CN205936389U - All -hydraulic geology core drill - Google Patents
All -hydraulic geology core drill Download PDFInfo
- Publication number
- CN205936389U CN205936389U CN201620942003.1U CN201620942003U CN205936389U CN 205936389 U CN205936389 U CN 205936389U CN 201620942003 U CN201620942003 U CN 201620942003U CN 205936389 U CN205936389 U CN 205936389U
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- China
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- hydraulic
- underframe
- pylon
- oil cylinder
- footstock
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Abstract
All -hydraulic geology core drill, including the chassis, install pylon, power assembly and hoist engine on the chassis, the hoist engine passes through wire rope and connects the pylon, be equipped with the unit head on the pylon, the unit head passes through inlet tube intercommunication water pump, all -hydraulic geology core drill adopts the remote operation mode. The utility model discloses following beneficial effect has: easy operation, operator operational environment is good, effectively alleviates operating personnel's manual labor, and work efficiency is high, it is independent, anti -interference each other, the stable performance, mechanical stiffness and mechanical strength are big, long service life, the corresponding improvement of economic benefits.
Description
Technical field
This utility model is related to geology rock-core borer, more particularly to a kind of all-hydraulic geology rock-core borer.
Background technology
With the extensive application of new technique, the geology rock-core borer of traditional mechanical formula gradually shows its deficiency.As work
The most upstream activity of Cheng Jianshe, engineering exploration is execution conditions hardships the most in Process of Engineering Construction, and this also requires engineering
Capital equipment geology rock-core borer in prospecting must possess that light, quick, ground adaptability is good, easily operated and maintenance
The features such as.
Traditional mechanical formula geology rock-core borer gross mass is big, and main screw lift is more than 1 ton；Single-piece weight, part quality all exists
More than 100Kg, heavy parts reach 200Kg.To pre-construction phase, construction in the wild brings many inconvenience for this.Secondly,
Traditional mechanical formula geology rock-core borer realizes the speed governing to drill bit using shifting-fork gear-shifting mode, and rig can only operate in the 3- of setting
Work on 5 rotating speeds, not strong to the adaptability on stratum.Again, for bad ground, conventional types formula geology rock-core borer has needed
Entirely according to circumstances constantly adjusted by operator, so that adjustment leads to engine misses not in time.This all considerably increases brill
The complex operation degree of machine.
Content of the invention
Technical problem to be solved in the utility model is to overcome the drawbacks described above of prior art presence, provides a kind of behaviour
Make simple, safe all-hydraulic geology rock-core borer.
This utility model solves its technical problem and be employed technical scheme comprise that, all-hydraulic geology rock-core borer, the bottom of including
Frame, described underframe is provided with pylon, power assembly and hoist engine, and described hoist engine connects pylon, described tower by steel wire rope
Frame is provided with unit head, and described unit head connects water pump by water inlet pipe, and described all-hydraulic geology rock-core borer is grasped using long-range
Operation mode.
Further, described pylon is arranged on underframe, and described pylon forms a firm multiple three-legged structure with underframe,
Described pylon includes link, drilling depth oil cylinder, footstock, winding support and sliding rack, and described link is fixed on underframe, institute
State and be provided with base above link, described drilling depth oil cylinder adopts flip-chip fashion, oil is passed through in piston rod one end of described drilling depth oil cylinder
Cylinder connecting pin is connected with base, and the cylinder barrel of described drilling depth oil cylinder is arranged in sliding rack, and described sliding is erected at the top of base,
The both sides of described drilling depth oil cylinder are equipped with guide post side by side, and the bottom of two guide posts is with base and tight by lower tight split nut, and two
The top top of guide post by tightening split nut and footstock tight, described base, footstock, two guide posts, tighten split nut and
Tight split nut constitutes a stable guide frame down, is provided with short rod, described short rod passes through between described footstock and underframe
Connecting pin be connected with footstock and underframe composition three-legged structure, the affixed winding support in top of described footstock, described winding support and
It is provided with long draw, described long draw is connected with winding support and underframe by connecting pin and constitutes three-legged structure between underframe.
