CN209102417U - A kind of native sampling equipment of drilling original sample - Google Patents
A kind of native sampling equipment of drilling original sample Download PDFInfo
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- CN209102417U CN209102417U CN201821759933.9U CN201821759933U CN209102417U CN 209102417 U CN209102417 U CN 209102417U CN 201821759933 U CN201821759933 U CN 201821759933U CN 209102417 U CN209102417 U CN 209102417U
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Abstract
Originally practical to be related to native sampling technique field as former state, specially a kind of native sampling equipment of drilling original sample, including sampling equipment main body, drilling equipment and movable support frame, the bottom end of sampling equipment main body is fixedly connected with sleeve, the bottom end of sleeve is connected with drilling equipment, two sides are connected with movable support frame before sleeve, the both ends of sampling equipment main body are fixedly connected with Anti-skid handrail, control panel is electrically connected with immediately ahead of sleeve, the bottom of movable support frame, which is run through, is connected with reinforcement block, reinforcement block improves the stability of sampling equipment main body well, control panel improves the convenience of sampling equipment main body well, Anti-skid handrail improves the skid resistance of sampling equipment main body well, movable support frame so that save manpower well, the automaticity of sampling equipment main body is embodied well, drilling equipment improves well The controllability of sampling equipment main body will have extensive development prospect in future suitable for the use of soil sampling as former state.
Description
Technical field
Originally practical to be related to native sampling technique field as former state, specially a kind of native sampling equipment of drilling original sample.
Background technique
For lifting lower layer's test undisturbed soil soil as sample to understand its property, to make more to understand base's property
Matter will take soil as former state in higher depth sometimes, this kind of equipment is referred to as the native sampling equipment of original sample that drills.
Native sampling equipment stability is poor as former state for existing drilling, offset is often generated when being operated, it will tight
Ghost image rings the sampling efficiency of sampling equipment main body, when encountering the harder environment of soil property, is easy to appear the case where being short of power, together
It is lower that sample will lead to sampling efficiency, and drill bit number is single, is not provided with multiple, and multiple drill bits are needed when harder in soil layer,
It can not be adjusted according to different soil property environment, controllability is poor.
So how to design a kind of native sampling equipment of drilling original sample, becoming will currently be solved the problems, such as.
Utility model content
The purpose of this utility model is to provide a kind of native sampling equipments of drilling original sample, to solve to mention in above-mentioned background technique
Native sampling equipment stability is poor as former state for drilling out, is short of power, the problem that efficiency is lower and controllability is poor.
To achieve the above object, the utility model provides the following technical solutions: a kind of native sampling equipment of drilling original sample, including
Sampling equipment main body, drilling equipment and movable support frame, the bottom end of the sampling equipment main body are fixedly connected with sleeve, the set
The top outer wall of cylinder is connected with the bottom end outer wall of sampling equipment main body, and the bottom end of the sleeve is connected with drilling equipment, institute
The top outer wall for stating drilling equipment is connected with the bottom end outer wall of sleeve, and two sides are connected with movable supporting before the sleeve
The top outer wall of frame, the movable support frame is connected with outer wall before sleeve, and the top of the sampling equipment main body is fixed to be connected
It is connected to cover, the bottom end outer wall of the cover is connected with the top outer wall of sampling equipment main body；
Position is connected with main drill bit, the top outer wall of the main drill bit and drilling among the bottom end of the drilling equipment
The bottom end outer wall of device is connected, and the bottom end two sides of the drilling equipment are connected with secondary drill bit, outside the top of the pair drill bit
Wall is connected with the bottom end outer wall of drilling equipment, and the top of the main drill bit is fixedly connected with sampler barrel, the bottom end of the sampler barrel
Outer wall is connected with the top outer wall of main drill bit, and the top of the sampler barrel is connected with control telescopic rod, and the control is flexible
The bottom end outer wall of bar is connected with the top outer wall of sampler barrel, and the top of the control telescopic rod is fixedly connected with control system, institute
The bottom end outer wall for stating control system is connected with the top outer wall of control telescopic rod, and the top of the control system is fixedly connected with biography
Defeated device, the bottom end outer wall of the transmitting device are connected with the top outer wall of control system；
The bottom of the movable support frame is connected with fixed underpan, and the inside inner wall of the fixed underpan and activity are propped up
The bottom outer wall of support is connected, and the inside two sides of the fixed underpan, which are embedded in, is connected with elastic rivet, outside the elastic rivet
It encloses outer wall to be connected with the inside inner wall of fixed underpan, the bosom position of the movable support frame is connected with sliding tooth
The peripheral outer wall of wheel, the driving gear is connected with the inside inner wall of movable support frame, and the bottom end activity of the driving gear connects
It is connected to transmission gear, the top outer wall of the transmission gear is connected with the bottom end outer wall of driving gear, the top of the driving gear
End is fixedly connected with driving device, and the bottom end outer wall of the driving device is connected with the top outer wall of driving gear.
