CN105297716B - Vibratory Mixing stake machine and system - Google Patents
Vibratory Mixing stake machine and system Download PDFInfo
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- CN105297716B CN105297716B CN201510757931.0A CN201510757931A CN105297716B CN 105297716 B CN105297716 B CN 105297716B CN 201510757931 A CN201510757931 A CN 201510757931A CN 105297716 B CN105297716 B CN 105297716B
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Abstract
The present invention provides a kind of Vibratory Mixing stake machine, including：Actuating unit, power transmission shaft, drilling rod, uni-drive gear box and vibrating device.The actuating unit is connected with the power transmission shaft, drives the power transmission shaft rotation, and the uni-drive gear box is arranged between the power transmission shaft and the drilling rod, and the uni-drive gear box middle gear is connected with the power transmission shaft, drilling rod engagement respectively.The power transmission shaft is rotated by drilling rod described in gear driven described in the uni-drive gear box, and the vibrating device is connected to the uni-drive gear box.The present invention also provides a kind of Vibratory Mixing stake machine system.Stake machine in the prior art is solved to be constructed in the case where there is the geological conditions of sandy gravel or decomposed rock the phenomenon of easy holding tube.
Description
Technical field
The present invention relates to Soft Ground machinery equipment field, more particularly to a kind of Vibratory Mixing stake machine and system.
Background technology
At present, cement-soil mixing pile machine has been widely used in reinforced soft soil ground treatment.Traditional mixing pile machine is equal
Drilling rod operation is controlled using drive device, but in having the geological conditions work progress of sandy gravel or decomposed rock, is susceptible to
Drill bit of pile machine blocks the holding tube phenomenon that cannot be extracted.How to solve a machine sandy gravel or decomposed rock geological conditions construct when
Holding tube phenomenon, is to those skilled in the art the technical problem for being badly in need of solving.
The content of the invention
In view of this, it is easy to improve stake machine in the prior art the invention provides a kind of Vibratory Mixing stake machine and system
The technical problem of holding tube when the geological conditions for having sandy gravel or decomposed rock is constructed.
To achieve the above object, the present invention provides following technical scheme：
A kind of Vibratory Mixing stake machine, including：Actuating unit, power transmission shaft, drilling rod, uni-drive gear box and vibrating device.It is described
Actuating unit is connected with the power transmission shaft, drives power transmission shaft rotation, the uni-drive gear box be arranged at the power transmission shaft with
Between the drilling rod, the uni-drive gear box middle gear is connected with the power transmission shaft, drilling rod engagement respectively.The power transmission shaft passes through
Drilling rod described in gear driven is rotated described in the uni-drive gear box, and the vibrating device is connected to the uni-drive gear box.Institute
State Vibratory Mixing stake machine also include decelerator, the drilling rod also include interior drilling rod axle, outer drilling rod turning set, the actuating unit with
The input connection of the decelerator, the output end of the decelerator is connected with the input of the power transmission shaft, the power transmission shaft
Output end connect the driving gear of the uni-drive gear box, the interior drilling rod axle is rotatablely arranged at the uni-drive gear box
In, the outer drilling rod turning set is sheathed on outside the interior drilling rod axle, and the driven gear of the uni-drive gear box is sheathed in described
On drilling rod axle, the output gear of the uni-drive gear box is sheathed on the outer drilling rod turning set, and the vibrating device includes, vibration
Motor, the first belt pulley, the second belt pulley, vibrating shaft and eccentric block, the vibrating motor are connected with the uni-drive gear box, institute
State the first belt pulley to be sheathed in the rotating shaft of the vibrating motor, the first end of the vibrating shaft is fixed on the uni-drive gear box
Interior, the outside of the uni-drive gear box is stretched out at the second end of the vibrating shaft and second belt pulley is sheathed on second end
On, the eccentric block is fixed on the vibrating shaft and positioned at the inside of the uni-drive gear box, first belt pulley and institute
The second belt pulley is stated to be connected by belt, wherein, the Vibratory Mixing stake machine also includes a spray head, and the spray head is arranged at
The drilling rod top.Above-mentioned annexation causes that the vibrating motor drives the vibration that eccentric block is produced to be delivered to mixing pile casing
Body, and mixing pile machine housing is fixed with Vibratory Mixing stake machine other parts so that vibrating motor drives shaking for eccentric block generation
Act for whole mixing pile machine so that the mixing pile machine integrally keeps identical Oscillation Amplitude and frequency, inside and outside drilling rod
Not only bidirectional rotation can also be vibrated when in working order.
Further, above-mentioned Vibratory Mixing stake machine, also includes：Protective cover, the protective cover is connected to the travelling gear
Case and outer drilling rod, the protective cover cover first belt pulley, the second belt pulley and vibrating motor.Setting protective cover can have
Effect protects first belt pulley, the second belt pulley and vibrating motor to ensure normal work from external interference.
Further, above-mentioned Vibratory Mixing stake machine, extends in the interior drilling rod axle and passes above the uni-drive gear box
Side is provided with three delivery ports, and the side that the interior drilling rod axle is extended through below the uni-drive gear box is provided with removable
Drilling rod axle drill bit in ground is unloaded, three delivery ports correspond to three delivery pipes inside the interior drilling rod axle, and described three defeated
Send pipe three sprocket holes of correspondence on the interior drilling rod axle drill bit.Supply material is needed in the different working condition of mixing pile machine not
Together, setting three sprocket holes can avoid frequently changing shower nozzle when needing to change aliment, trivial operations inconvenience.