Further, the bottom of described link is provided with groove, and described groove is stuck on the crossbeam of underframe, and described link leads to
Cross the clamp nut locking on rotational pin, between described sliding rack and guide post, be provided with copper sheathing, spiral shell is passed through in the top of described footstock
The affixed winding support of bolt, the top of described winding support is provided with fixed pulley, and described fixed pulley is suitable with the steel wire rope phase of hoist engine
Join, described winding support is hollow structure.
Further, described power assembly includes electromotor, fuel tank, storage battery, oil pump bracket, hydraulic variable displacement pump, shaft coupling, electricity
Source switch and erection support, described electromotor and hydraulic variable displacement pump are individually arranged on oil pump bracket, described electromotor and
Hydraulic variable displacement pump passes through shaft coupling and is connected, and described electromotor, fuel tank and storage battery are arranged on the same side of erection support, described power supply
Switch is located on erection support.
Further, described teleoperation mode is completed by operating board, and described operating board includes operation valve, described operation valve
Including four road handles, a road handle controls rotating and the rotary speed of hoist engine, a road handle controlled footage oil cylinder flexible,
One tunnel controls water pump, and a road controls rotation motor.
Further, described unit head is located at the outside of the drilling depth oil cylinder being arranged side by side and guide post, and described unit head includes
Hydraulic motor, gear-box and water inlet assembly, described hydraulic motor drives gear-box, installs above the bearing cover of described gear-box
Water inlet assembly, the gear shaft of described gear-box is provided with drilling rod, and the power of described drilling rod is passed through the one of gear-box by hydraulic motor
Level gear drive transmission.
Further, described hydraulic motor includes hoist motor, pump motor and rotation motor, and described rotation motor is located at dynamic
On power head, described hoist motor is located on hoist engine, and described pump motor is located on water pump.
Further, described water inlet assembly includes sealing ring, stud, sealing, annular seal space, pressing plate, adjusting screw, described pressing plate
Constitute closed space with annular seal space, between described pressing plate and annular seal space, be provided with adjustable sealing, described sealing is passed through to adjust spiral shell
Nail compression.
Further, described water inlet pipe connects the closed space that pressing plate and annular seal space are constituted.
Compared with prior art, this utility model has the advantages that：Simple to operate, operator's good work environment,
Effectively mitigate the physical work of operator, high working efficiency；Independently of one another, anti-interference, stable performance, mechanical stiffness and machinery
Intensity is big, long service life, and economic benefit accordingly improves.
Brief description
Fig. 1 is the structural representation of this utility model one embodiment；
Fig. 2 is the structural representation of pylon in Fig. 1；
Fig. 3 is the structural representation of power assembly in Fig. 1；
Fig. 4 is the structural representation of unit head in Fig. 1；
Fig. 5 is Fig. 2 partial enlarged drawing；
Fig. 6 is the workflow diagram of this utility model one embodiment.
Specific embodiment
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Embodiment
Refer to accompanying drawing 1- Fig. 5, the present embodiment includes underframe 2, described underframe 2 is provided with pylon 3, power assembly 1 and
Hoist engine 6, described hoist engine 6 connects pylon 3 by steel wire rope 17, and described pylon 3 is provided with unit head 5, and described unit head 5 leads to
Cross water inlet pipe connection water pump 7, described all-hydraulic geology rock-core borer adopts teleoperation mode.