Preferably, the both ends of the sampling equipment main body are fixedly connected with Anti-skid handrail, outside one end of the Anti-skid handrail
Wall is connected with the other end outer wall of sampling equipment main body.
Preferably, control panel, the rear outer wall and set of the control panel are electrically connected with immediately ahead of the sleeve
Outer wall is connected before cylinder.
Preferably, the bottom of the movable support frame, which is run through, is connected with reinforcement block, the inside inner wall of the reinforcement block and work
The peripheral outer wall of dynamic support frame is connected.
Preferably, the both ends of the transmitting device are fixedly connected with driving backup power supply, described to drive the one of backup power supply
End outer wall is connected with the other end outer wall of transmitting device.
Preferably, the drilling equipment is by the main drill bit at position, the secondary drill bit of bottom end two sides, main drill bit top among bottom end
The sampler barrel at end, the control telescopic rod on sampler barrel top, the control system of control telescopic rod top end and the biography on control system top
Defeated device common combination forms, while main drill bit, secondary drill bit, control system, transmitting device, sampler barrel and control telescopic rod are from upper
It is arranged successively under.
Preferably, the movable support frame is by the elastic rivet of two sides inside the fixed underpan of bottom, fixed underpan, interior
The driving gear at position among portion, drive the driving device on gear top and drive gear bottom end transmission gear common combination and
At, while fixed underpan, elastic rivet, driving device, driving gear and transmission gear are arranged successively from top to bottom.
Compared with prior art, the beneficial effect of this kind of utility model is:
1. the native sampling equipment of this kind drilling original sample, the both ends of sampling equipment main body are fixedly connected with Anti-skid handrail, anti-skidding to help
One end outer wall of hand is connected with the other end outer wall of sampling equipment main body, when staff is sampled operation, sampling equipment
Main body can generate more violent shake, if the stabilization of sampling equipment main body can not be controlled well, it will to staff with
Carry out biggish trouble, by the way that Anti-skid handrail is arranged, Anti-skid handrail improves one by being closely welded in sampling equipment main body
Good stress point, enables the control sampling equipment main body of staff tightly by Anti-skid handrail, while Anti-skid handrail
On be inserted in by anti-slip rubber material, can be good at preventing the phenomenon that staff's hand skids, to improve well
The skid resistance of sampling equipment main body.
2. this kind drilling native sampling equipment as former state, it is electrically connected with control panel immediately ahead of sleeve, after control panel
Face outer wall is connected with outer wall before sleeve, since sampling equipment main body needs to carry out in real time the relevant parameters such as control and regulation
Control, scattering device parameters control point bring additional trouble when can carry out relevant operation to staff, pass through setting
Control panel, all state modulator points all concentrate on control panel, to facilitate staff in real time to relevant parameter
It is adjusted modification, to improve the convenience of sampling equipment main body well.
