CN108195611A - A kind of hydraulic engineering pipeline is laid with soil sample equipment - Google Patents
A kind of hydraulic engineering pipeline is laid with soil sample equipment Download PDFInfo
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- CN108195611A CN108195611A CN201711259045.0A CN201711259045A CN108195611A CN 108195611 A CN108195611 A CN 108195611A CN 201711259045 A CN201711259045 A CN 201711259045A CN 108195611 A CN108195611 A CN 108195611A
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- bottom plate
- riser
- electric pushrod
- sliding rail
- rack
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N1/00—Sampling; Preparing specimens for investigation
- G01N1/02—Devices for withdrawing samples
- G01N1/04—Devices for withdrawing samples in the solid state, e.g. by cutting
- G01N1/08—Devices for withdrawing samples in the solid state, e.g. by cutting involving an extracting tool, e.g. core bit
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- Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Analytical Chemistry (AREA)
- Biochemistry (AREA)
- General Health & Medical Sciences (AREA)
- General Physics & Mathematics (AREA)
- Immunology (AREA)
- Pathology (AREA)
- Investigation Of Foundation Soil And Reinforcement Of Foundation Soil By Compacting Or Drainage (AREA)
- Earth Drilling (AREA)
- Sampling And Sample Adjustment (AREA)
Abstract
The present invention relates to a kind of soil sample equipment more particularly to a kind of hydraulic engineering pipeline to be laid with soil sample equipment.The technical problem to be solved in the present invention is to provide hydraulic engineering pipeline laying soil sample equipment sufficiently stable, easy to operate when a kind of sampling efficiency height, sampling.In order to solve the above technical problem, the present invention provides such a hydraulic engineering pipeline laying soil sample equipment, include bottom plate etc.；Bottom base plate is equipped with wheel, and bottom plate left end is equipped with pushing hands, and bottom plate top left side is equipped with riser, and bottom plate left part is provided with through-hole, and driving mechanism is equipped on the left of riser, borehole drill construction is equipped on the right side of riser.Invention achieves effects sufficiently stable, easy to operate when sampling efficiency height, sampling, the present invention is worked by driving mechanism, drive the movement of borehole drill construction water tank, borehole drill construction is controlled to work simultaneously, it can downwards be drilled to ground, drilling efficiency is high, and rotating mechanism makes watering more uniform, improves the efficiency of drilling.
Description
Technical field
The present invention relates to a kind of soil sample equipment more particularly to a kind of hydraulic engineering pipeline laying to be set with soil sample
It is standby.
Background technology
Hydraulic engineering is the surface water and groundwater for controlling and allocating nature, reaches and removes the evil emerging sharp purpose and build
Engineering.Also referred to as Hydraulic Projects.Water is human being's production and essential precious resources of living, but the state of its naturally occurring is simultaneously
Not in full conformity with the needs of the mankind.Hydraulic engineering is only built, flow could be controlled, prevents flood, and carry out water
It adjusts and distributes, to meet the needs of people's lives and production to water resource.Hydraulic engineering needs to build dam, dike, spillway, water
Lock, channel, crosses the different types of hydraulic structure such as mortise, log chute, fish pass at water inlet, to realize its target.
It in the work progress of hydraulic engineering, needs to be laid with pipeline, first has to be detected soil, to prevent soil
Acid or alkalinity is too strong and corrosion pipeline, therefore just needs to carry out soil sample detecting, existing hydraulic engineering pipeline paving
If with soil sample equipment sampling efficiency is low, sampling when be not sufficiently stable, it is complicated for operation the shortcomings that, therefore there is an urgent need for research and develop a kind of sampling
Hydraulic engineering pipeline sufficiently stable, easy to operate is laid with soil sample equipment during efficient, sampling.
Invention content
（1）Technical problems to be solved
It is not steady enough when the present invention is in order to overcome low existing hydraulic engineering pipeline laying soil sample equipment sampling efficiency, sampling
The shortcomings that fixed, complicated for operation, the technical problem to be solved in the present invention is to provide a kind of sampling efficiency is high, sampling when it is sufficiently stable,
Hydraulic engineering pipeline easy to operate is laid with soil sample equipment.
（2）Technical solution
In order to solve the above technical problem, the present invention provides such a hydraulic engineering pipeline laying soil sample equipment,
Include bottom plate, wheel, pushing hands, riser, driving mechanism and borehole drill construction, bottom base plate is equipped with wheel, and bottom plate left end is equipped with and pushes away
Hand, bottom plate top left side are equipped with riser, and bottom plate left part is provided with through-hole, and driving mechanism is equipped on the left of riser, is equipped with and bores on the right side of riser
Holes mechanism.
Preferably, driving mechanism includes motor, first bearing seat, screw, nut, cross bar, guide sleeve and guide rod, base top
Motor is equipped on the left of portion, riser left side is symmetrical above and below to be equipped with first bearing seat, and screw, screw are equipped between two first bearing seats
Bottom end and the output axis connection of motor, screw are equipped with nut, and screw coordinates with nut, and guide rod is equipped on the left of nut, and riser is left
Upper lateral part is equipped with cross bar, and cross bar left end is equipped with guide sleeve, and guide rod passes through guide sleeve.
Preferably, borehole drill construction include fixed plate, second bearing seat, shaft, splined shaft, the first sliding rail, the first sliding block,
First electric pushrod, the first rack and drill bit, guide rod bottom right side are connected with fixed plate, and fixed plate bottom is equipped with second bearing
Seat, second bearing seat is interior to be equipped with shaft, and shaft lower part is equipped with splined shaft, and splined shaft bottom is connected with drill bit, and drill bit is located at through-hole
Surface, riser right side central are equipped with the first sliding rail and the first electric pushrod, and the first electric pushrod is located above the first sliding rail, the
One sliding rail is equipped with the first sliding block, and the first slider top is equipped with the first rack, the first electric pushrod right end and the first rack left end
Connection, the first rack are engaged with splined shaft.
Preferably, further included watering mechanism, bottom plate top right side is equipped with watering mechanism, watering mechanism include water tank,
Water pump, hose, strut, fixing sleeve and nozzle, bottom plate top right side are equipped with water tank, and bottom is equipped with water pump in water tank, and water pump goes out
Water end (W.E.) is connected with hose, and water tank left is equipped with strut, and strut top is connected with fixing sleeve, and hose passes through fixing sleeve, hose tail end
It is connected with nozzle.
Preferably, further included rotating mechanism, be equipped with rotating mechanism on the left of water tank, rotating mechanism include the second sliding rail,
Second sliding block, the second electric pushrod, the second rack, 3rd bearing seat and gear, bottom plate crown center are equipped with 3rd bearing seat, branch
Bar bottom is located in 3rd bearing seat, and strut lower part is equipped with gear, and the outer left lower of water tank is equipped with the second sliding rail, on the second sliding rail
Equipped with the second sliding block, the second slider top is equipped with the second rack, is equipped with the second electric pushrod above the second sliding rail, and second electronic pushes away
Bar left end is connect with the second rack right end, the engagement of the second rack and pinion.
Preferably, third sliding rail, third sliding block and connecting rod have been further included.Riser right upper portion is equipped with third sliding rail, the
Three sliding rails are equipped with third sliding block, and connecting rod is equipped on the right side of third sliding block, is connect on the left of connecting rod right end and fixed plate.
Preferably, third electric pushrod and inserted link have been further included, third electric pushrod, third electricity are equipped on the right side of bottom base plate
Dynamic push rod bottom end is connected with inserted link.
Operation principle：It in the work progress of hydraulic engineering, needs to be laid with pipeline, first has to examine soil
It surveys, to prevent soil acidity or the too strong and corrosion pipeline of alkalinity, therefore just needs to carry out sample detecting to soil, first send out this
It is bright to be pushed to the position for needing to be laid with pipeline, then driving mechanism is controlled to rotate in the forward direction, you can borehole drill construction is driven to move down,
At the same time control borehole drill construction work, punches ground, when borehole drill construction is punched to appropriate depth, controls driving machine
Structure reversely rotates, and borehole drill construction is driven to move up reset, then driving mechanism is controlled to be stopped, and control borehole drill construction stops
Work, you can appropriate soil is taken to be detected acid-base value out of hole that be just drilled, sampling efficiency is high, easy to operate.
Because driving mechanism includes motor, first bearing seat, screw, nut, cross bar, guide sleeve and guide rod, bottom plate top
Left side is equipped with motor, and riser left side is symmetrical above and below to be equipped with first bearing seat, and screw, screw bottom are equipped between two first bearing seats
End and the output axis connection of motor, screw coordinate equipped with nut, screw with nut, and guide rod, riser left side are equipped on the left of nut
Top is equipped with cross bar, and cross bar left end is equipped with guide sleeve, and guide rod passes through guide sleeve.So control motor rotates forward, screw is driven to rotate forward, and then
Nut is driven to move down, you can guide rod is driven to move down, is drilled so as to which borehole drill construction be driven to move down to ground,
After the completion of drilling, motor reversal is controlled, and then drives screw reversion, nut moves up, you can drives guide rod and sees machine where
Structure moves up, and after borehole drill construction moves up reset, control motor is stopped.
Because borehole drill construction includes fixed plate, second bearing seat, shaft, splined shaft, the first sliding rail, the first sliding block,
One electric pushrod, the first rack and drill bit, guide rod bottom right side are connected with fixed plate, and fixed plate bottom is equipped with second bearing seat,
Be equipped with shaft in second bearing seat, shaft lower part is equipped with splined shaft, and splined shaft bottom is connected with drill bit, drill bit be located at through-hole just on
Side, riser right side central are equipped with the first sliding rail and the first electric pushrod, and the first electric pushrod is located above the first sliding rail, and first slides
Rail is equipped with the first sliding block, and the first slider top is equipped with the first rack, and the first electric pushrod right end is connect with the first rack left end,
First rack is engaged with splined shaft.So when guide rod moves down, fixed plate and second bearing seat is driven to move down, splined shaft
It is moved up with drill bit, at the same time, controls the continuous stretching motion of the first electric pushrod, and then drive the first rack constantly left and right
It is mobile, you can splined shaft and shaft to be driven constantly to rotate, drill bit rotates with, and so as to rotary drilling downwards over the ground, has drilled
Cheng Hou, the first electric pushrod of control stop stretching motion.
Because having further included watering mechanism, bottom plate top right side is equipped with watering mechanism, and watering mechanism includes water tank, water
Pump, hose, strut, fixing sleeve and nozzle, bottom plate top right side are equipped with water tank, and bottom is equipped with water pump, the water outlet of water pump in water tank
End is connected with hose, and water tank left is equipped with strut, and strut top is connected with fixing sleeve, and hose passes through fixing sleeve, and hose tail end connects
It is connected to nozzle.So the harder ground of some soil is sprinkled water, soil is moistened, ground is made to be easier to drill, because
This can control pump working, you can by the water in water tank by hose, then from nozzle spray, you can ground is moistened,
After moistening, control water pump is stopped, and then drills to ground.
Rotation mechanism is equipped with because having further included rotating mechanism, on the left of water tank, rotating mechanism includes the second sliding rail, the second cunning
Block, the second electric pushrod, the second rack, 3rd bearing seat and gear, bottom plate crown center are equipped with 3rd bearing seat, strut bottom
In 3rd bearing seat, strut lower part is equipped with gear, and the outer left lower of water tank is equipped with the second sliding rail, and the second sliding rail is equipped with the
Two sliding blocks, the second slider top are equipped with the second rack, the second electric pushrod, the second electric pushrod left end are equipped with above the second sliding rail
It is connect with the second rack right end, the engagement of the second rack and pinion.So moistening is carried out to ground to be made, control control second is electronic to be pushed away
The continuous stretching motion of bar, you can the second rack is driven constantly to move left and right, you can strut and gear is driven constantly to rotate, you can more
Add and be uniformly sprayed onto ground, carry out moistening processing to soil, after moistening, the second electric pushrod of control stops stretching motion.
Because third sliding rail, third sliding block and connecting rod are further included.Riser right upper portion is equipped with third sliding rail, and third is slided
Rail is equipped with third sliding block, and connecting rod is equipped on the right side of third sliding block, is connect on the left of connecting rod right end and fixed plate.So when fixing
When plate moves up and down, connecting rod and third sliding block move up and down, you can play the guiding role, make fixed plate more flat when moving up and down
Surely, drill bit is made not deviated by when being drilled.
Because having further included third electric pushrod and inserted link, third electric pushrod is equipped on the right side of bottom base plate, third is electronic
Push rod bottom end is connected with inserted link.So when drilling to ground, the electric pushrod elongation of control third is first had to, drives inserted link
Move down, inserted link be inserted into ground it is motionless when, control third electric pushrod no longer extend, the present invention will not shake at this time, reach
To stable effect.
（3）Advantageous effect
Invention achieves effect sufficiently stable, easy to operate when sampling efficiency height, sampling, the present invention passes through driving mechanism work
Make, drive the movement of borehole drill construction water tank, while borehole drill construction is controlled to work, you can it is drilled downwards to ground, drilling efficiency
Height, and ground is moistened by watering mechanism, make ground will not be overly hard and cannot be drilled, rotating mechanism makes watering
More uniformly, the efficiency of drilling is improved.
Description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is second of main structure diagram of the present invention.
Fig. 3 is the third main structure diagram of the present invention.
Fig. 4 is the 4th kind of main structure diagram of the present invention.
Label in attached drawing for：1- bottom plates, 2- wheels, 3- pushing hands, 4- risers, 5- driving mechanisms, 51- motors, 52- first
Bearing block, 53- screws, 54- nuts, 55- cross bars, 56- guide sleeves, 57- guide rods, 6- borehole drill constructions, 61- fixed plates, the second axis of 62-
Bearing, 63- shafts, 64- splined shafts, the first sliding rails of 65-, the first sliding blocks of 66-, the first electric pushrods of 67-, the first racks of 68-,
69- drill bits, 7- through-holes, 8- watering mechanisms, 81- water tanks, 82- water pumps, 83- hoses, 84- struts, 85- fixing sleeves, 86- nozzles,
9- rotating mechanisms, the second sliding rails of 91-, the second sliding blocks of 92-, the second electric pushrods of 93-, the second racks of 94-, 95- 3rd bearing seats,
96- gears, 10- third sliding rails, 11- third sliding blocks, 12- connecting rods, 13- third electric pushrods, 14- inserted links.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of hydraulic engineering pipeline, which is laid with, uses soil sample equipment, as shown in Figs 1-4, includes bottom plate 1, wheel 2, pushing hands 3, erects
Plate 4, driving mechanism 5 and borehole drill construction 6,1 bottom of bottom plate are equipped with wheel 2, and 1 left end of bottom plate is equipped with pushing hands 3,1 top left side of bottom plate
Equipped with riser 4,1 left part of bottom plate is provided with through-hole 7, and 4 left side of riser is equipped with driving mechanism 5, and 4 right side of riser is equipped with borehole drill construction 6.
Embodiment 2
A kind of hydraulic engineering pipeline, which is laid with, uses soil sample equipment, as shown in Figs 1-4, includes bottom plate 1, wheel 2, pushing hands 3, erects
Plate 4, driving mechanism 5 and borehole drill construction 6,1 bottom of bottom plate are equipped with wheel 2, and 1 left end of bottom plate is equipped with pushing hands 3,1 top left side of bottom plate
Equipped with riser 4,1 left part of bottom plate is provided with through-hole 7, and 4 left side of riser is equipped with driving mechanism 5, and 4 right side of riser is equipped with borehole drill construction 6.
Driving mechanism 5 includes motor 51, first bearing seat 52, screw 53, nut 54, cross bar 55, guide sleeve 56 and guide rod
57,1 top left side of bottom plate is equipped with motor 51, and 4 left side of riser is symmetrical above and below to be equipped with first bearing seat 52, two first bearing seats 52
Between be equipped with screw 53, the output axis connection of 53 bottom end of screw and motor 51, screw 53 is equipped with nut 54, screw 53 and nut
54 cooperations, 54 left side of nut are equipped with guide rod 57, and 4 left upper portion of riser is equipped with cross bar 55, and 55 left end of cross bar is equipped with guide sleeve 56, guide rod
57 pass through guide sleeve 56.
Embodiment 3
A kind of hydraulic engineering pipeline, which is laid with, uses soil sample equipment, as shown in Figs 1-4, includes bottom plate 1, wheel 2, pushing hands 3, erects
Plate 4, driving mechanism 5 and borehole drill construction 6,1 bottom of bottom plate are equipped with wheel 2, and 1 left end of bottom plate is equipped with pushing hands 3,1 top left side of bottom plate
Equipped with riser 4,1 left part of bottom plate is provided with through-hole 7, and 4 left side of riser is equipped with driving mechanism 5, and 4 right side of riser is equipped with borehole drill construction 6.
Driving mechanism 5 includes motor 51, first bearing seat 52, screw 53, nut 54, cross bar 55, guide sleeve 56 and guide rod
57,1 top left side of bottom plate is equipped with motor 51, and 4 left side of riser is symmetrical above and below to be equipped with first bearing seat 52, two first bearing seats 52
Between be equipped with screw 53, the output axis connection of 53 bottom end of screw and motor 51, screw 53 is equipped with nut 54, screw 53 and nut
54 cooperations, 54 left side of nut are equipped with guide rod 57, and 4 left upper portion of riser is equipped with cross bar 55, and 55 left end of cross bar is equipped with guide sleeve 56, guide rod
57 pass through guide sleeve 56.
Borehole drill construction 6 includes fixed plate 61, second bearing seat 62, shaft 63, splined shaft 64, the first sliding rail 65, first
Sliding block 66, the first electric pushrod 67, the first rack 68 and drill bit 69,57 bottom right side of guide rod are connected with fixed plate 61, fixed plate
61 bottoms are equipped with second bearing seat 62, and shaft 63 is equipped in second bearing seat 62, and 63 lower part of shaft is equipped with splined shaft 64, splined shaft
64 bottoms are connected with drill bit 69, and drill bit 69 is located at right over through-hole 7, and 4 right side central of riser is equipped with the first sliding rail 65 and the first electricity
Dynamic push rod 67, the first electric pushrod 67 are located at 65 top of the first sliding rail, and the first sliding rail 65 is equipped with the first sliding block 66, the first sliding block
66 tops are equipped with the first rack 68, and 67 right end of the first electric pushrod is connect with 68 left end of the first rack, the first rack 68 and spline
Axis 64 engages.
Embodiment 4
A kind of hydraulic engineering pipeline, which is laid with, uses soil sample equipment, as shown in Figs 1-4, includes bottom plate 1, wheel 2, pushing hands 3, erects
Plate 4, driving mechanism 5 and borehole drill construction 6,1 bottom of bottom plate are equipped with wheel 2, and 1 left end of bottom plate is equipped with pushing hands 3,1 top left side of bottom plate
Equipped with riser 4,1 left part of bottom plate is provided with through-hole 7, and 4 left side of riser is equipped with driving mechanism 5, and 4 right side of riser is equipped with borehole drill construction 6.
Driving mechanism 5 includes motor 51, first bearing seat 52, screw 53, nut 54, cross bar 55, guide sleeve 56 and guide rod
57,1 top left side of bottom plate is equipped with motor 51, and 4 left side of riser is symmetrical above and below to be equipped with first bearing seat 52, two first bearing seats 52
Between be equipped with screw 53, the output axis connection of 53 bottom end of screw and motor 51, screw 53 is equipped with nut 54, screw 53 and nut
54 cooperations, 54 left side of nut are equipped with guide rod 57, and 4 left upper portion of riser is equipped with cross bar 55, and 55 left end of cross bar is equipped with guide sleeve 56, guide rod
57 pass through guide sleeve 56.
Borehole drill construction 6 includes fixed plate 61, second bearing seat 62, shaft 63, splined shaft 64, the first sliding rail 65, first
Sliding block 66, the first electric pushrod 67, the first rack 68 and drill bit 69,57 bottom right side of guide rod are connected with fixed plate 61, fixed plate
61 bottoms are equipped with second bearing seat 62, and shaft 63 is equipped in second bearing seat 62, and 63 lower part of shaft is equipped with splined shaft 64, splined shaft
64 bottoms are connected with drill bit 69, and drill bit 69 is located at right over through-hole 7, and 4 right side central of riser is equipped with the first sliding rail 65 and the first electricity
Dynamic push rod 67, the first electric pushrod 67 are located at 65 top of the first sliding rail, and the first sliding rail 65 is equipped with the first sliding block 66, the first sliding block
66 tops are equipped with the first rack 68, and 67 right end of the first electric pushrod is connect with 68 left end of the first rack, the first rack 68 and spline
Axis 64 engages.
Watering mechanism 8 is further included, 1 top right side of bottom plate is equipped with watering mechanism 8, and watering mechanism 8 includes water tank 81, water
Pump 82, hose 83, strut 84, fixing sleeve 85 and nozzle 86,1 top right side of bottom plate are equipped with water tank 81, and bottom is equipped in water tank 81
Water pump 82, the water outlet of water pump 82 are connected with hose 83, and 81 left of water tank is equipped with strut 84, and 84 top of strut is connected with fixing sleeve
85, hose 83 passes through fixing sleeve 85, and 83 tail end of hose is connected with nozzle 86.
Further included rotating mechanism 9,81 left side of water tank is equipped with rotating mechanism 9, rotating mechanism 9 include the second sliding rail 91,
Second sliding block 92, the second electric pushrod 93, the second rack 94,3rd bearing seat 95 and gear 96,1 crown center of bottom plate are equipped with the
Three bearing blocks 95,84 bottom of strut are located in 3rd bearing seat 95, and 84 lower part of strut is equipped with gear 96,81 outer left lower of water tank
Equipped with the second sliding rail 91, the second sliding rail 91 is equipped with the second sliding block 92, and 92 top of the second sliding block is equipped with the second rack 94, and second slides
91 top of rail is equipped with the second electric pushrod 93, and 93 left end of the second electric pushrod is connect with 94 right end of the second rack, the second rack 94
It is engaged with gear 96.
Third sliding rail 10, third sliding block 11 and connecting rod 12 are further included.4 right upper portion of riser is equipped with third sliding rail 10,
Third sliding rail 10 is equipped with third sliding block 11, and 11 right side of third sliding block is equipped with connecting rod 12,12 right end of connecting rod and fixed plate 61
Left side connects.
Third electric pushrod 13 and inserted link 14 are further included, 1 bottom right of bottom plate is equipped with third electric pushrod 13, third electricity
Dynamic 13 bottom end of push rod is connected with inserted link 14.
Operation principle：It in the work progress of hydraulic engineering, needs to be laid with pipeline, first has to examine soil
It surveys, to prevent soil acidity or the too strong and corrosion pipeline of alkalinity, therefore just needs to carry out sample detecting to soil, first send out this
It is bright to be pushed to the position for needing to be laid with pipeline, then driving mechanism 5 is controlled to rotate in the forward direction, you can to drive borehole drill construction 6 to moving down
It is dynamic, at the same time borehole drill construction 6 is controlled to work, ground is punched, when the punching of borehole drill construction 6 is to appropriate depth, control
Driving mechanism 5 reversely rotates, and borehole drill construction 6 is driven to move up reset, then driving mechanism 5 is controlled to be stopped, and control is bored
Holes mechanism 6 is stopped, you can appropriate soil is taken to be detected acid-base value out of hole that be just drilled, sampling efficiency is high, operation letter
It is single.
Because driving mechanism 5 includes motor 51, first bearing seat 52, screw 53, nut 54, cross bar 55,56 and of guide sleeve
Guide rod 57,1 top left side of bottom plate are equipped with motor 51, and 4 left side of riser is symmetrical above and below to be equipped with first bearing seat 52, two clutch shaft bearings
Be equipped with screw 53, the output axis connection of 53 bottom end of screw and motor 51 between seat 52, screw 53 is equipped with nut 54, screw 53 with
Nut 54 coordinates, and 54 left side of nut is equipped with guide rod 57, and 4 left upper portion of riser is equipped with cross bar 55, and 55 left end of cross bar is equipped with guide sleeve 56,
Guide rod 57 passes through guide sleeve 56.So control motor 51 rotates forward, screw 53 is driven to rotate forward, and then nut 54 is driven to move down, i.e.,
Guide rod 57 can be driven to move down, drilled so as to which borehole drill construction 6 be driven to move down to ground, after the completion of drilling, control
Motor 51 inverts, and then screw 53 is driven to invert, and nut 54 moves up, you can drives guide rod 57 and sees mechanism to moving up where
Dynamic, after borehole drill construction 6 moves up reset, control motor 51 is stopped.
Because borehole drill construction 6 include fixed plate 61, second bearing seat 62, shaft 63, splined shaft 64, the first sliding rail 65,
First sliding block 66, the first electric pushrod 67, the first rack 68 and drill bit 69,57 bottom right side of guide rod are connected with fixed plate 61, Gu
61 bottom of fixed board is equipped with second bearing seat 62, and shaft 63 is equipped in second bearing seat 62, and 63 lower part of shaft is equipped with splined shaft 64, flower
64 bottom of key axis is connected with drill bit 69, and drill bit 69 is located at right over through-hole 7, and 4 right side central of riser is equipped with the first sliding rail 65 and the
One electric pushrod 67, the first electric pushrod 67 are located at the top of the first sliding rail 65, and the first sliding rail 65 is equipped with the first sliding block 66, and first
The top of sliding block 66 is equipped with the first rack 68, and 67 right end of the first electric pushrod is connect with 68 left end of the first rack, the first rack 68 and
Splined shaft 64 engages.So when guide rod 57 moves down, fixed plate 61 and second bearing seat 62 is driven to move down, splined shaft 64
It is moved up with drill bit 69, at the same time, controls 67 continuous stretching motion of the first electric pushrod, and then drive the first rack 68 not
It is disconnected to move left and right, you can splined shaft 64 and shaft 63 to be driven constantly to rotate, drill bit 69 rotates with, so as to rotate downwards over the ground
Drilling, after the completion of drilling, the first electric pushrod 67 of control stops stretching motion.
Because having further included watering mechanism 8,1 top right side of bottom plate is equipped with watering mechanism 8, and watering mechanism 8 includes water tank
81st, water pump 82, hose 83, strut 84, fixing sleeve 85 and nozzle 86,1 top right side of bottom plate are equipped with water tank 81, bottom in water tank 81
Equipped with water pump 82, the water outlet of water pump 82 is connected with hose 83, and 81 left of water tank is equipped with strut 84, and 84 top of strut is connected with solid
Surely 85 are covered, hose 83 passes through fixing sleeve 85, and 83 tail end of hose is connected with nozzle 86.So ground need that some soil are harder
It sprinkles water, moistens soil, ground is made to be easier to drill, therefore water pump 82 can be controlled to work, you can will be in water tank 81
Water is sprayed by hose 83, then from nozzle 86, you can ground is moistened, after moistening, control water pump 82 is stopped i.e.
Can, then drill to ground.
Because having further included rotating mechanism 9, the left side of water tank 81 is equipped with rotation mechanism, rotating mechanism 9 include the second sliding rail 91,
Second sliding block 92, the second electric pushrod 93, the second rack 94,3rd bearing seat 95 and gear 96,1 crown center of bottom plate are equipped with the
Three bearing blocks 95,84 bottom of strut are located in 3rd bearing seat 95, and 84 lower part of strut is equipped with gear 96,81 outer left lower of water tank
Equipped with the second sliding rail 91, the second sliding rail 91 is equipped with the second sliding block 92, and 92 top of the second sliding block is equipped with the second rack 94, and second slides
91 top of rail is equipped with the second electric pushrod 93, and 93 left end of the second electric pushrod is connect with 94 right end of the second rack, the second rack 94
It is engaged with gear 96.So moistening is carried out to ground to be made, control control 93 continuous stretching motion of the second electric pushrod, you can drive
Second rack 94 constantly moves left and right, you can strut 84 and gear 96 is driven constantly to rotate, you can ground is more uniformly sprayed onto,
Carry out moistening processing to soil, after moistening, the second electric pushrod 93 of control stops stretching motion.
Because third sliding rail 10, third sliding block 11 and connecting rod 12 are further included.4 right upper portion of riser is equipped with third sliding rail
10, third sliding rail 10 is equipped with third sliding block 11, and 11 right side of third sliding block is equipped with connecting rod 12,12 right end of connecting rod and fixed plate
61 left sides connect.So when fixed plate 61 moves up and down, connecting rod 12 and third sliding block 11 move up and down, you can rise to be oriented to and make
With, it is more steady when moving up and down fixed plate 61, drill bit 69 is made not deviated by when being drilled.
Because having further included third electric pushrod 13 and inserted link 14,1 bottom right of bottom plate is equipped with third electric pushrod 13, the
Three electric pushrods, 13 bottom end is connected with inserted link 14.So when drilling to ground, control third electric pushrod 13 is first had to
Elongation drives inserted link 14 to move down, inserted link 14 be inserted into ground it is motionless when, control third electric pushrod 13 no longer extends, this
When the present invention will not shake, achieve the effect that stable.
Embodiment described above only expresses the preferred embodiment of the present invention, and description is more specific and detailed, but simultaneously
Cannot the limitation to the scope of the claims of the present invention therefore be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (7)
1. a kind of hydraulic engineering pipeline is laid with soil sample equipment, which is characterized in that includes bottom plate（1）, wheel（2）, push away
Hand（3）, riser（4）, driving mechanism（5）And borehole drill construction（6）, bottom plate（1）Bottom is equipped with wheel（2）, bottom plate（1）Left end is equipped with
Pushing hands（3）, bottom plate（1）Top left side is equipped with riser（4）, bottom plate（1）Left part is provided with through-hole（7）, riser（4）Left side is equipped with driving
Mechanism（5）, riser（4）Right side is equipped with borehole drill construction（6）.
2. a kind of hydraulic engineering pipeline according to claim 1 is laid with soil sample equipment, which is characterized in that driving machine
Structure（5）Include motor（51）, first bearing seat（52）, screw（53）, nut（54）, cross bar（55）, guide sleeve（56）And guide rod
（57）, bottom plate（1）Top left side is equipped with motor（51）, riser（4）Left side is symmetrical above and below to be equipped with first bearing seat（52）, two
One bearing block（52）Between be equipped with screw（53）, screw（53）Bottom end and motor（51）Output axis connection, screw（53）On set
There is nut（54）, screw（53）With nut（54）Cooperation, nut（54）Left side is equipped with guide rod（57）, riser（4）Left upper portion is set
There is cross bar（55）, cross bar（55）Left end is equipped with guide sleeve（56）, guide rod（57）Across guide sleeve（56）.
3. a kind of hydraulic engineering pipeline according to claim 2 is laid with soil sample equipment, which is characterized in that drilling machine
Structure（6）Include fixed plate（61）, second bearing seat（62）, shaft（63）, splined shaft（64）, the first sliding rail（65）, first slide
Block（66）, the first electric pushrod（67）, the first rack（68）And drill bit（69）, guide rod（57）Bottom right side is connected with fixed plate
（61）, fixed plate（61）Bottom is equipped with second bearing seat（62）, second bearing seat（62）It is interior to be equipped with shaft（63）, shaft（63）Under
Portion is equipped with splined shaft（64）, splined shaft（64）Bottom is connected with drill bit（69）, drill bit（69）Positioned at through-hole（7）Surface, riser
（4）Right side central is equipped with the first sliding rail（65）With the first electric pushrod（67）, the first electric pushrod（67）Positioned at the first sliding rail
（65）Top, the first sliding rail（65）It is equipped with the first sliding block（66）, the first sliding block（66）Top is equipped with the first rack（68）, first
Electric pushrod（67）Right end and the first rack（68）Left end connects, the first rack（68）With splined shaft（64）Engagement.
4. a kind of hydraulic engineering pipeline according to claim 3 is laid with soil sample equipment, which is characterized in that is further included
There is watering mechanism（8）, bottom plate（1）Top right side is equipped with watering mechanism（8）, watering mechanism（8）Include water tank（81）, water pump
（82）, hose（83）, strut（84）, fixing sleeve（85）And nozzle（86）, bottom plate（1）Top right side is equipped with water tank（81）, water tank
（81）Interior bottom is equipped with water pump（82）, water pump（82）Water outlet be connected with hose（83）, water tank（81）Left is equipped with strut
（84）, strut（84）Top is connected with fixing sleeve（85）, hose（83）Across fixing sleeve（85）, hose（83）Tail end is connected with spray
Head（86）.
5. a kind of hydraulic engineering pipeline according to claim 4 is laid with soil sample equipment, which is characterized in that is further included
There is rotating mechanism（9）, water tank（81）Left side is equipped with rotating mechanism（9）, rotating mechanism（9）Include the second sliding rail（91）, second
Sliding block（92）, the second electric pushrod（93）, the second rack（94）, 3rd bearing seat（95）And gear（96）, bottom plate（1）In top
Between be equipped with 3rd bearing seat（95）, strut（84）Bottom is located at 3rd bearing seat（95）It is interior, strut（84）Lower part is equipped with gear
（96）, water tank（81）Outer left lower is equipped with the second sliding rail（91）, the second sliding rail（91）It is equipped with the second sliding block（92）, second slides
Block（92）Top is equipped with the second rack（94）, the second sliding rail（91）Top is equipped with the second electric pushrod（93）, the second electric pushrod
（93）Left end and the second rack（94）Right end connects, the second rack（94）With gear（96）Engagement.
6. a kind of hydraulic engineering pipeline according to claim 5 is laid with soil sample equipment, which is characterized in that is further included
There is third sliding rail（10）, third sliding block（11）And connecting rod（12）.Riser（4）Right upper portion is equipped with third sliding rail（10）, third
Sliding rail（10）It is equipped with third sliding block（11）, third sliding block（11）Right side is equipped with connecting rod（12）, connecting rod（12）Right end is with consolidating
Fixed board（61）Left side connects.
7. a kind of hydraulic engineering pipeline according to claim 6 is laid with soil sample equipment, which is characterized in that is further included
There is third electric pushrod（13）And inserted link（14）, bottom plate（1）Bottom right is equipped with third electric pushrod（13）, third electric pushrod
（13）Bottom end is connected with inserted link（14）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711259045.0A CN108195611A (en) | 2017-12-04 | 2017-12-04 | A kind of hydraulic engineering pipeline is laid with soil sample equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711259045.0A CN108195611A (en) | 2017-12-04 | 2017-12-04 | A kind of hydraulic engineering pipeline is laid with soil sample equipment |
Publications (1)
| Publication Number | Publication Date |
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| CN108195611A true CN108195611A (en) | 2018-06-22 |
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ID=62573523
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711259045.0A Pending CN108195611A (en) | 2017-12-04 | 2017-12-04 | A kind of hydraulic engineering pipeline is laid with soil sample equipment |
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| Country | Link |
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| CN (1) | CN108195611A (en) |
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| CN109060457A (en) * | 2018-08-09 | 2018-12-21 | 詹应博 | A kind of coal mine coal-bed gas sample acquisitions device |
| CN110195569A (en) * | 2019-05-06 | 2019-09-03 | 黄天楚 | A kind of oil exploitation rotary drilling equipment |
| CN110763509A (en) * | 2019-11-10 | 2020-02-07 | 成都赋阳技术开发有限公司 | Soil sampling and detecting device |
| CN114961613A (en) * | 2022-06-28 | 2022-08-30 | 山东东信岩土工程有限公司 | Rock core sampling device for geotechnical engineering investigation |
| CN115234162A (en) * | 2021-04-25 | 2022-10-25 | 东台市巨力机械制造有限公司 | Vertical drilling machine that stable form is high |
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Application publication date: 20180622 |
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| RJ01 | Rejection of invention patent application after publication |