In the present embodiment, described pylon 3 is arranged on underframe 2, described pylon 3 and underframe 2 formed one firm multiple
Three-legged structure is it is ensured that the rigidity of pylon 3 and intensity requirement.Described pylon 3 includes link 3-1, drilling depth oil cylinder 3-6, footstock 3-
7th, base 3-2, winding support 3-9 and sliding rack 3-3, described link 3-1 is fixed on underframe 2, above described link 3-1
It is provided with base 3-2, described drilling depth oil cylinder 3-6 adopts flip-chip fashion, and piston rod one end of described drilling depth oil cylinder 3-6 is by oil cylinder even
Pin 3-15 is connected with base 3-2, and the cylinder barrel of described drilling depth oil cylinder 3-6 is arranged in sliding rack 3-3, stretches in drilling depth oil cylinder 3-6
Drive the up and down motion of sliding rack 3-3 while contracting, realize drilling and shadoof.Drilling depth oil cylinder 3-6 can be had using inverted structure
The physical dimension of the reduction rig of effect, and then mitigate rig weight.Described sliding rack 3-3 is located at the top of base 3-2, described enter
The both sides of chi oil cylinder 3-6 are equipped with guide post 3-5 side by side, and the bottom of two guide post 3-5 is by lower tight split nut 3-14 and base
3-2 is simultaneously tight, and the top top of two guide post 3-5 is by tightening split nut 3-8 and footstock 3-7 tight, described base 3-2, footstock
3-7, two guide post 3-5, tighten split nut 3-8 and lower tight split nut 3-14 and constitute a stable guide frame, prevent from tightening
Split nut 3-8 and lower tight split nut 3-14 loosens and leads to loosening, impact between guide post 3-5 and base 3-2 and footstock 3-7
, inflexible phenomenon of sliding in the depth of parallelism between two guide post 3-5.It is provided with short drawing between described footstock 3-7 and underframe 2
Bar 3-12, described short rod 3-12 are connected with footstock 3-7 and underframe 2 by connecting pin 3-13 and constitute three-legged structure, described footstock
The top affixed winding support 3-9 of 3-7, is provided with long draw 3-11, described long draw between described winding support 3-9 and underframe 2
3-11 is connected with winding support 3-9 and underframe 2 by connecting pin 3-13 and constitutes three-legged structure.
In the present embodiment, the bottom of described link 3-1 is provided with groove, and described groove is stuck on the crossbeam of underframe 2, described
3-16 locked by the clamp nut that link 3-1 passes through on rotational pin 3-17, and this structure can mitigate the physical work of operator, change
It is apt to its operation intensity, and accelerate installation rate.It is provided with copper sheathing 3-4 between described sliding rack 3-3 and guide post 3-5, increased
The lubricant effect sliding, also ensures only to change copper sheathing 3-4 upon wear simultaneously, need not change other structures part, prolongation finishes
The service life of component.Bolt affixed winding support 3-9, the top of described winding support 3-9 are passed through in the top of described footstock 3-7
Fixed pulley 3-10 is installed, described fixed pulley 3-10 is adapted with the steel wire rope 17 of hoist engine 6, the steel wire rope of cooperation hoist engine 6
17 realize carrying brill, lower brill and setting of casing, carry sleeve pipe.Described winding support 3-9 is hollow structure, is easy to drilling depth oil cylinder 3-6 and stretches
When long, accommodate the cylinder barrel of drilling depth oil cylinder 3-6.
In the present embodiment, described power assembly 1 includes electromotor 1-1, fuel tank 1-2, storage battery 1-3, oil pump bracket 1-4, liquid
Pressure variable amount pump 1-5, shaft coupling 1-6, on and off switch 1-7 and erection support 1-8, described electromotor 1-1 and hydraulic variable displacement pump 1-5 divides
It is not arranged separately on oil pump bracket 1-4, described electromotor 1-1 is connected by shaft coupling 1-6 with hydraulic variable displacement pump 1-5, described
Electromotor 1-1, fuel tank 1-2 and storage battery 1-3 are arranged on the same side of erection support 1-8, and described on and off switch 1-7 is located at installation
On seat 1-8.This version maintains the independence of electromotor 1-1, decreases hydraulic oil pump dynamically balanced to electromotor 1-1 dry
Disturb, improve the stationarity of electromotor 1-1, decrease electromotor 1-1 shake, be conducive to improving the use longevity started with structural member
Life.Electromotor 1-1, fuel tank 1-2 and storage battery 1-3 are arranged on the same side of erection support 1-8 simultaneously, improve the module of product
Change degree, decreases the wiring during use and pipeline connection work it is often more important that occurring during avoiding wiring
The security incident that electric discharge that permeability and short circuit etc. cause etc. leads to.