Further, three delivery ports are respectively fed to water, air and mud described in above-mentioned Vibratory Mixing stake machine.
In the interior drilling rod axle bit bore, the delivery port work of water and air is supplied in three delivery ports, when hole
When depth reaches a desired depth, the delivery port work of mud is supplied in three delivery ports.In different work shapes
Under state, three delivery port division of labor complete each task, it is not necessary to stop Vibratory Mixing stake machine work halfway to change not
Same shower nozzle.
The present invention provides also a kind of Vibratory Mixing stake machine, including：Motor, decelerator, power transmission shaft, uni-drive gear box, interior brill
Bar axle, outer drilling rod turning set, vibrating device and mixing pile machine housing.The actuating unit is connected with the input of decelerator, institute
The output end for stating decelerator is connected with the input of the power transmission shaft, and the output end of the power transmission shaft connects the uni-drive gear box
Driving gear.The interior drilling rod axle is rotatablely arranged in described uni-drive gear box, and the outer drilling rod turning set is arranged
In outside interior drilling rod axle, the driven gear of the uni-drive gear box is sheathed on interior drilling rod axle, the output gear of the uni-drive gear box
Wheel is sheathed on the outer drilling rod turning set.The mixer housing connects with the outer drilling rod turning set and the uni-drive gear box
Connect, the vibrating device is arranged on the uni-drive gear box downside.Be arranged at for one vibrating device described by Vibratory Mixing stake machine
On the downside of uni-drive gear box, the vibrating device includes, vibrating motor, the first belt pulley, the second belt pulley, vibrating shaft and bias
Block, the vibrating motor is connected with the uni-drive gear box, and first belt pulley is sheathed in the rotating shaft of the vibrating motor,
The first end of the vibrating shaft is fixed in the uni-drive gear box, and the uni-drive gear box is stretched out at the second end of the vibrating shaft
Outside and second belt pulley be sheathed on second end, the eccentric block is fixed on the vibrating shaft and positioned at institute
The inside of uni-drive gear box is stated, first belt pulley is connected with second belt pulley by belt.In vibrating device work
When vibrate whole device, be easy to occur mixer holding tube phenomenon when drill bit extraction.
The present invention also provides a kind of Vibratory Mixing stake machine system, including：Two Vibratory Mixing stake machines recited above, it is described
Connect setting together, a vibration dress is set in described two Vibratory Mixings stake machine junction to two Vibratory Mixings stake machine side by side
Put, the vibrating device is used to drive described two Vibratory Mixing stake machines to produce vibration.It is to be capable of achieving using a vibrating device
Vibration control to whole Vibratory Mixing stake machine system.
The present invention also provides a kind of Vibratory Mixing stake machine system, including：Two Vibratory Mixing stake machines recited above, it is described
Connect setting together, vibration dress is respectively arranged with described two Vibratory Mixings stake machine to two Vibratory Mixings stake machine side by side
Put, the vibrating device controls described two Vibratory Mixing stake machine vibrations respectively.To each Vibratory Mixing stake machine using independent
Vibrating device be controlled.
The present invention also provides a kind of Vibratory Mixing stake machine system, including two Vibratory Mixing stake machines recited above and vibration
Device, described two Vibratory Mixings stake machines side by side connect setting together, the vibrating device includes vibrating motor and vibration section
Part, the vibrating mass is respectively provided with described two Vibratory Mixings stake machine, and the vibrating motor controls the vibrating mass
Vibration.Vibrating mass is respectively provided with described two Vibratory Mixings stake machine, the vibrating mass can be using a vibration electricity
Machine carries out control simultaneously, it is also possible to sets different vibrating motors and is controlled respectively.
For compared with the prior art, a kind of Vibratory Mixing stake machine that the present invention is provided, including：Actuating unit, power transmission shaft, brill
Bar, uni-drive gear box and vibrating device.The actuating unit is connected with the power transmission shaft, drives the power transmission shaft rotation, described
Uni-drive gear box is arranged between the power transmission shaft and the drilling rod, the uni-drive gear box middle gear respectively with the transmission
Axle, drilling rod engagement connection.The power transmission shaft is rotated by drilling rod described in gear driven described in the uni-drive gear box, described to shake
Dynamic device is connected to the uni-drive gear box.There is holding tube when being constructed under geological conditions of the mixing pile machine in sandy gravel or decomposed rock
When, mixing pile machine can be controlled to vibrate by vibrating device and extract drill bit.
Brief description of the drawings
For clearer the explanation embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
The accompanying drawing to be used needed for having technology description is briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the structural representation of mixing pile machine in the prior art of the invention；
Fig. 2 is a kind of structural representation of the Vibratory Mixing stake machine that the first specific embodiment of the invention is provided；
Fig. 3 is another structural representation of the Vibratory Mixing stake machine that the first specific embodiment of the invention is provided；
Fig. 4 is the structural representation of the Vibratory Mixing stake machine after Fig. 2 is further improved；
Fig. 5 is the structural representation that the second specific embodiment of the invention provides Vibratory Mixing stake machine
Fig. 6 is two Vibratory Mixing stake machine composition Vibratory Mixing stake machine systems of use that the 3rd specific embodiment of the invention is provided
One of structural representation of system；
Fig. 7 is two Vibratory Mixing stake machine composition Vibratory Mixing stake machine systems of use that the 3rd specific embodiment of the invention is provided
The two of the structural representation of system；
Fig. 8 is two Vibratory Mixing stake machine composition Vibratory Mixing stake machine systems of use that the 3rd specific embodiment of the invention is provided
The three of the structural representation of system.
Wherein, reference is summarized as follows：
Actuating unit 100；Decelerator 200；Power transmission shaft 210；Uni-drive gear box 300；Upper transmission gear 310；Bottom passes
Moving gear 320；Interior drilling rod axle driven gear 330；Outer drilling rod output gear 340；Interior drilling rod axle 400；Delivery pipe 410；Bearing
420；Interior drilling rod axle drill bit 430；Outer drilling rod turning set 500；Outer drilling rod connector 510；Outer drilling rod 520；Delivery port 600；The
One delivery port 610；Second delivery port 620；3rd delivery port 630；Vibrating shaft 700；Eccentric block 710；Clutch shaft bearing
720；Second bearing 730；Vibrating motor 800；The rotating shaft 810 of vibrating motor；First belt pulley 820；Second belt pulley 830；Skin
Band 840；Protective cover 860；Vibrating device 870；Mixing pile machine housing 900.
Specific embodiment
How the phenomenon of machine when the geological conditions that has sandy gravel or decomposed rock construct easy holding tube is avoided, to this area
It is the technical problem for being badly in need of solving for technical staff.
In view of this, a kind of Vibratory Mixing stake machine that the present invention is provided, including：Actuating unit, power transmission shaft, drilling rod, transmission
Gear-box and vibrating device.The actuating unit is connected with the power transmission shaft, drives the power transmission shaft rotation, the travelling gear
Case is arranged between the power transmission shaft and the drilling rod, and the uni-drive gear box middle gear is nibbled with the power transmission shaft, drilling rod respectively
Close connection.The power transmission shaft is rotated by drilling rod described in gear driven described in the uni-drive gear box, and the vibrating device connects
It is connected to the uni-drive gear box.When there is holding tube when being constructed under geological conditions of the mixing pile machine in sandy gravel or decomposed rock, can lead to
Cross vibrating device control mixing pile machine vibration and extract drill bit.Above-mentioned Vibratory Mixing stake machine can be solved to be occurred during ram machine construction
The problem that drill bit is not drawn out easily during holding tube situation.
The present invention is described in further detail below by specific embodiment and with reference to accompanying drawing.
Reference picture 1, the first specific embodiment of the invention provides a kind of Vibratory Mixing stake machine, including：Actuating unit 100, biography
Moving axis 210, drilling rod, uni-drive gear box 300 and vibrating device 870.The actuating unit 100 is connected with the power transmission shaft 210, band
The dynamic power transmission shaft 210 is rotated, and the uni-drive gear box 300 is arranged between the power transmission shaft 210 and the drilling rod, the biography
The middle gear of moving gear case 300 is connected with the engagement of the power transmission shaft 210, drilling rod respectively.The power transmission shaft 210 passes through the driving cog
Drilling rod described in gear driven is rotated described in roller box, and the vibrating device 870 is connected to the uni-drive gear box 300.
Using said structure, when there is holding tube when being constructed under geological conditions of the mixing pile machine in sandy gravel or decomposed rock, can
Control mixing pile machine to vibrate by vibrating device 870 and extract drill bit.
In the first specific embodiment that the present invention is provided, further, above-mentioned Vibratory Mixing stake machine also includes：One whitewashing
Head, the spray head is arranged at the drilling rod top.
Using said structure, facilitate the dismounting and assembling of the Vibratory Mixing stake machine, needing to transport Vibratory Mixing stake machine
When defeated, the spray head is readily transported under dismounting；When reach construction site when, then by the spray head be assembled into it is described vibration stir
Mix on a machine.
In the first specific embodiment that the present invention is provided, further, above-mentioned Vibratory Mixing stake machine also includes：Decelerator
200, the drilling rod also includes interior drilling rod axle 400, outer drilling rod turning set 500, the actuating unit 100 and the decelerator 200
Input connection, the output end of the decelerator 200 is connected with the input of the power transmission shaft 210, the power transmission shaft 210
Output end connects the driving gear of the uni-drive gear box 300, and the interior drilling rod axle 400 is rotatablely arranged at described transmission
In gear-box 300, the outer drilling rod turning set 500 is sheathed on outside the interior drilling rod axle 400, the uni-drive gear box 300 from
Moving gear is sheathed on the interior drilling rod axle, and the output gear of the uni-drive gear box 300 is sheathed on the outer drilling rod turning set
500, the vibrating device includes, vibrating motor 800, the first belt pulley 820, the second belt pulley 830, vibrating shaft 700 and bias
Block 710, the vibrating motor 800 is connected with the uni-drive gear box 300, and first belt pulley 820 is sheathed on the vibration
In the rotating shaft of motor 800, the first end of the vibrating shaft 700 is fixed in the uni-drive gear box 300, the vibrating shaft 700
The second end stretch out the outside of the uni-drive gear box 300 and second belt pulley 830 is sheathed on second end, it is described
Eccentric block 710 is fixed on the vibrating shaft 700 and positioned at the inside of the uni-drive gear box 300, first belt pulley 820
It is connected by belt 840 with second belt pulley 830.
A kind of 1~Fig. 3 of reference picture, Vibratory Mixing stake machine that the first specific embodiment of the invention is provided, can include：Power
Mechanism 100, decelerator 200, power transmission shaft 210, uni-drive gear box 300, interior drilling rod axle 400, outer drilling rod turning set 500, vibration electricity
Machine 800, vibrating shaft 700, the first belt pulley 820, the second belt pulley 830 and eccentric block 710.The actuating unit 100 with it is described
The input connection of decelerator 200, the output end of the decelerator 200 is connected with the input of the power transmission shaft 210, the biography
The output end of moving axis 210 connects the driving gear of the uni-drive gear box 300.The interior drilling rod axle 400 is rotatablely arranged at
In described uni-drive gear box 300, the outer drilling rod turning set 500 is sheathed on outside the interior drilling rod axle 400, the travelling gear
The driven gear of case 300 is sheathed on the interior drilling rod axle 400, and the output gear of the uni-drive gear box is sheathed on the outer brill
Bar turning set 500, the vibrating motor 800 is connected with the uni-drive gear box 300, and first belt pulley 820 is sheathed on institute
State in the rotating shaft 810 of vibrating motor, the first end of the vibrating shaft 700 is fixed in the uni-drive gear box 300, the vibration
The outside of the uni-drive gear box 300 is stretched out at second end of axle 700 and second belt pulley 830 is sheathed on second end
On, the eccentric block 710 is fixed on the vibrating shaft 700 and positioned at the inside of the uni-drive gear box 300, first skin
Belt wheel 820 is connected with second belt pulley 830 by belt 840.
In the first specific embodiment, specifically, the input on the main shaft connection reducer 200 of actuating unit 100 subtracts
The output end of fast device 200 and the power transmission shaft 210, the power transmission shaft 210 be formed directly into uni-drive gear box 300 and by bearing with
The uni-drive gear box 300 is connected.The power transmission shaft 210 be arranged in parallel with interior drilling rod axle 400, and outer drilling rod turning set 500 is placed on
On interior drilling rod axle 400.Can include in the uni-drive gear box 300：First driving gear set and the second driving gear set, its
In the first driving gear set be located at the second driving gear set top.First driving gear set can include upper transmission gear
310 and interior drilling rod axle driven gear 330.Upper transmission gear 310 is sheathed on the upper end of power transmission shaft 210, interior drilling rod axle driven tooth
Wheel 330 is sheathed on interior drilling rod axle 400, and upper transmission gear 310 is engaged with interior drilling rod axle driven gear 330.Second travelling gear
Group can include bottom travelling gear 320, outer drilling rod output gear 340 and tumbler gear (not shown).Bottom driving cog
Wheel 320 is sheathed on the lower end of power transmission shaft 210, and the output gear of outer drilling rod 520 is sheathed on outer drilling rod turning set 500, and bottom passes
Moving gear 320 is engaged with the output gear of outer drilling rod 520 by tumbler gear.Upper transmission gear 310 with diameter greater than bottom pass
The diameter of moving gear 320.The vibrating motor 800 is connected with the uni-drive gear box 300, in the rotating shaft of the vibrating motor
The first belt pulley 820 is provided with 810, the first end of the vibrating shaft 700 is fixed on the driving cog by clutch shaft bearing 720
In roller box 300.The outside of the uni-drive gear box 300 and second belt pulley 830 are stretched out in second end of the vibrating shaft 700
It is sheathed on second end, the vibrating shaft 700 is through passing through second bearing at the position of the uni-drive gear box 300
730 fix with the uni-drive gear box 300.Between the clutch shaft bearing 720 and second bearing 730, on the vibrating shaft 700
It is further fixed on eccentric block 710.First belt pulley 820 is connected with second belt pulley 830 by belt 840.
In the first specific embodiment of the invention, a kind of reference picture 2, implementation method is set for described two eccentric blocks 710
Side in the uni-drive gear box 300, when vibrating motor drives two eccentric blocks 710 to rotate, where eccentric block 710
Side produce eccentric vibrating, driving device vibration.Reference picture 3, another embodiment is set for described two eccentric blocks 710
It is described when vibrating motor drives two eccentric blocks 710 to rotate on two side positions symmetrical in the uni-drive gear box 300
Two symmetrical in the uni-drive gear box 300 side positions of eccentric block 710 produce eccentric vibrating, driving device vibration.
Outer drilling rod 520 is connected by outer drilling rod connector 510 with the outer drilling rod turning set 500, and bearing 420 is installed on interior
Drilling rod axle 400, the interior bottom of drilling rod axle 400 connects interior drilling rod axle drill bit 430 by flat key.Inside and outside drilling rod can be relative to the biography
Moving gear case 300 is lifted, when the drilling rod of spreading, it is only necessary to the relatively described lifting of uni-drive gear box 300 drilling rod, it is not necessary to
Increase bracket height.
In other embodiments of the invention, the outer drilling rod 520 is connected by screw thread with outer drilling rod turning set 500, interior
Drilling rod is connected by screw thread with the interior bottom of drilling rod axle 400.External drilling rod 520 and interior drilling rod is facilitated to be dismantled using threaded connection
Or change.
Limited by said structure, when actuating unit 100 is started, decelerator 200 is started working, the biography of decelerator 200
Moving axis 210 drives upper transmission gear 310 and bottom travelling gear 320 to rotate forward.Upper transmission gear 310 passes through interior brill
Bar axle driven gear 330 drives interior drilling rod axle 400 to rotate backward.Now, interior drilling rod axle drill bit 430 can also be reversely rotated.Bottom
Power is transferred to outer drilling rod output gear 340 by travelling gear 320 by tumbler gear.Due to being commutated twice, so
Outer drilling rod output gear 340 is remained in that and rotated forward.Outer drilling rod output gear 340 drives positive turn of outer drilling rod turning set 500
Dynamic, the outer drilling rod 520 being connected with outer drilling rod turning set 500 by outer drilling rod connector 510 can also be rotated forward.Therefore ensure that
The power transmission shaft 210 of decelerator 200 rotates in same direction with the interior twin shaft of drilling rod axle 400, and interior drilling rod axle 400 and outer drilling rod turning set
500 rotate backward.During stirring construction, can be reduced by the interior drill bit of drilling rod axle 400 and the outer bidirectional rotation of drilling rod turning set 500
On put the number of times for putting drilling tool, improve and mixing quality and accelerate the progress of construction.When the vibrating motor 800 starts,
The rotating shaft 810 of vibrating motor drives the first belt pulley 820 to rotate, and the first belt pulley 820 drives the second belt pulley by belt 840
830 rotation, so as to drive the rotation of vibrating shaft 700, the eccentric block 710 on vibrating shaft 700 follows rotation together to produce deflection
Power is vibrated so as to output.Preferably, the speed of above-mentioned vibrating motor 800 is 45 to 50 turns per minute.Shaken using above-mentioned
Dynamic mixing pile machine.The Vibratory Mixing stake machine can simultaneously be carried out with bidirectional rotation with vibration, it is also possible to individually carry out bidirectional rotation
Or vibration.When the geological conditions construction in sandy gravel or decomposed rock occurs holding tube, bidirectional rotation can be stopped, opening vibration and pass through
Applying vibration is easy to drill bit to extract.
Reference picture 4, in the first specific embodiment that the present invention is provided, further, the Vibratory Mixing stake machine may be used also
To include：Mixing pile machine housing 900, the rotating shaft 810 of the vibrating motor and the second end of the vibrating shaft 700 are stirred with described
A casing body 900 is mixed to be fixedly connected.
In the first specific embodiment, produced when the vibrating motor 800 drives eccentric block 710 on vibrating shaft 700 to rotate
During raw vibration, because mixing pile machine housing 900 is connected with the vibrating motor 800 and vibrating shaft 700, the vibration of generation is delivered to whole
On individual Vibratory Mixing stake machine and its is set to produce vibration.
Mixer housing is set on Vibratory Mixing stake machine makes the vibration of generation be delivered to whole Vibratory Mixing stake machine
On, it is easier to extract drill bit when construction occurs holding tube.
2~Fig. 4 of reference picture, in the first specific embodiment that the present invention is provided, further, the Vibratory Mixing stake machine
Can also include：Protective cover 860, the protective cover 860 is connected to the uni-drive gear box 300 and outer drilling rod 520, the protection
Cover 860 covers first belt pulley 820, the second belt pulley 830 and vibrating motor 800.
Setting protective cover 860 can effectively protect first belt pulley 820, the second belt pulley 830 and vibrating motor 800,
The protective cover 860 avoids being ensured belt pulley normal work by external interference with safety protection function.
Reference picture 4, in the first specific embodiment that the present invention is provided, further, the interior drilling rod axle 400 is extended through
The side for going out the top of the uni-drive gear box 300 is provided with three delivery ports, and the interior drilling rod axle 400 extends through the biography
The side of the lower section of moving gear case 300 is provided with removably interior drilling rod axle drill bit 430, and three delivery ports are in the interior brill
The inside of bar axle 400 three delivery pipes 410 of correspondence, three delivery pipes 410 correspondence three on the interior drilling rod axle drill bit 430
Sprocket hole.
In the first specific embodiment, the delivery port 600 can include three delivery ports, and it is defeated that it is respectively first
The 610, second delivery port 620 of sending end mouthful and the 3rd delivery port 630, three described delivery ports are in the interior drilling rod axle
Three delivery pipes 410 of correspondence in 400, three delivery pipes, three sprocket holes of correspondence on the interior drilling rod axle drill bit 430.
In the first specific embodiment, three delivery ports connect spray pump, water pump and air pump respectively, when described interior
When drilling rod axle drill bit 430 drills, the delivery port work of water and air is supplied in three delivery ports, when the depth in hole reaches
During to a desired depth, the delivery port work of mud is supplied in three delivery ports.
In other specific embodiments of the invention, there are two delivery ports in three delivery ports for connecing whitewashing
Pump, connecing spray pump in two delivery ports can make the mixing pile machine have a double high pressure rotary preventing slurry injection function, improve slip casting effect
Rate.
Using three above-mentioned structures of delivery port, under different working conditions, three delivery port division of labor are completed
Each task, it is not necessary to stop Vibratory Mixing stake machine work halfway to change different shower nozzles, in high-pressure rotary-spray construction
Drilling, jet grouting can be carried out continuously.Without more bit change, construction process is reduced, reduce construction cost.
Reference picture 5, in the second specific embodiment that the present invention is provided, the present invention provides a kind of Vibratory Mixing stake machine, can
To include：Actuating unit 100, decelerator 200, power transmission shaft 210, uni-drive gear box 300, interior drilling rod axle 400, outer drilling rod turning set
500th, vibrating device 870 and mixing pile machine housing 900, the actuating unit 100 is connected with the input of decelerator 200, described
The output end of decelerator 200 is connected with the input of the power transmission shaft 210, and the output end of the power transmission shaft 210 connects the biography
The driving gear of moving gear case 300, the interior drilling rod axle 400 is rotatablely arranged in described uni-drive gear box 300, described
Outer drilling rod turning set 500 is sheathed on outside interior drilling rod axle 400, and the driven gear of the uni-drive gear box 300 is sheathed on interior drilling rod axle
On 400, the output gear of the uni-drive gear box 300 is sheathed on the outer drilling rod turning set 500, the mixing pile machine housing
900 are connected with the outer drilling rod turning set and the uni-drive gear box 300, and the vibrating device 870 is arranged on the driving cog
The downside of roller box 300.
Second specific embodiment is with the difference of above-mentioned first specific embodiment, the vibration of first specific embodiment
Device is built-in and vibrating device is external in the second specific embodiment, and it is identical in structure, just repeats no more herein.
Vibrating device is set on the mixer housing of Vibratory Mixing stake machine, and the vibrating device stirs the vibration
Mixing a machine and produce vibration, when there is holding tube in boring procedure, by applying vibration drilling can be easy to extract.Dress is vibrated simultaneously
Put external convenience it is overhauled and is changed.
It is provided with the second specific embodiment defeated with first the first delivery port of specific embodiment identical 610, second
The delivery port 630 of sending end mouthful 620 and the 3rd, also repeats no more herein.
Using three above-mentioned structures of delivery port, under different working conditions, three delivery port division of labor are completed
Each task, it is not necessary to stop Vibratory Mixing stake machine work halfway to change different shower nozzles, in high-pressure rotary-spray construction
Drilling, jet grouting can be carried out continuously.Without more bit change, construction process is reduced, reduce construction cost.
6~Fig. 8 of reference picture, in the 3rd specific embodiment that the present invention is provided, the present invention provides a kind of Vibratory Mixing stake
Machine system, can include：The Vibratory Mixing stake machine that two the second specific embodiments are provided, described two Vibratory Mixing stake machines are side by side
Connect setting together, vibrating device is respectively arranged with described two Vibratory Mixings stake machine, and the vibrating device is controlled respectively
Make described two Vibratory Mixing stake machine vibrations.
Two Vibratory Mixings stake machines of setting are arranged side by side and can improve perforating efficiency when needing and beating multiple holes.
In the 4th specific embodiment that the present invention is provided, the present invention provides a kind of Vibratory Mixing stake machine system, can wrap
Include：The Vibratory Mixing stake machine that two the second specific embodiments are provided, one is disposed side by side on by described two Vibratory Mixings stake machine
Rise.One vibrating device is set in described two Vibratory Mixings stake machine junction, the vibrating device is used to drive described two shaking
Dynamic mixing pile machine produces vibration.
It is to be capable of achieving the vibration control to whole Vibratory Mixing stake machine system using a vibrating device.
In the 5th specific embodiment that the present invention is provided, the present invention also provides a kind of Vibratory Mixing stake machine system, can be with
Including Vibratory Mixing stake machine and vibrating device that two the second specific embodiments are provided, described two Vibratory Mixing stake machines connect side by side
Connect and be set together, the vibrating device includes vibrating motor and vibrating mass, on described two Vibratory Mixings stake machine respectively
The vibrating mass is set, and the vibrating motor controls the vibrating mass vibration.
Vibrating mass is respectively provided with described two Vibratory Mixings stake machine, the vibrating mass can be using a vibration
Motor carries out control simultaneously, it is also possible to sets different vibrating motors and is controlled respectively.Also may be used the position of the vibrating motor
It is arranged on two Vibratory Mixing stake machines, or is provided in two junctions of Vibratory Mixing stake machine.
In sum, using above-mentioned Vibratory Mixing stake machine, drilling is not drawn out easily when can solve a machine drill hole holding tube
Technical problem.
It should be noted that each embodiment in this specification is described by the way of progressive, each embodiment weight
Point explanation is all difference with other embodiment, between each embodiment identical similar part mutually referring to.
The preferred embodiments of the present invention are the foregoing is only, is not intended to limit the invention, for the skill of this area
For art personnel, the present invention can have various modifications and variations.It is all within the spirit and principles in the present invention, made any repair
Change, equivalent, improvement etc., should be included within the scope of the present invention.It should be noted that：Similar label and letter exists
Similar terms is represented in following accompanying drawing, therefore, once being defined in a certain Xiang Yi accompanying drawing, then it is not required in subsequent accompanying drawing
It is further defined and is explained.
In the description of the invention, it is necessary to explanation, term " " center ", " on ", D score, "left", "right", " vertical ",
The orientation or position relationship of the instruction such as " level ", " interior ", " outward " be based on orientation shown in the drawings or position relationship, or should
Orientation or position relationship that invention product is usually put when using, are for only for ease of the description present invention and simplify description, without
Be indicate or imply meaning device or element must have specific orientation, with specific azimuth configuration and operation, therefore not
It is understood that to be limitation of the present invention.Additionally, term " first ", " second ", " the 3rd " etc. are only used for distinguishing description, and can not manage
Solve to indicate or implying relative importance.
In the description of the invention, in addition it is also necessary to explanation, unless otherwise clearly defined and limited, term " setting ",
" installation ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected, or be detachably connected, or one
The connection of body ground；Can mechanically connect, or electrically connect；Can be joined directly together, it is also possible to indirect by intermediary
It is connected, can is two connections of element internal.For the ordinary skill in the art, can be with concrete condition understanding
State term concrete meaning in the present invention.
Claims (14)
1. a kind of Vibratory Mixing stake machine, it is characterised in that including：Actuating unit, power transmission shaft, drilling rod, uni-drive gear box and vibration
Device, the actuating unit is connected with the power transmission shaft, drives the power transmission shaft rotation, and the uni-drive gear box is arranged at described
Between power transmission shaft and the drilling rod, the uni-drive gear box middle gear is connected with the power transmission shaft, drilling rod engagement respectively, the biography
Moving axis is rotated by drilling rod described in gear driven described in the uni-drive gear box, and the vibrating device is connected to the driving cog
Roller box, the Vibratory Mixing stake machine also includes decelerator, and the drilling rod also includes interior drilling rod axle, outer drilling rod turning set, described dynamic
Force mechanisms are connected with the input of the decelerator, and the output end of the decelerator is connected with the input of the power transmission shaft, institute
The output end for stating power transmission shaft connects the driving gear of the uni-drive gear box, and the interior drilling rod axle is rotatablely arranged at the biography
In moving gear case, the outer drilling rod turning set is sheathed on outside the interior drilling rod axle, and the driven gear of the uni-drive gear box is arranged
In on the interior drilling rod axle, the output gear of the uni-drive gear box is sheathed on the outer drilling rod turning set, the vibrating device
Including vibrating motor, the first belt pulley, the second belt pulley, vibrating shaft and eccentric block, the vibrating motor and the travelling gear
Case is connected, and first belt pulley is sheathed in the rotating shaft of the vibrating motor, and the first end of the vibrating shaft is fixed on described
In uni-drive gear box, the outside of the uni-drive gear box is stretched out at the second end of the vibrating shaft and second belt pulley is sheathed on
On second end, the eccentric block is fixed on the vibrating shaft and positioned at the inside of the uni-drive gear box, described first
Belt pulley is connected with second belt pulley by belt, wherein, the Vibratory Mixing stake machine also includes a spray head, the spray
Slurry head is arranged at the drilling rod top.
2. Vibratory Mixing as claimed in claim 1 stake machine, it is characterised in that also include：Mixing pile machine housing, the vibrating motor
Rotating shaft and the second end of the vibrating shaft be fixedly connected with described mixing pile machine housing.
3. Vibratory Mixing as claimed in claim 1 stake machine, it is characterised in that also include：Protective cover, the protective cover is connected to institute
Uni-drive gear box and outer drilling rod are stated, the protective cover covers first belt pulley, the second belt pulley and vibrating motor.
4. as described in claim 2~3 any one Vibratory Mixing stake machine, it is characterised in that：Extended through in the interior drilling rod axle
The side gone out above the uni-drive gear box is provided with three delivery ports, and the interior drilling rod axle extends through the travelling gear
Side below case is provided with removably interior drilling rod axle drill bit, three delivery ports correspondence inside the interior drilling rod axle
Three delivery pipes, three delivery pipes, three sprocket holes of correspondence on the interior drilling rod axle drill bit.
5. Vibratory Mixing as claimed in claim 4 stake machine, it is characterised in that：Three delivery ports are respectively fed to
Water, air and mud.
6. Vibratory Mixing as claimed in claim 5 stake machine, it is characterised in that：It is described in the interior drilling rod axle bit bore
The delivery port work of water and air, when the depth in hole reaches a desired depth, described three are supplied in three delivery ports
The delivery port work of mud is supplied in delivery port.
