long, mud can substantially all depart from boring to be cut；When angle a between the centrage and horizontal line of screen cloth 3 is 30 °, bore quarrel The time slided on screen cloth 3 is very short, and most of mud can depart from boring quarrel, but has fraction mud to be carried with boring quarrel Walk.In sum, the angle a between the centrage of screen cloth 3 and horizontal line is best for 25 °.

In order to realize the transfer of mud, mud transfer device 5 is arranged at below screen cloth 3, to accept what screen cloth 3 separation obtained Mud.

Mud pit 9 is connected with the outlet of mud transfer device 5, to cache mud.

In order to realize the support to mud transfer device 5 and vibrator 7, bracing frame 6 top is provided with gripper shoe 61, Support column 62 is extended with fagging 61, support column 62 is connected with mud transfer device 5, to support mud transfer device 5.

Spring 1 is arranged between screen cloth 3 and gripper shoe 61, so that screen cloth 3 can be allowed to vibrate with respect to gripper shoe 61, and can phase Relatively stablize so that screen cloth 3 is not in larger shift phenomenon under the buffering of spring 1 for making screen cloth 3, it is to avoid screen cloth 3 input and the outfan misalignment of sand water mixing duct, also avoid outfan and the lorry misalignment of screen cloth 3 simultaneously.

Vibrator 7 is arranged on screen cloth 3, so that screen cloth 3 vibrates.This vibrator 7 can select vibrating motor, and it is power The exciting source that source and vibration source are combined as a whole, as long as therefore vibrator 7 is arranged on the screen cloth 3 needing vibration it is possible to real The vibration of existing screen cloth 3.

It is provided with slush pump 8 in order to mend slurry into boring in time, the input of slush pump 8 is connected with mud pit 9, slush pump 8 outfan is connected with boring, thus realizing filling into mud in mud pit 9 in boring.It is to be noted that：Although seeing in Fig. 1 It is placed in the water of mud pit 9 like slush pump 8, be that actually slush pump 8 is placed on mud because ground and mud pit 9 are sectional views On the other ground of stock tank 9.

In order to design simple mud transfer device 5, mud transfer device 5 includes：It is arranged at the funnel of screen cloth 3 lower section 71, to accept the mud separated from screen cloth 3；And the hydraulic fill pipeline 72 being connected with funnel 71, hydraulic fill pipeline 72 outfan It is connected with mud pit 9, mud is guided mud pit 9.The design of this funnel 71 achieves the slurry collecting separated, And this funnel 71 is relatively independent with screen cloth 3, alleviates the heavy burden of vibrator 7, decreases the consumption of energy, meets modernization energy-conservation Production requirement；The design of hydraulic fill pipeline 72 is it is achieved that guiding to mud is it is achieved that the fast transfer of mud.

On the premise of ensureing there is no supporting relation between funnel 71 and screen cloth 3, in order to prevent mud from funnel 71 and sieve Between net 3, gap spills, and is connected with flexible pipe 73 between funnel 71 and screen cloth 3.

Shift this mud separator for convenience under pile foundation construction environment, be provided with pulley 11 below bracing frame 6, Because the ground at pile foundation construction scene is soil, larger to the frictional force of pulley 11, therefore it is equipped with for leading below pulley 11 To the slide rail 12 of pulley 11, with rubbing of reducing that pulley 11 is subject in rolling process.

As shown in figure 3, for convenience when mounted or screen cloth 3 mobile after realize the right of sand water mixing duct 2 and screen cloth 3 Standard, has extended downwardly locating rod 21 in the outfan of sand water mixing duct 2, has been provided with and locating rod on the input of screen cloth 3 The positioning port 31 matching.Due to the wider width of screen cloth 3, scatter in order to boring quarrel and mud and can spreading in screen cloth 3, with energy Enough fully brill quarrel is separated with mud.So that the width of screen cloth 3 outfan is adapted with lorry, to prevent from boring quarrel not Drop in the compartment of lorry, therefore the outfan of design screen cloth 3 is pyramidal structure, and the middle part of the outfan of screen cloth 3 and screen cloth 3 Section circular sliding slopes, to prevent from boring quarrel clamping stagnation in the dead angle between the outfan and the middle part of screen cloth 3 of screen cloth 3.

Please continue to refer to shown in Fig. 3, for design structure screen cloth simple, easy to use 3, avoid because of screen cloth 3 simultaneously The wider width of outfan and overflow from the compartment of train in boring quarrel transfer process, screen cloth 3 includes sieve plate 33, sieve plate 33 For rectangle structure, two sides of sieve plate 33 are respectively arranged with biside plate 34, biside plate 34 forms bakie with sieve plate 33, And the input of bakie is more than the outfan of bakie.

The operation principle of the present embodiment：Reuse front it is necessary first to install to this device, concrete installation steps are： First, install the casing 4 stretching in boring, casing 4 3m above ground level about；Then, embedded casing 4 this go out the portion on ground Point, in the process sand water mixing duct is connected with the spout hole of casing 4 simultaneously, simultaneously also by sand water mixing duct with exceed The casing 4 one on ground reinstate soil bury, thus on the ground formed a 3m above ground level about step 13, and this The width of rank 13 be enough to support rig, also needs to bury the support base extending to the hanging section of sand water mixing duct during embedded step 13 15, support base 15 is provided with snap ring 17, snap ring 17 one end is rotated with support base 15 and is connected, and the other end of snap ring 17 bypasses sand water It is connected with support base 15 by screw after mixing duct, screw one end is rotated with support base 15 and is connected, to turn to when seated Snap ring 17 position, the screw other end is threadeded with snap ring 17, and the setting of this snap ring 17 makes determining of sand water mixing duct Position is more accurate, and snap ring 17 and the mounting means of support base 15 be so that the dismounting of sand water mixing duct is convenient simultaneously, by sand Water mixing duct is arranged on support base 15, and with snap ring 17 clamping；Then, rig is placed on step；After again, on ground Laying track by upper, water mixing duct outlet；After again, the pulley 11 of screen cloth 3, bracing frame 6 and vibrator 7 lower section is placed on track On, promote bracing frame 6 so that in the positioning port that snaps in of the locating rod on sand water mixing duct 2, realize sand water mixing duct 2 with The be aligned of screen cloth 3；Finally, the loading bucket of lorry is aligned with the outfan of screen cloth 3, to accept the brill quarrel of screen cloth 3 discharge, installs Operation completes, ready.

During work, first, during pile foundation construction, with boring slowly increasing of quarrel, mud is from the spout hole stream of casing 4 Enter in sand water mixing duct, start water pump, filtered water tank clear water is pumped in sand water mixing duct 2 water pump, in Sha Shui simultaneously Mud, brill quarrel and clear water mixing in mixing duct 2, through the flowing in sand water mixing duct 2, clear water makes to be attached to brill Mud in quarrel is inviscid, so that follow-up mud can depart from boring quarrel；Then, the outflow mixing from sand water mixing duct 2 Logistics, to the input of screen cloth 3, due to inviscid between mud and brill quarrel, because boring quarrel slowly landing on screen cloth 3, is cut due to boring Mud do not walked by band, and mud is just flowed in funnel 71 along the hole on screen cloth 3 it is achieved that mud separates with boring quarrel, isolates The mud coming is entered in mud pit 9 by hydraulic fill pipeline 72, and when needing to mend slurry in for boring, slush pump 8 starts, slush pump 8 Slush pump 8 in mud pit 9 is entered in boring；Finally, bore quarrel from the loading bucket that the outfan of screen cloth 3 is slipped to lorry, Realize boring the transfer of quarrel.

Embodiment 2：

The present embodiment is with the difference of embodiment 1：Remove remaining boring on screen cloth 3 for convenience to be cut, screen cloth 3 is arranged There are portable plate 35 and driving means 36.

As shown in figure 4, specifically, screen cloth 3 is provided with the portable plate 35 that can slide in the bakie of screen cloth 3, in screen cloth 3 On be provided with driving means 36 for driving portable plate 35, and portable plate 35 inputs positioned at screen cloth 3 when being in filtration condition On the end face at end.

As shown in FIG. 4 and 5, in order to realize the driving to portable plate 35 for the driving means 36.Due to the brill quarrel on screen cloth 3 Under gravity can landing automatically, but still have remaining quarrel of boring on screen cloth 3, long term accumulation can lead to screen cloth 3 to block, because This and portable plate 35 and driving means 36 are set to be struck off.Because the remaining amount boring quarrel is not a lot, therefore in portable plate The power being subject to during 35 scrape is not very big, therefore the side of portable plate 35 is driven, to reduce both sides drive belt The consumption of the excessive energy coming.In order to keep balance in motor process for the portable plate 35, side plate 34 offers One chute 341, and the first chute 341 is located at by bakie edge, being provided with a side of portable plate 35 can be in the first chute The sliding shoe 351 sliding in 341；Second chute 342 is offered on another side plate 34, and defines in this side plate 34 and the The driving chamber (not shown) of two chute 342 connection, the setting of driving chamber is to place driving means 36；Driving means 36 include： Motor 361, motor 361 is installed on side plate 34 and its rotary shaft extend into driving intracavity；First sprocket wheel 362, its center and electricity The rotary shaft 363 of machine 361 connects；Second sprocket wheel 364, the first sprocket wheel 362 and the second sprocket wheel 364 all rotate and are arranged at driving chamber Interior, it is connected by chain 366 between the first sprocket wheel 362 and the second sprocket wheel 364；Several baffle plates 365, each baffle plate 365 is T Font structure, each outer link of chain 366 and each inner link is provided with a baffle plate 365, in being located at of chain 366 Every gapless between the surface of two neighboring baffle plate 365 on middle part between first sprocket wheel 362 and the second sprocket wheel 364, and position Baffle plate 365 surface extending in the second chute 342 and being located in the second chute 342 in the baffle plate 365 of chain 366 1 middle part Close the second chute 342 import, another side of portable plate 35 and a baffle plate 365 are fixing.By arranging chain 366, the first chain Wheel 362 and the second chain 366 are it is achieved that the circulation of the baffle plate 365 being located in the second chute 342 drives, and the setting of baffle plate 365 Put the import enclosing the second chute 342 it is therefore prevented that entering into driving intracavity and hinder driving dress because boring quarrel in filter process Put 36 use.

As shown in fig. 6, in order to prevent because boring in the gap that quarrel etc. enters between baffle plate 365 and the second chute 342 two ends Enter and affect the fluency of baffle plate 365 loopy moving, the first same strip is provided with the surface of each baffle plate 365 Groove 367, is provided with the second strip tooth being meshed with the first strip groove 367 on the side wall at the second chute 342 two ends Stricture of vagina 343.

When using, first, start motor 361, motor 361 is electrically connected with control circuit, the rotating forward of controlled motor 361 and Reversion, because when starting, portable plate 35 is in position during filtration condition, therefore controlled motor 361 rotates forward, and drives the first sprocket wheel 362 rotations, the first sprocket wheel 362 drives the second sprocket wheel 364 to rotate by chain 366, thus driving each being located on chain 366 Baffle plate 365 is mobile so that portable plate 35 moves to the outfan of screen cloth 3, and remaining quarrel of boring is struck off；When portable plate 35 reaches screen cloth After 3 outfan, under the control of control circuit, motor 361 inverts so that portable plate 35 returns to position during filtration condition Put.

Finally illustrate, above example only in order to the technical solution of the utility model to be described and unrestricted, although ginseng According to preferred embodiment, this utility model is described in detail, it will be understood by those within the art that, can be to this The technical scheme of utility model is modified or equivalent, the objective without deviating from technical solutions of the utility model and model Enclose, it all should be covered in the middle of right of the present utility model.

Claims (9)

1. a kind of building pile foundation construction slurry processing meanss are it is characterised in that include：

Filtered water tank, to cache clear water；

Water pump, its input is connected with filtered water tank, to extract clear water；

Sand water mixing duct, its input position is higher than outfan position, spout hole and water that casing top is arranged The outfan of pump is all connected to the input of sand water mixing duct；

Screen cloth, it is trench structure, and the input of screen cloth is located at below the outfan of sand water mixing duct, the input institute of screen cloth It is higher than screen cloth outfan position in position, and the angle between the centrage of screen cloth and horizontal line is 20 °～30 °；

Mud transfer device, it is arranged at below screen cloth, separates, to accept screen cloth, the mud obtaining；

Mud pit, it is connected with the outlet of mud transfer device, to cache mud；

Bracing frame, supports top of the trellis to be provided with gripper shoe, and gripper shoe is extended with support column, and support column is with mud transfer device even Connect；

Spring, it is arranged between screen cloth and gripper shoe；

Vibrator, in its installation and vibrator；And

Slush pump, its input is connected with mud pit, and its outfan is connected with boring.

2. building pile foundation construction slurry processing meanss according to claim 1 are it is characterised in that mud transfer device bag Include：

It is arranged at the funnel below screen cloth, to accept the mud separated from screen cloth；And

The hydraulic fill pipeline being connected with funnel, hydraulic fill pipeline outfan is connected with mud pit, and mud is guided mud pit.

3. building pile foundation construction slurry processing meanss according to claim 2 are it is characterised in that between funnel and screen cloth It is connected with flexible pipe.

4. building pile foundation construction slurry processing meanss according to claim 1 are it is characterised in that arrange below bracing frame There is pulley, below pulley, be equipped with the slide rail for leading block.

5. building pile foundation construction slurry processing meanss according to claim 1 are it is characterised in that in sand water mixing duct Outfan has extended downwardly locating rod, is provided with the positioning port matching with locating rod on the input of screen cloth.

6. building pile foundation construction slurry processing meanss according to claim 1 are it is characterised in that screen cloth includes sieve plate, Sieve plate is rectangle structure, and two sides of sieve plate are respectively arranged with biside plate, and biside plate forms bakie with sieve plate, and The input of bakie is more than the outfan of bakie.

7. building pile foundation construction slurry processing meanss according to claim 6 are it is characterised in that be provided with screen cloth can be The portable plate sliding in the bakie of screen cloth, is provided with the driving means for driving portable plate on screen cloth, and ought be in filtration During state, portable plate is located on the end face of screen cloth input.

8. building pile foundation construction slurry processing meanss according to claim 7 it is characterised in that

First chute is offered on side plate, and the first chute is located at by bakie edge, arranges on a side of portable plate There is the sliding shoe that can slide in the first chute；

Second chute is offered on another side plate, and defines the driving chamber connecting with the second chute in this side plate；

Driving means include：Motor, motor is installed on side plate and its rotary shaft extend into driving intracavity；First sprocket wheel, wherein The heart is connected with the rotary shaft of motor；Second sprocket wheel, the first sprocket wheel and the second sprocket wheel all rotate and are arranged at driving intracavity, the first sprocket wheel It is connected by chain between the second sprocket wheel；Several baffle plates, each baffle plate is T font structure, each outer link of chain And a baffle plate is provided with each inner link, every on middle part between the first sprocket wheel and the second sprocket wheel for the chain Gapless between the surface of two neighboring baffle plate, and be located at the baffle plate of chain one middle part and extend into second in chute and be located at the Baffle surface in two chutes closes the second chute import, and another side of portable plate and a baffle plate are fixed.

9. building pile foundation construction slurry processing meanss according to claim 8 are it is characterised in that surface in each baffle plate On be provided with the first same strip groove, the side wall at the second chute two ends is provided with and nibbles with the first strip groove phase The the second strip groove closing.