In the present embodiment, described teleoperation mode is completed by operating board 4, and described operating board 4 includes operation valve 10, institute
State the motor rotary speed that operation valve 10 controls water pump 7, described operation valve includes four road handles, a road handle controls hoist engine 6
Rotating and rotary speed, a road handle controlled footage oil cylinder 3-6's is flexible, and then controls drilling and shadoof,.By multichannel
Integrated driven valve, can concentrate the manipulation of drilling, water pump 7 and hoist engine 6, make operator away from the drilling rod 5-6 of high-speed rotation and
Higher pylon 3, improves the working environment of operator, decreases walking up and down the time of personnel, improves work efficiency.
In the present embodiment, described unit head 5 is located at the outside of the drilling depth oil cylinder 3-6 being arranged side by side and guide post 3-5, institute
State unit head 5 and include hydraulic motor 5-1, gear-box 5-2 and water inlet assembly, described hydraulic motor 5-1 drives gear-box 5-2, institute
State and water inlet assembly be installed above the bearing cover 5-3 of gear-box 5-2, the gear shaft of described gear-box 5-2 is provided with drilling rod 5-6,
The one-stage gear transmission transmission by gear-box 5-2 by hydraulic motor 5-1 of the power of described drilling rod 5-6.
In hoist motor 11-2 the present embodiment, described hydraulic motor 5-1 include hoist motor 11-2, pump motor 11-3 and
Rotation motor 11-1, described rotation motor 11-1 is located on unit head 5, and described hoist motor 11-2 is located on hoist engine 6, described
Pump motor 11-3 is located on water pump 7.
In the present embodiment, described water inlet assembly includes sealing ring 5-4, stud 5-5, sealing 5-7, annular seal space 5-8, pressing plate 5-
9th, adjusting screw 5-10, described pressing plate 5-9 and annular seal space 5-8 constitute closed space, between described pressing plate 5-9 and annular seal space 5-8
It is provided with adjustable sealing 5-7, so that water can only be flowed to drilling rod 5-6.Described sealing 5-7 is compressed by adjusting screw 5-10.Cause
Exist between drilling rod 5-6 and sealing 5-7 and relatively rotate, and for realizing gap very little between sealing 5-7 drilling rod 5-6 and sealing 5-7
Even contact, this will result in the abrasion of sealing 5-7 and drilling rod 5-6.The mild wear of sealing 5-7 can adjust adjusting screw 5-
10, compression sealing 5-7, so as to expanded radially, compensates wear extent.After heavy wear, open pressing plate 5-9, change sealing ring 5-4.
After drilling rod 5-6 abrasion, drilling rod 5-6 can be unloaded from gear shaft, the drilling rod 5-6 more renewing, solve the reliability of sealing structure
Property.This programme, by rational step power and water inlet assembly, efficiently solves and in input power and inputs water to drilling rod 5-6
Conflict.
In the present embodiment, described water inlet pipe connects the closed space that pressing plate 5-9 and annular seal space 5-8 is constituted.
Work process：Completed the circumgyration incision action crept into by rotation motor 11-1, drilling is completed by drilling depth oil cylinder 3-6
Feed motion, drives hoist engine 6 to complete to propose brill and lower brill action by hoist motor 11-2, drives water pump 7 by pump motor 11-3
Complete the water supply of drilling process, in order to cool down drill bit and to carry abrasive particle.
Claims (9)
1. all-hydraulic geology rock-core borer it is characterised in that include underframe, described underframe is provided with pylon, power assembly and
Hoist engine, described hoist engine connects pylon by steel wire rope, and described pylon is provided with unit head, and described unit head passes through water inlet pipe
Connection water pump, described all-hydraulic geology rock-core borer adopts teleoperation mode.
2. all-hydraulic geology rock-core borer according to claim 1 is it is characterised in that described pylon is arranged on underframe,
Described pylon forms a firm multiple three-legged structure with underframe, and described pylon includes link, drilling depth oil cylinder, footstock, top
Seat, winding support and sliding rack, described link is fixed on underframe, is provided with base above described link, described drilling depth oil
Cylinder adopts flip-chip fashion, and piston rod one end of described drilling depth oil cylinder is connected with base by oil cylinder connecting pin, described drilling depth oil cylinder
Cylinder barrel be arranged in sliding rack, described sliding is erected at the top of base, and the both sides of described drilling depth oil cylinder are equipped with side by side leads
To bar, the bottom of two guide posts is with base and tight by lower tight split nut, and the top top of two guide posts is by tightening split nut
With footstock and tight, described base, footstock, two guide posts, tighten split nut and lower tight split nut constitutes a stable guiding knot
Structure, is provided with short rod between described footstock and underframe, and described short rod is connected with footstock and underframe by connecting pin and constitutes triangle
Structure, the affixed winding support in top of described footstock, it is provided with long draw between described winding support and underframe, described long draw leads to
Cross connecting pin be connected with winding support and underframe composition three-legged structure.