7. a kind of Vibratory Mixing stake machine, it is characterised in that including：Actuating unit, decelerator, power transmission shaft, uni-drive gear box, interior brill
Bar axle, outer drilling rod turning set and vibrating device and mixing pile machine housing, the actuating unit are connected with the input of decelerator, institute
The output end for stating decelerator is connected with the input of the power transmission shaft, and the output end of the power transmission shaft connects the uni-drive gear box
Driving gear, the interior drilling rod axle is rotatablely arranged in described uni-drive gear box, and the outer drilling rod turning set is arranged
In outside interior drilling rod axle, the driven gear of the uni-drive gear box is sheathed on interior drilling rod axle, the output gear of the uni-drive gear box
Wheel is sheathed on the outer drilling rod turning set, and the mixing pile machine housing connects with the outer drilling rod turning set and the uni-drive gear box
Connect, the vibrating device is arranged on uni-drive gear box downside, the vibrating device includes, vibrating motor, the first belt pulley,
Second belt pulley, vibrating shaft and eccentric block, the vibrating motor are connected with the uni-drive gear box, and first belt pulley is arranged
In in the rotating shaft of the vibrating motor, the first end of the vibrating shaft is fixed in the uni-drive gear box, the vibrating shaft
The outside of the uni-drive gear box is stretched out at second end and second belt pulley is sheathed on second end, and the eccentric block is consolidated
Due on the vibrating shaft and positioned at the inside of the uni-drive gear box, first belt pulley passes through with second belt pulley
Belt is connected.
8. Vibratory Mixing as claimed in claim 7 stake machine, it is characterised in that：Extend in the interior drilling rod axle and pass the transmission
Side above gear-box is provided with three delivery ports, and the interior drilling rod axle extends through below the uni-drive gear box
Side is provided with removably interior drilling rod axle drill bit, three delivery ports, three conveyings of correspondence inside the interior drilling rod axle
Pipe, three delivery pipes, three sprocket holes of correspondence on the interior drilling rod axle drill bit.
9. Vibratory Mixing as claimed in claim 8 stake machine, it is characterised in that：Three delivery ports are respectively fed to
Water, air and mud.
10. a kind of Vibratory Mixing stake machine system, it is characterised in that including：Vibration in two claim 7-9 in any one
Mixing pile machine, connect setting together, is set two Vibratory Mixings stake machine in described two Vibratory Mixings stake machine junction side by side
One vibrating device, the vibrating device is used to drive described two Vibratory Mixing stake machines to produce vibration.
A kind of 11. Vibratory Mixing stake machine systems, it is characterised in that including：Vibration in two claim 7-9 in any one
Mixing pile machine, connect setting together, is respectively provided with two Vibratory Mixings stake machine on described two Vibratory Mixings stake machine side by side
There is vibrating device, the vibrating device controls described two Vibratory Mixing stake machine vibrations respectively.
12. Vibratory Mixing stake machine systems as claimed in claim 11, it is characterised in that：Each Vibratory Mixing stake machine includes dynamic
Force mechanisms, power transmission shaft, drilling rod, uni-drive gear box, the actuating unit are connected with the power transmission shaft, drive the power transmission shaft rotation
Turn, the uni-drive gear box is arranged between the power transmission shaft and the drilling rod, the uni-drive gear box middle gear respectively with institute
Power transmission shaft, drilling rod engagement connection are stated, the power transmission shaft is rotated by drilling rod described in gear driven described in the uni-drive gear box,
The vibrating device is installed on outside the uni-drive gear box.
13. Vibratory Mixing stake machine systems as claimed in claim 11, it is characterised in that：Each Vibratory Mixing stake machine includes dynamic
Force mechanisms, power transmission shaft, drilling rod, uni-drive gear box, the actuating unit are connected with the power transmission shaft, drive the power transmission shaft rotation
Turn, the uni-drive gear box is arranged between the power transmission shaft and the drilling rod, the uni-drive gear box middle gear respectively with institute
Power transmission shaft, drilling rod engagement connection are stated, the power transmission shaft is rotated by drilling rod described in gear driven described in the uni-drive gear box,
The vibrating device is installed in the uni-drive gear box.
A kind of 14. Vibratory Mixing stake machine systems, it is characterised in that：Including the vibration in any one in two claim 7-9
Mixing pile machine and vibrating device, two Vibratory Mixings stake machine side by side connect setting together, the vibrating device includes vibration electricity
Machine and vibrating mass, the vibrating mass is respectively provided with described two Vibratory Mixings stake machine, and the vibrating motor controls institute
State vibrating mass vibration.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510757931.0A CN105297716B (en) | 2015-11-09 | 2015-11-09 | Vibratory Mixing stake machine and system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510757931.0A CN105297716B (en) | 2015-11-09 | 2015-11-09 | Vibratory Mixing stake machine and system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105297716A CN105297716A (en) | 2016-02-03 |
| CN105297716B true CN105297716B (en) | 2017-06-16 |
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ID=55195479
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510757931.0A Expired - Fee Related CN105297716B (en) | 2015-11-09 | 2015-11-09 | Vibratory Mixing stake machine and system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105297716B (en) |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2876181B2 (en) * | 1994-06-20 | 1999-03-31 | デミップ技研工業株式会社 | Auger machine |
| CN203569562U (en) * | 2013-11-18 | 2014-04-30 | 高伯明 | Transmission device of mixing pile machine |
| CN103556631B (en) * | 2013-11-18 | 2015-12-02 | 高伯明 | The one-tenth pile operation method of agitation pile |
| CN104947656A (en) * | 2015-05-18 | 2015-09-30 | 张璐 | Composite stirring and pile forming machine |
| CN205296141U (en) * | 2015-11-09 | 2016-06-08 | 高伯明 | Vibration stirring stake machine and system |
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2015
- 2015-11-09 CN CN201510757931.0A patent/CN105297716B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
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| CN105297716A (en) | 2016-02-03 |
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Granted publication date: 20170616 Termination date: 20171109 |