3. this kind drilling native sampling equipment as former state, the bottom of movable support frame through being connected with reinforcement block, reinforcement block it is interior
Side inner wall is connected with the peripheral outer wall of movable support frame, sampling equipment main body running when, drill bit be transferred to soil layer can generate it is larger
Vibration, if not can be carried out good fixation, make movable support frame generate displacement, it will seriously affect sampling equipment main body
Sampling efficiency, by the way that reinforcement block is arranged in the bottom of movable support frame, reinforcement block has certain weight, can be to fixed underpan
Biggish pressure is generated, enables the insertion ground that fixed underpan is more stable, to improve sampling equipment master well
The stability of body.
4. the native sampling equipment of this kind drilling original sample, the both ends of transmitting device are fixedly connected with driving backup power supply, after driving
One end outer wall of stand-by power source is connected with the other end outer wall of transmitting device, the drive when encountering the harder environment of soil property, to drill bit
Dynamic power and driving endurance all have very high requirement, if be short of power, it will cause sampling efficiency lower, pass through setting
There is driving backup power supply, and drive there are four backup power supply settings, the driving power and driving that can significantly increase drill bit are held
Long power has an impact sampling efficiency to prevent to be short of power well, effectively raises the height of sampling equipment main body
Effect property.
5. native sampling equipment, drilling equipment are by the main drill bit at position, bottom end two sides among bottom end as former state for this kind drilling
Secondary drill bit, the sampler barrel of main drill end, sampler barrel top control telescopic rod, control telescopic rod top end control system and control
The transmitting device common combination on system top processed forms, at the same main drill bit, secondary drill bit, control system, transmitting device, sampler barrel and
Control telescopic rod is arranged successively from top to bottom, since different regions have different types of original sample soil, different types of original sample soil
Soil property, the loose situation of soil layer be also not quite similar, therefore, sampling equipment main body needs to have the ability for adapting to various soil properties, lead to
It crosses and the secondary drill bits of main drill bit and two is set, when soil property is harder, environment of thicker soil is sampled work, need three brills
It, can be by adjusting the relevant parameter on control panel when head works at the same time, while control system triggers transmitting device, to reach
The effect of work is started simultaneously to three drill bits, it is equally, adjustable corresponding under the environment that soil property is softer, soil layer is relatively thin
Parameter work to control one or two drill bit, after drill bit pierces, in sampler barrel will by through-hole obtain as former state soil,
To sum up, which improves the controllability of sampling equipment main body well.
6. this kind drilling native sampling equipment as former state, movable support frame is by two inside the fixed underpan of bottom, fixed underpan
The elastic rivet of side, the driving gear at bosom position, the driving device on driving gear top and the biography of driving gear bottom end
Moving gear common combination forms, while fixed underpan, elastic rivet, driving device, driving gear and transmission gear are from top to bottom
It is arranged successively, prevents the sampling equipment main body from the feelings such as shifting since sampling equipment main body needs preferable support in running
Condition, by the way that fixed underpan is arranged, the bottom end of fixed underpan is provided with nail class sharp object, can be good at being embedded in soil layer when fixed
It is interior, while by the way that elastic rivet is arranged, when being embedded in soil layer, by screwing elastic rivet, the insertion that can further consolidate is native
In layer, when work, which finishes, to be needed to extract, the elastic rivet in place need to be only revolved.It is provided with driving gear and transmission gear simultaneously,
Driving device is connected with driving backup power supply, and driving device makes to drive gear and transmission gear automatic operating, thus automatic band
Dynamic fixed underpan screws in soil layer, to save manpower well, embodies the automaticity of sampling equipment main body well.
Detailed description of the invention
Fig. 1 is the overall schematic of the utility model；
Fig. 2 is the diagrammatic cross-section of the utility model drilling equipment；
Fig. 3 is the diagrammatic cross-section of the utility model movable support frame.
In figure: 1, sampling equipment main body, 2, drilling equipment, 3, movable support frame, 4, sleeve, 5, cover, 6, Anti-skid handrail,
7, control panel, 8, reinforcement block, 201, main drill bit, 202, secondary drill bit.203, control system, 204, transmitting device, 205, sampling
Cylinder, 206, control telescopic rod, 207, driving backup power supply, 301, fixed underpan, 302, elastic rivet, 303, driving device,
304, gear, 305, transmission gear are driven.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment, based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of native sampling equipment of drilling original sample, including take
Sample equipment body 1, drilling equipment 2 and movable support frame 3, the bottom end of sampling equipment main body 1 are fixedly connected with sleeve 4, sleeve 4
Top outer wall is connected with the bottom end outer wall of sampling equipment main body 1, and the bottom end of sleeve 4 is connected with drilling equipment 2, drilling equipment
2 top outer wall is connected with the bottom end outer wall of sleeve 4, and two sides are connected with movable support frame 3, activity branch before sleeve 4
The top outer wall of support 3 is connected with outer wall before sleeve 4, and the top of sampling equipment main body 1 is fixedly connected with cover 5, cover 5
Bottom end outer wall be connected with the top outer wall of sampling equipment main body 1；
Position is connected with main drill bit 201, the top outer wall of main drill bit 201 and drilling among the bottom end of drilling equipment 2
The bottom end outer wall of device 2 is connected, and the bottom end two sides of drilling equipment 2 are connected with secondary drill bit 202, outside the top of secondary drill bit 202
Wall is connected with the bottom end outer wall of drilling equipment 2, and the top of main drill bit 201 is fixedly connected with sampler barrel 205, the bottom of sampler barrel 205
End outer wall is connected with the top outer wall of main drill bit 201, and the top of sampler barrel 205 is connected with control telescopic rod 206, and control is stretched
The bottom end outer wall of contracting bar 206 is connected with the top outer wall of sampler barrel 205, and the top of control telescopic rod 206 is fixedly connected with control
The bottom end outer wall of system 203, control system 203 is connected with the top outer wall of control telescopic rod 206, the top of control system 203
It is fixedly connected with transmitting device 204, the bottom end outer wall of transmitting device 204 is connected with the top outer wall of control system 203；
The bottom of movable support frame 3 is connected with fixed underpan 301, and the inside inner wall of fixed underpan 301 and activity are propped up
The bottom outer wall of support 3 is connected, and the inside two sides insertion of fixed underpan 301 is connected with elastic rivet 302, elastic rivet 302
Peripheral outer wall is connected with the inside inner wall of fixed underpan 301, and the bosom position of movable support frame 3 is connected with sliding tooth
The peripheral outer wall of wheel 304, driving gear 304 is connected with the inside inner wall of movable support frame 3, drives the bottom end activity of gear 304
It is connected with transmission gear 305, the top outer wall of transmission gear 305 is connected with the bottom end outer wall of driving gear 304, drives gear
304 top is fixedly connected with driving device 303, the top outer wall phase of the bottom end outer wall and driving gear 304 of driving device 303
Even.
Preferably, the both ends of sampling equipment main body 1 are fixedly connected with Anti-skid handrail 6, one end outer wall of Anti-skid handrail 6 with take
The other end outer wall of sample equipment body 1 is connected, and when staff is sampled operation, sampling equipment main body 1 can generate more acute
Strong shake, if the stabilization of sampling equipment main body 1 can not be controlled well, it will biggish trouble is brought to staff,
By the way that Anti-skid handrail 6 is arranged, Anti-skid handrail 6 improves a good stress by being closely welded in sampling equipment main body 1
Point, enables the control sampling equipment main body 1 of staff tightly by Anti-skid handrail 6, at the same be inserted on Anti-skid handrail 6 by
Anti-slip rubber material can be good at preventing the phenomenon that staff's hand skids, to improve sampling equipment well
The skid resistance of main body 1.
Preferably, the front of sleeve 4 is electrically connected with control panel 7, rear outer wall and the sleeve 4 of control panel 7
Front outer wall is connected, since sampling equipment main body 1 needs to control the relevant parameters such as control and regulation in real time, scattering device
Additional trouble is brought when can carry out relevant operation to staff in parameters control point, by the way that control panel 7 is arranged, owns
State modulator point all concentrate on control panel 7, so that facilitating staff is adjusted modification to relevant parameter in real time,
To improve the convenience of sampling equipment main body 1 well.
Preferably, the bottom of movable support frame 3, which is run through, is connected with reinforcement block 8, the inside inner wall and movable supporting of reinforcement block 8
The peripheral outer wall of frame 3 is connected, and when sampling equipment main body 1 operates, drill bit, which is transferred to soil layer, can generate biggish vibration, if cannot
It is fixed well, so that movable support frame 3 is generated displacement, it will the sampling efficiency for seriously affecting sampling equipment main body 1 passes through
Movable support frame 3 bottom be arranged reinforcement block 8, reinforcement block 8 have certain weight, can to fixed underpan 301 generate compared with
Big pressure, enables the insertion ground that fixed underpan 301 is more stable, to improve sampling equipment main body 1 well
Stability.
Preferably, the both ends of transmitting device 204 are fixedly connected with driving backup power supply 207, drive the one of backup power supply 207
End outer wall is connected with the other end outer wall of transmitting device 204, when encountering the harder environment of soil property, to the driving power of drill bit with
Driving endurance all has very high requirement, if be short of power, it will cause sampling efficiency lower, after being provided with driving
Stand-by power source 207, and drive the driving power that can significantly increase drill bit there are four the settings of backup power supply 207 and driving lasting
Power has an impact sampling efficiency to prevent to be short of power well, effectively raises the efficient of sampling equipment main body 1
Property.
Preferably, drilling equipment 2 is by the main drill bit 201 at position, the secondary drill bit 202 of bottom end two sides, main brill among bottom end
The sampler barrel 205 on first 201 top, 205 top of sampler barrel control telescopic rod 206, control the control system on 206 top of telescopic rod
203 and 204 common combination of transmitting device on 203 top of control system form, while main drill bit 201, secondary drill bit 202, control system
System 203, transmitting device 204, sampler barrel 205 and control telescopic rod 206 are arranged successively from top to bottom, since different regions have not
Congener original sample soil, soil property, the loose situation of soil layer of different types of original sample soil are also not quite similar, therefore, sampling equipment master
Body 1 needs to have the ability for adapting to various soil properties, by the way that main drill bit 201 and two secondary drill bits 202 is arranged, when soil property it is harder,
It, can be by adjusting on control panel 7 when three drill bits being needed to work at the same time when the environment of thicker soil is sampled work
Relevant parameter, while control system 203 triggers transmitting device 204, thus achieved the effect that three drill bits start simultaneously at work,
Equally, under the environment that soil property is softer, soil layer is relatively thin, adjustable corresponding parameter carries out work to control one or two drill bit
Make, after drill bit pierces, soil as former state will be obtained in sampler barrel 205 by through-hole, to sum up, which improves well
The controllability of sampling equipment main body 1.
Preferably, movable support frame 3 is the elastic rivet of fixed underpan 301 by bottom, 301 inside two sides of fixed underpan
302, the driving gear 304 at bosom position, drive 304 top of gear driving device 303 and driving gear 304 bottom end
305 common combination of transmission gear forms, while fixed underpan 301, elastic rivet 302, driving device 303, driving 304 and of gear
Transmission gear 305 is arranged successively from top to bottom, since sampling equipment main body 1 needs preferable support to prevent from sampling in running
Situations such as equipment body 1 shifts, by the way that fixed underpan 301 is arranged, it is sharp that the bottom end of fixed underpan 301 is provided with nail class
Object can be good at being embedded in soil layer when fixed, while by the way that elastic rivet 302 is arranged, when being embedded in soil layer, by screwing pine
Tight rivet 302 in the insertion soil layer that can further consolidate, when work, which finishes, to be needed to extract, need to only revolve and locate elastic rivet
302.It is provided with driving gear 304 and transmission gear 305 simultaneously, driving device 303 is connected with driving backup power supply 207,
Driving device 303 makes to drive gear 304 and 305 automatic operating of transmission gear, to automatically fixed underpan 301 be driven to screw in soil
In layer, to save manpower well, the automaticity of sampling equipment main body 1 is embodied well.
Working principle: firstly, Anti-skid handrail 6 improves one well by being closely welded in sampling equipment main body 1
Stress point, enables the control sampling equipment main body 1 of staff tightly by Anti-skid handrail 6, while covering on Anti-skid handrail 6
Enter by anti-slip rubber material, can be good at preventing the phenomenon that staff's hand skids, to improve sampling well
The skid resistance of equipment body 1, then, by the way that control panel 7 is arranged, all state modulator points are all concentrated on control panel 7,
Modification is adjusted to relevant parameter in real time to facilitate staff, to improve sampling equipment main body 1 well
Convenience then by being provided with driving backup power supply 207, and drives there are four the settings of backup power supply 207, can be significant
The driving power and driving endurance for increasing drill bit, have an impact sampling efficiency to prevent to be short of power well, have
The high efficiency for improving sampling equipment main body 1 of effect, and then, when soil property is harder, environment of thicker soil is sampled work
It, can be by adjusting the relevant parameter on control panel 7, while control system 203 when three drill bits being needed to work at the same time when making
Transmitting device 204 is triggered, to achieve the effect that three drill bits start simultaneously at work, to improve sampling equipment well
The controllability of main body 1, finally, it is provided with driving gear 304 and transmission gear 305, driving device 303 and driving backup power supply
207 are connected, and driving device 303 makes to drive gear 304 and 305 automatic operating of transmission gear, to automatically drive fixed underpan
301 screw in soil layer, to save manpower well, embody the automaticity of sampling equipment main body 1 well, here it is this
The working principle of the native sampling equipment of kind drilling original sample.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (7)
1. a kind of native sampling equipment of drilling original sample, it is characterised in that: including sampling equipment main body (1), drilling equipment (2) and activity
The bottom end of support frame (3), the sampling equipment main body (1) is fixedly connected with sleeve (4), the top outer wall of the sleeve (4) with
The bottom end outer wall of sampling equipment main body (1) is connected, and the bottom end of the sleeve (4) is connected with drilling equipment (2), the drilling
The top outer wall of device (2) is connected with the bottom end outer wall of sleeve (4), and two sides are connected with activity before the sleeve (4)
The top outer wall of support frame (3), the movable support frame (3) is connected with outer wall before sleeve (4), the sampling equipment main body
(1) top is fixedly connected with cover (5), the bottom end outer wall and the top outer wall phase of sampling equipment main body (1) of the cover (5)
Even；
Position is connected with main drill bit (201) among the bottom end of the drilling equipment (2), the top of the main drill bit (201)
Outer wall is connected with the bottom end outer wall of drilling equipment (2), and the bottom end two sides of the drilling equipment (2) are connected with secondary drill bit
(202), the top outer wall of the secondary drill bit (202) is connected with the bottom end outer wall of drilling equipment (2), the main drill bit (201)
Top is fixedly connected with sampler barrel (205), the top outer wall phase of the bottom end outer wall and main drill bit (201) of the sampler barrel (205)
Even, the top of the sampler barrel (205), which is connected with, controls telescopic rod (206), outside the bottom end of control telescopic rod (206)
Wall is connected with the top outer wall of sampler barrel (205), and the top of control telescopic rod (206) is fixedly connected with control system
(203), the bottom end outer wall of the control system (203) is connected with the top outer wall of control telescopic rod (206), the control system
(203) top is fixedly connected with transmitting device (204), the bottom end outer wall of the transmitting device (204) and control system (203)
Top outer wall be connected；
The bottom of the movable support frame (3) is connected with fixed underpan (301), in the inside of the fixed underpan (301)
Wall is connected with the bottom outer wall of movable support frame (3), and the inside two sides insertion of the fixed underpan (301) is connected with elastic rivet
(302), the peripheral outer wall of the elastic rivet (302) is connected with the inside inner wall of fixed underpan (301), the movable support frame
(3) bosom position is connected with driving gear (304), and the peripheral outer wall of driving gear (304) and activity are propped up
The inside inner wall of support (3) is connected, and the bottom end of driving gear (304) is connected with transmission gear (305), the transmission
The top outer wall of gear (305) is connected with the bottom end outer wall of driving gear (304), and the top of driving gear (304) is fixed
It is connected with driving device (303), the bottom end outer wall of the driving device (303) is connected with the top outer wall of driving gear (304).
2. a kind of native sampling equipment of drilling original sample according to claim 1, it is characterised in that: the sampling equipment main body
(1) both ends are fixedly connected with Anti-skid handrail (6), and one end outer wall of the Anti-skid handrail (6) is another with sampling equipment main body (1)
One end outer wall is connected.
3. a kind of drilling according to claim 1 native sampling equipment as former state, it is characterised in that: the sleeve (4) just before
Side is electrically connected with control panel (7), and the rear outer wall of the control panel (7) is connected with outer wall before sleeve (4).
4. a kind of native sampling equipment of drilling original sample according to claim 1, it is characterised in that: the movable support frame (3)
Bottom through being connected with reinforcement block (8), the peripheral outer wall phase of the inside inner wall and movable support frame (3) of the reinforcement block (8)
Even.
5. a kind of native sampling equipment of drilling original sample according to claim 1, it is characterised in that: the transmitting device (204)
Both ends be fixedly connected with driving backup power supply (207), it is described driving backup power supply (207) one end outer wall and transmitting device
(204) other end outer wall is connected.
6. a kind of drilling according to claim 1 native sampling equipment as former state, it is characterised in that: the drilling equipment (2) is
By the main drill bit (201) at position among bottom end, the secondary drill bit (202) of bottom end two sides, main drill bit (201) top sampler barrel
(205), the control telescopic rod (206) on sampler barrel (205) top, control telescopic rod (206) top control system (203) and control
Transmitting device (204) common combination on system (203) top processed forms, while main drill bit (201), secondary drill bit (202), control system
System (203), transmitting device (204), sampler barrel (205) and control telescopic rod (206) are arranged successively from top to bottom.
7. a kind of native sampling equipment of drilling original sample according to claim 1, it is characterised in that: the movable support frame (3)
It is by the drive of elastic rivet (302), bosom position of the internal two sides of fixed underpan (301), fixed underpan (301) of bottom
Moving gear (304), the driving device (303) for driving gear (304) top and the transmission gear for driving gear (304) bottom end
(305) common combination forms, while fixed underpan (301), elastic rivet (302), driving device (303), driving gear (304)
It is arranged successively from top to bottom with transmission gear (305).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821759933.9U CN209102417U (en) | 2018-10-29 | 2018-10-29 | A kind of native sampling equipment of drilling original sample |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821759933.9U CN209102417U (en) | 2018-10-29 | 2018-10-29 | A kind of native sampling equipment of drilling original sample |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209102417U true CN209102417U (en) | 2019-07-12 |
Family
ID=67156992
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821759933.9U Expired - Fee Related CN209102417U (en) | 2018-10-29 | 2018-10-29 | A kind of native sampling equipment of drilling original sample |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209102417U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110567755A (en) * | 2019-10-09 | 2019-12-13 | 中南大学 | Numerical control type cutting ring soil sampler and control method thereof |
-
2018
- 2018-10-29 CN CN201821759933.9U patent/CN209102417U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110567755A (en) * | 2019-10-09 | 2019-12-13 | 中南大学 | Numerical control type cutting ring soil sampler and control method thereof |
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