3. all-hydraulic geology rock-core borer according to claim 2 it is characterised in that the bottom of described link be provided with recessed
Groove, described groove is stuck on the crossbeam of underframe, described link pass through rotational pin on clamp nut locking, described sliding rack and
It is provided with copper sheathing, the affixed winding support of bolt is passed through in the top of described footstock, and the top of described winding support is installed between guide post
There is fixed pulley, described fixed pulley is adapted with the steel wire rope of hoist engine, described winding support is hollow structure.
4. the all-hydraulic geology rock-core borer according to any one of claim 1-3 is it is characterised in that described power assembly bag
Include electromotor, fuel tank, storage battery, oil pump bracket, hydraulic variable displacement pump, shaft coupling, on and off switch and erection support, described electromotor and
Hydraulic variable displacement pump is individually arranged on oil pump bracket, and described electromotor is connected by shaft coupling with hydraulic variable displacement pump, described
Electromotor, fuel tank and storage battery are arranged on the same side of erection support, and described on and off switch is located on erection support.
5. all-hydraulic geology rock-core borer according to claim 1 is it is characterised in that described teleoperation mode passes through behaviour
Station completes, and described operating board includes operation valve, and described operation valve includes four road handles, and a road handle controls the positive and negative of hoist engine
Turn and rotary speed, flexible, a road control water pump of a road handle controlled footage oil cylinder, a road controls rotation motor.
6. all-hydraulic geology rock-core borer according to claim 4 is it is characterised in that described unit head is located at and is arranged side by side
Drilling depth oil cylinder and guide post outside, described unit head include hydraulic motor, gear-box and water inlet assembly, described hydraulic motor
Drive gear-box, water inlet assembly be installed above the bearing cover of described gear-box, the gear shaft of described gear-box is provided with drilling rod,
The one-stage gear transmission transmission by gear-box by hydraulic motor of the power of described drilling rod.
7. all-hydraulic geology rock-core borer according to claim 6 is it is characterised in that described hydraulic motor includes elevator horse
Reach, pump motor and rotation motor, described rotation motor is located on unit head, and described hoist motor is located on hoist engine, described
Pump motor is located on water pump.
8. the all-hydraulic geology rock-core borer according to claim 6 or 7 it is characterised in that described water inlet assembly include close
Seal, stud, sealing, annular seal space, pressing plate, adjusting screw, described pressing plate and annular seal space constitute closed space, described pressing plate and close
Envelope is provided with adjustable sealing between chamber, and described sealing is compressed by adjusting screw.
9. all-hydraulic geology rock-core borer according to claim 7 is it is characterised in that described water inlet pipe connection pressing plate and close
The closed space that envelope chamber is constituted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620942003.1U CN205936389U (en) | 2016-08-25 | 2016-08-25 | All -hydraulic geology core drill |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620942003.1U CN205936389U (en) | 2016-08-25 | 2016-08-25 | All -hydraulic geology core drill |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205936389U true CN205936389U (en) | 2017-02-08 |
Family
ID=57952894
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620942003.1U Expired - Fee Related CN205936389U (en) | 2016-08-25 | 2016-08-25 | All -hydraulic geology core drill |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205936389U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106194005A (en) * | 2016-08-25 | 2016-12-07 | 湖南莫尔顿智能勘探机器人有限公司 | A kind of all-hydraulic geology rock-core borer |
-
2016
- 2016-08-25 CN CN201620942003.1U patent/CN205936389U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106194005A (en) * | 2016-08-25 | 2016-12-07 | 湖南莫尔顿智能勘探机器人有限公司 | A kind of all-hydraulic geology rock-core borer |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170208 Termination date: 20180825 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |