CN109579786A - A kind of level for geological mapping - Google Patents
A kind of level for geological mapping Download PDFInfo
- Publication number
- CN109579786A CN109579786A CN201811537252.2A CN201811537252A CN109579786A CN 109579786 A CN109579786 A CN 109579786A CN 201811537252 A CN201811537252 A CN 201811537252A CN 109579786 A CN109579786 A CN 109579786A
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- plate
- level
- support
- frame
- clamping
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- 238000013507 mapping Methods 0.000 title claims abstract description 17
- 230000001105 regulatory effect Effects 0.000 claims abstract description 23
- 238000001125 extrusion Methods 0.000 claims description 21
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 15
- 238000003780 insertion Methods 0.000 claims description 7
- 230000037431 insertion Effects 0.000 claims description 7
- 238000009434 installation Methods 0.000 claims description 4
- 230000005484 gravity Effects 0.000 abstract description 5
- 238000010586 diagram Methods 0.000 description 5
- 230000007423 decrease Effects 0.000 description 4
- 238000000034 method Methods 0.000 description 3
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 3
- 208000027418 Wounds and injury Diseases 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 208000014674 injury Diseases 0.000 description 2
- 229910000831 Steel Inorganic materials 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000004140 cleaning Methods 0.000 description 1
- 238000005259 measurement Methods 0.000 description 1
- 239000010959 steel Substances 0.000 description 1
Classifications
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01C—MEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION; GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
- G01C5/00—Measuring height; Measuring distances transverse to line of sight; Levelling between separated points; Surveyors' levels
Landscapes
- Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- General Physics & Mathematics (AREA)
- Radar, Positioning & Navigation (AREA)
- Remote Sensing (AREA)
- Investigation Of Foundation Soil And Reinforcement Of Foundation Soil By Compacting Or Drainage (AREA)
Abstract
The present invention relates to a kind of level for geological mapping, including supporting support, regulating device and level ontology, the upper end of the supporting support is equipped with regulating device, and the upper end of regulating device is provided with level ontology.The present invention, which can solve existing level need of work support frame and be supported on ground, to work, at hollow location, the center of gravity that existing support frame not can guarantee level makes level fall down to cause the damage of equipment, and level can not work normally due to being not in operating position, affect the progress of work, the problems such as consuming time is long, the function of stablizing support and the multi-faceted adjusting to level that different location is carried out to level may be implemented, different terrain is carried out to stablize support, carrying out multi-faceted adjusting to level before work ensures that level being capable of normal use, it is time-consuming short.
Description
Technical field
The present invention relates to geological mapping field, in particular to a kind of level for geological mapping.
Background technique
Geologic prospect is to be reconnoitred, detected to geology by various means, method, determines suitable supporting course, root
According to the foundation bearing capacity of supporting course, type of foundation being determined, calculating the enquiry-based activity of underlying parameter, geologic prospect needs to carry out
Put a mapping.
Wherein, level is that the tool putting a mapping and needing still lacks before existing level efforts there are following
Fall into: 1, at hollow location, the center of gravity that existing support frame not can guarantee level makes level fall down to cause the damage of equipment；2,
Level can not work normally due to being not in operating position, affect the progress of work, consuming time is long.
There are also exploration and practice in terms of related level support device, number of patent application is for the country
2017216980723 Chinese utility model patent discloses a kind of level bracket, is by being firmly attached to girder steel
The work of level, which provides, stablizes support, guarantees measurement accuracy, application method is simple, is readily disassembled, moves；Number of patent application is
2017209607748 Chinese utility model patent discloses a kind of level bracket for being be easily moved and carrying, by holding
Self-locking universal wheel is set at plate, does not need operator and moves, level bracket is pushed to reach mobile effect, spur turns
It moves in groove and is hidden, prevent operator from accidentally injuring in movement and carrying to foot.
But it is still more rare for the device adjusted to level orientation, thus be highly desirable to set for level
Count dedicated position regulating device.
Summary of the invention
To solve the above-mentioned problems, the present invention provides a kind of level for geological mapping, it can solve existing water
Quasi- instrument need of work support frame is supported on ground and works, and at hollow location, existing support frame not can guarantee level
Center of gravity makes level fall down to cause the damage of equipment, and level can not work normally due to being not in operating position, shadow
The progress of work is rung, the problems such as consuming time is long, may be implemented to carry out level different location stablizes support and to water
The function of the multi-faceted adjusting of quasi- instrument carries out different terrain to stablize support, carries out multi-faceted adjust really to level before work
Protect level can normal use, it is time-consuming short.
To achieve the goals above, the invention adopts the following technical scheme: a kind of level for geological mapping, including
Supporting support, regulating device and level ontology, the upper end of the supporting support are equipped with regulating device, regulating device it is upper
End is provided with level ontology.
The supporting support includes frame linking, three adjusting rods, crushing block, squeezes cylinder, telescope support and two support branch
Frame, the lower end of frame linking by hinge uniformly install there are three adjusting rod, extruding cylinder is installed in the middle part of frame linking, squeezes cylinder
Top is mounted on crushing block, and crushing block is located in three adjusting rods, is equipped with positioned at the lower end of frame linking front end adjusting rod flexible
Bracket is equipped with support bracket positioned at the lower end of frame linking rear end adjusting rod, when specific works, when the present invention needs to support, squeezes
Block decline expands three adjusting rods outward, according to landform, telescope support is erected with two support brackets and is placed on the ground, and props up
Support bracket carries out different terrain to stablize support, avoids level ontology from falling down and causes to damage, will not influence the progress of work.
The regulating device includes bottom plate, sliding slot, slide bar, main motor, angle adjusting mechanism, micro-adjusting mechanism and clamping machine
Structure is equipped with main motor on bottom plate, micro-adjusting mechanism is equipped on the output shaft of main motor, the lower end of micro-adjusting mechanism is equipped with cunning
Bar, slide bar are connected by way of being slidably matched with sliding slot, and sliding slot is mounted on bottom plate, and the right end of bottom plate is equipped with angular adjustment
Mechanism, the upper end of micro-adjusting mechanism are equipped with clamping device, when specific works, after supporting support erects level ontology, and personnel
It needs to carry out orientation adjusting to level ontology, clamping device grips level ontology, and main motor drives level
Instrument ontology transverse direction large rotation, micro-adjusting mechanism carry out secondary fine tuning, angular adjustment to the level ontology after large rotation
Mechanism carries out angular adjustment to level ontology, and regulating device, which carries out multi-faceted adjusting to level, ensures that level can be normal
It uses.
The angle adjusting mechanism includes auxiliary plate, threaded rod, linkage block, traveller and sliding groove, and auxiliary plate is mounted on frame linking
On, by the kind of drive and threaded rod of screw thread on auxiliary plate, the upper end of threaded rod is mounted on linkage block by bearing, in linkage block
It is provided with circular hole, traveller is provided in circular hole, traveller is connected by way of being slidably matched with sliding groove, and sliding groove is mounted on bottom
On plate, when specific works, when adjusting level ontology angle, personnel turn threaded rod, and threaded rod drives traveller lifting, and traveller exists
Level ontology is squeezed in sliding groove and carries out angular adjustment until operating position is arrived in adjusting, and personnel pass through control angle adjusting mechanism
To adjust the angle of level ontology, it is ensured that the observation angle of level ontology is personnel's desired angle.
The micro-adjusting mechanism includes mainboard, pedestal, main rack gear, pulls plate, upper plate, two baffles, telescopic rod, squeezes circle
Block and locking branch.
Pedestal is installed in the middle part of mainboard, main rack gear is installed on the right end sidewalls of pedestal, the left end of mainboard is uniformly arranged
There is card hole, the right end of mainboard is equipped with by pin shaft pulls plate, and the upper end of pedestal is mounted on upper plate, and the left end of upper plate is equipped with
Telescopic rod, the top of telescopic rod, which is mounted on, to be squeezed on round block, and it is corresponding with card hole to squeeze round block, card hole positioned at two baffles it
Between, baffle is mounted on mainboard, and the rear end of upper plate is equipped with locking branch.
When specific works, after main motor drives level ontology transverse direction large rotation, personnel pull plate rotation, button
Movable plate drives upper plate rotation, and telescopic rod, which drives, squeezes round block insertion card hole, and when upper plate needs to continue to rotate, personnel need firmly to detain
Dynamic to pull plate, squeezing round block could be inserted into next card hole, when level ontology is fine-tuning to suitable position, lock branch chain lock
Tight mainboard, micro-adjusting mechanism carry out secondary rotation to level ontology, further adjust to more preferably operating position.
Further, the crushing block includes rotary table frame, three extruding frames and three idler wheels, on the side wall of rotary table frame uniformly
There are three extruding frames for installation, and adjusting rod is located in extruding frame, squeezes in frame and is equipped with idler wheel by bearing, the inside of idler wheel is tight
It is attached on the outer wall of adjusting rod, squeezes frame and adjusting rod is limited, idler wheel reduces the friction squeezed between frame and adjusting rod
Power.
Further, the telescope support includes expansion plate, inserted link and even cylinder, the lower end of expansion plate are installed by pin shaft
There is inserted link, even cylinder is equipped with by pin shaft between inserted link and expansion plate, when specific works, even cylinder drives inserted link to carry out angle
It adjusts, telescope support copes with different landform by telescopic adjustment.
Further, the support bracket includes that straight panel, insertion frame and auxiliary cylinder, the lower end of straight panel are equipped with slotting by pin shaft
Enter frame, be inserted between frame and straight panel and auxiliary cylinder is equipped with by pin shaft, auxiliary cylinder drives insertion frame to carry out angular adjustment.
Further, the plate of pulling includes rotor plate, auxiliary rack gear and friction block, and the right end of rotor plate, which is uniformly equipped with, to rub
Cleaning block, the left end of rotor plate is equipped with auxiliary rack gear, and auxiliary rack gear is meshed with main rack gear, and friction block increases personnel and pulls rotation
The frictional force of plate.
Further, the locking branch includes clamping support, tightens bar, sliding block and clamping plate, and clamping support is mounted on upper plate,
The lower end inner wall of clamping support is tightly attached to upper plate lower end surface, and the upper end of clamping support is connected by the kind of drive of screw thread with bar is tightened,
The lower end for tightening bar is mounted on clamping plate by bearing, and the rear end of clamping plate is equipped with sliding block, and sliding block is by way of being slidably matched
It is connected with clamping support, when specific works, personnel, which turn, tightens bar, and it tightens bar and clamping plate is driven to push, the lower end of clamping plate and clamping support
Clamping fixation is carried out in face of mainboard.
Further, the clamping device includes master cylinder, fixed frame, extrusion ring, three extruding balladeur trains and slide plate, main gas
Cylinder is mounted on upper plate, and the top of master cylinder is mounted on fixed frame, and fixed frame is mounted on the inner wall of extrusion ring, in extrusion ring
It is uniformly arranged there are three balladeur train is squeezed, the lower end for squeezing balladeur train is equipped with slide plate, and slide plate is by way of being slidably matched and upper plate
It is connected, when specific works, master cylinder drives extrusion ring lifting, and extrusion ring drives three to squeeze balladeur trains to the lower end of level ontology
It is gripped, clamping is stablized.
Further, the extrusion ring includes outer ring, inner ring and steady plate, and steady plate, outer ring are connected between outer ring and inner ring
Extruding lifting is carried out with inner ring assisted extrusion balladeur train.
Further, the upper end of the extruding balladeur train is internally provided with flexible rubber pad, and flexible rubber pad is U-shaped knot
Structure, it is ensured that it is injury-free that level ontology lower end enters surface when squeezing balladeur train.
When level ontology fixed clamp: master cylinder drives extrusion ring lifting, and extrusion ring drives three extruding balladeur trains to water
The lower end of quasi- instrument ontology is gripped；
When level ontology is erected: crushing block decline expands three adjusting rods outward, according to landform, by telescope support with
Two support brackets are erected and are placed on the ground；
When carrying out orientation adjusting to level ontology: when lateral rotation, main motor drives level ontology laterally a wide range of
Plate rotation is pulled in rotation, later, personnel, is pulled strip and is moved upper plate rotation, and telescopic rod drive squeezes round block and is inserted into card hole, on
When plate needs to continue to rotate, personnel need firmly to pull plate, and squeezing round block could be inserted into next card hole, level sheet
After body is fine-tuning to suitable position, personnel, which turn, tightens bar, tightens bar and clamping plate is driven to push, the lower end surface pair of clamping plate and clamping support
Mainboard carries out clamping fixation, and later, when adjusting angle, personnel turn threaded rod, and threaded rod drives traveller lifting, and traveller is sliding
Level ontology is squeezed in slot and carries out angular adjustment until operating position is arrived in adjusting, and personnel are adjusted by control angle adjusting mechanism
Save the angle of level ontology, it is ensured that the observation angle of level ontology is personnel's desired angle, finally, personnel pass through level
Ontology surveys geology.
The beneficial effects of the present invention are:
1, the present invention, which can solve existing level need of work support frame and be supported on ground, works, in hollow location
When, the center of gravity that existing support frame not can guarantee level makes level fall down to cause the damage of equipment, and level is not due to locating
In operating position to can not work normally, affect the progress of work, the problems such as consuming time is long, may be implemented to level into
The function of stablizing support and the multi-faceted adjusting to level of row different location, carries out different terrain to stablize support, work
Before making to level carry out multi-faceted adjusting ensure level can normal use, it is time-consuming short；
2, the present invention is provided with supporting support, and supporting support carries out different terrain to stablize support, avoids level ontology
It falls down and causes to damage, will not influence the progress of work；
3, the present invention is provided with regulating device, and regulating device, which carries out multi-faceted adjusting to level, ensures that level can be just
It is often used, improves work efficiency.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the structural schematic diagram of supporting support of the present invention；
Fig. 3 is the first structure diagram between frame linking of the present invention, regulating device and level ontology；
Fig. 4 is the second structural schematic diagram between frame linking of the present invention, regulating device and level ontology；
Fig. 5 is the third structural schematic diagram between frame linking of the present invention, regulating device and level ontology.
Specific embodiment
The embodiment of the present invention is described in detail below in conjunction with attached drawing, but the present invention can be defined by the claims
Implement with the multitude of different ways of covering.
As shown in Figures 1 to 5, a kind of level for geological mapping, including supporting support 1, regulating device 2 and level
Instrument ontology 3, the upper end of the supporting support 1 are equipped with regulating device 2, and the upper end of regulating device 2 is provided with level ontology
3。
The supporting support 1 includes 11, three adjusting rods 12 of frame linking, crushing block 13, squeezes cylinder 14, telescope support 15
With two support brackets 16, the lower end of frame linking 11 by hinge uniformly install there are three adjusting rod 12, the middle part of frame linking 11 is equipped with
Cylinder 14 is squeezed, the top for squeezing cylinder 14 is mounted on crushing block 13, and crushing block 13 is located in three adjusting rods 12, is located at and is connected
The lower end of 11 front end adjusting rod 12 of frame is equipped with telescope support 15, is equipped with support branch positioned at the lower end of 11 rear end adjusting rod 12 of frame linking
Frame 16, when specific works, when the present invention needs to support, the decline of crushing block 13 expands three adjusting rods 12 outward, base area
Telescope support 15 is erected with two support brackets 16 and is placed on the ground by shape, and supporting support 1 carries out different terrain to stablize branch
Support, avoids level ontology 3 from falling down and causes to damage, will not influence the progress of work.
The regulating device 2 includes bottom plate 21, sliding slot 22, slide bar 23, main motor 24, angle adjusting mechanism 25, fine tuning
Mechanism 26 and clamping device 27 are equipped with main motor 24 on bottom plate 21, micro-adjusting mechanism 26 are equipped on the output shaft of main motor 24,
The lower end of micro-adjusting mechanism 26 is equipped with slide bar 23, and slide bar 23 is connected by way of being slidably matched with sliding slot 22, and sliding slot 22 is installed
On bottom plate 21, the right end of bottom plate 21 is equipped with angle adjusting mechanism 25, and the upper end of micro-adjusting mechanism 26 is equipped with clamping device 27,
When specific works, after supporting support 1 erects level ontology 3, personnel need to carry out level ontology 3 on orientation adjusting, folder
It holds mechanism 27 to grip level ontology 3, main motor 24 drives the lateral large rotation of level ontology 3, fine tuning
Mechanism 26 carries out secondary fine tuning to the level ontology 3 after large rotation, and angle adjusting mechanism 25 carries out level ontology 3
Angular adjustment, regulating device 2, which carries out multi-faceted adjusting to level, ensures that level being capable of normal use.
The angle adjusting mechanism 25 includes auxiliary plate 251, threaded rod 252, linkage block 254, traveller 255 and sliding groove
256, auxiliary plate 251 is mounted on frame linking 11, passes through the kind of drive and threaded rod 252 of screw thread on auxiliary plate 251, threaded rod 252
Upper end is mounted on linkage block 254 by bearing, and circular hole is provided in linkage block 254, and traveller 255, traveller 255 are provided in circular hole
It is connected by way of being slidably matched with sliding groove 256, sliding groove 256 is mounted on bottom plate 21, when specific works, adjusts level
When instrument 3 angle of ontology, personnel turn threaded rod 252, and threaded rod 252 drives traveller 255 to go up and down, and traveller 255 is in sliding groove 256
It squeezes level ontology 3 and carries out angular adjustment until operating position is arrived in adjusting, personnel are adjusted by control angle adjusting mechanism 25
Save the angle of level ontology 3, it is ensured that the observation angle of level ontology 3 is personnel's desired angle.
The micro-adjusting mechanism 26 includes mainboard 261, pedestal 262, main rack gear 263, pulls plate 264, upper plate 265, two
Baffle 266, telescopic rod 267 squeeze round block 268 and locking branch 269.
The middle part of mainboard 261 is equipped with pedestal 262, and main rack gear 263, mainboard 261 are equipped on the right end sidewalls of pedestal 262
Left end be evenly arranged with card hole, the right end of mainboard 261 is equipped with by pin shaft pulls plate 264, and the upper end of pedestal 262 is mounted on
On upper plate 265, the left end of upper plate 265 is equipped with telescopic rod 267, and the top of telescopic rod 267, which is mounted on, to be squeezed on round block 268, squeezes
Press round block 268 corresponding with card hole, card hole is located between two baffles 266, and baffle 266 is mounted on mainboard 261, upper plate 265
Rear end be equipped with locking branch 269.
When specific works, after main motor 24 drives the lateral large rotation of level ontology 3, personnel pull plate 264
Rotation, pull plate 264 drive upper plate 265 rotate, telescopic rod 267 drive squeeze round block 268 be inserted into card hole, upper plate 265 need after
When continuous rotation, personnel need firmly to pull plate 264, and squeezing round block 268 could be inserted into next card hole, level ontology
3 when being fine-tuning to suitable position, and locking branch 269 locks mainboard 261, and micro-adjusting mechanism 26 carries out secondary turn to level ontology 3
It is dynamic, it further adjusts to more preferably operating position.
The crushing block 13 includes 131, three extruding frames 132 of rotary table frame and three idler wheels 133, the side of rotary table frame 131
Uniformly there are three extruding frames 132 for installation on wall, and adjusting rod 12 is located in extruding frame 132, squeeze in frame 132 through bearing installation
There is idler wheel 133, the inside of idler wheel 133 is tightly attached on the outer wall of adjusting rod 12, is squeezed frame 132 and is limited to adjusting rod 12, rolls
Wheel 133 reduces the frictional force squeezed between frame 132 and adjusting rod 12.
The telescope support 15 includes expansion plate 151, inserted link 152 and connects cylinder 153, and the lower end of expansion plate 151 passes through
Pin shaft is equipped with inserted link 152, is equipped with even cylinder 153 by pin shaft between inserted link 152 and expansion plate 151, when specific works, even
Cylinder 153 drives inserted link 152 to carry out angular adjustment, and telescope support 15 copes with different landform by telescopic adjustment.
The support bracket 16 includes that straight panel 162, insertion frame 163 and auxiliary cylinder 164, the lower end of straight panel 162 pass through pin shaft
Insertion frame 163 is installed, is inserted between frame 163 and straight panel 162 and auxiliary cylinder 164 is equipped with by pin shaft, auxiliary cylinder 164, which drives, to be inserted
Enter frame 163 and carries out angular adjustment.
The plate 264 of pulling includes rotor plate 2641, auxiliary rack gear 2642 and friction block 2643, the right end of rotor plate 2641
Friction block 2643 is uniformly installed, the left end of rotor plate 2641 is equipped with auxiliary rack gear 2642, and auxiliary rack gear 2642 and main rack gear 263
It is meshed, friction block 2643 increases the frictional force that personnel pull rotor plate 2641.
The locking branch 269 includes clamping support 2691, tightens bar 2692, sliding block 2693 and clamping plate 2694, clamping support
2691 are mounted on upper plate 265, and the lower end inner wall of clamping support 2691 is tightly attached to 265 lower end surface of upper plate, the upper end of clamping support 2691
It is connected by the kind of drive of screw thread with bar 2692 is tightened, the lower end for tightening bar 2692 is mounted on clamping plate 2694 by bearing,
The rear end of clamping plate 2694 is equipped with sliding block 2693, and sliding block 2693 is connected by way of being slidably matched with clamping support 2691, specifically
When work, personnel, which turn, tightens bar 2692, tightens bar 2692 and clamping plate 2694 is driven to push, under clamping plate 2694 and clamping support 2691
End face carries out clamping fixation to mainboard 261.
The clamping device 27 includes 273, three master cylinder 271, fixed frame 272, extrusion ring extruding balladeur trains 274 and slides
Piece 275, master cylinder 271 are mounted on upper plate 265, and the top of master cylinder 271 is mounted on fixed frame 272, and fixed frame 272 is installed
On the inner wall of extrusion ring 273, the lower end peace that balladeur train 274 is squeezed there are three balladeur train 274 is squeezed is uniformly arranged in extrusion ring 273
Equipped with slide plate 275, slide plate 275 is connected by way of being slidably matched with upper plate 265, and when specific works, master cylinder 271, which drives, to be squeezed
Pressure ring 273 is gone up and down, and extrusion ring 273 drives three extruding balladeur trains 274 to grip the lower end of level ontology 3, is clamped
Stablize.
The extrusion ring 273 includes outer ring 2731, inner ring 2732 and steady plate 2733, between outer ring 2731 and inner ring 2732
It is connected with steady plate 2733, outer ring 2731 and 2732 assisted extrusion balladeur train 274 of inner ring carry out extruding lifting.
The upper end of the extruding balladeur train 274 is internally provided with flexible rubber pad, and flexible rubber pad is U-shaped structure, really
It is injury-free to protect surface when 3 lower end of level ontology enters extruding balladeur train 274.
When level 3 fixed clamp of ontology: master cylinder 271 drives extrusion ring 273 to go up and down, and extrusion ring 273 drives three to squeeze
Pressure balladeur train 274 grips the lower end of level ontology 3；
When level ontology 3 is erected: the decline of crushing block 13 expands three adjusting rods 12 outward, according to landform, will stretch
Bracket 15 is erected with two support brackets 16 and is placed on the ground；
When carrying out orientation adjusting to level ontology 3: when lateral rotation, main motor 24 drives level ontology 3 laterally big
The rotation of plate 264 is pulled in range rotation, later, personnel, pulls plate 264 and upper plate 265 is driven to rotate, and telescopic rod 267, which drives, to be squeezed
Round block 268 is pressed to be inserted into card hole, when upper plate 265 needs to continue to rotate, personnel need firmly to pull plate 264, squeeze round block 268
It could be inserted into next card hole, after level ontology 3 is fine-tuning to suitable position, personnel, which turn, tightens bar 2692, tightens bar
2692 drive clamping plate 2694 to push, and the lower end surface of clamping plate 2694 and clamping support 2691 carries out clamping fixation to mainboard 261, later,
When adjusting angle, personnel turn threaded rod 252, and threaded rod 252 drives traveller 255 to go up and down, and traveller 255 squeezes in sliding groove 256
It presses level ontology 3 to carry out angular adjustment and arrives operating position until adjusting, personnel are adjusted by control angle adjusting mechanism 25
The angle of level ontology 3, it is ensured that the observation angle of level ontology 3 is personnel's desired angle, finally, personnel pass through level
Ontology 3 surveys geology.
Workflow in summary realizes and carries out the stable support of different location to level and to level
The function of multi-faceted adjusting, solves existing level need of work support frame and is supported on ground and work, in hollow location
When, the center of gravity that existing support frame not can guarantee level makes level fall down to cause the damage of equipment, and level is not due to locating
In operating position to can not work normally, the progress of work is affected, the problems such as consuming time is long have reached purpose.
The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field
For art personnel, the invention may be variously modified and varied.All within the spirits and principles of the present invention, made any to repair
Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.
Claims (7)
1. a kind of level for geological mapping, including supporting support (1), regulating device (2) and level ontology (3),
Be characterized in that: the upper end of the supporting support (1) is equipped with regulating device (2), and the upper end of regulating device (2) is provided with level
Instrument ontology (3)；
The supporting support (1) includes frame linking (11), three adjusting rods (12), crushing block (13), squeezes cylinder (14), is flexible
Bracket (15) and two support brackets (16), the lower end of frame linking (11) by hinge uniformly install there are three adjusting rod (12), frame linking
(11) it is equipped in the middle part of and squeezes cylinder (14), the top for squeezing cylinder (14) is mounted on crushing block (13), crushing block (13)
In three adjusting rods (12), the lower end for being located at frame linking (11) front end adjusting rod (12) is equipped with telescope support (15), is located at
The lower end of frame linking (11) rear end adjusting rod (12) is equipped with support bracket (16)；
The regulating device (2) includes bottom plate (21), sliding slot (22), slide bar (23), main motor (24), angle adjusting mechanism
(25), micro-adjusting mechanism (26) and clamping device (27) are equipped with main motor (24) on bottom plate (21), the output shaft of main motor (24)
On be equipped with micro-adjusting mechanism (26), the lower end of micro-adjusting mechanism (26) is equipped with slide bar (23), and slide bar (23), which passes through, to be slidably matched
Mode is connected with sliding slot (22), and sliding slot (22) is mounted on bottom plate (21), and the right end of bottom plate (21) is equipped with angle adjusting mechanism
(25), the upper end of micro-adjusting mechanism (26) is equipped with clamping device (27)；
The angle adjusting mechanism (25) includes auxiliary plate (251), threaded rod (252), linkage block (254), traveller (255) and slides
Dynamic slot (256), auxiliary plate (251) are mounted on frame linking (11), pass through the kind of drive and threaded rod of screw thread on auxiliary plate (251)
(252), the upper end of threaded rod (252) is mounted on linkage block (254) by bearing, is provided with circular hole, circular hole in linkage block (254)
It is inside provided with traveller (255), traveller (255) is connected by way of being slidably matched with sliding groove (256), sliding groove (256) peace
On bottom plate (21)；
The micro-adjusting mechanism (26) includes mainboard (261), pedestal (262), main rack gear (263), pulls plate (264), upper plate
(265), two baffles (266), telescopic rod (267), extruding round block (268) and locking branch (269), the middle part of mainboard (261)
Pedestal (262) are installed；
It is equipped on the right end sidewalls of pedestal (262) main rack gear (263), the left end of mainboard (261) is evenly arranged with card hole, mainboard
(261) right end is equipped with by pin shaft to be pulled plate (264), and the upper end of pedestal (262) is mounted on upper plate (265), upper plate
(265) left end is equipped with telescopic rod (267), and the top of telescopic rod (267), which is mounted on, to be squeezed on round block (268), squeezes round block
(268) corresponding with card hole, card hole is located between two baffles (266), and baffle (266) is mounted on mainboard (261), upper plate
(265) rear end is equipped with locking branch (269).
2. a kind of level for geological mapping according to claim 1, it is characterised in that: the crushing block (13)
Including rotary table frame (131), three extruding frames (132) and three idler wheels (133), uniformly it is equipped on the side wall of rotary table frame (131)
Three extruding frames (132), and adjusting rod (12) is located in extruding frame (132), squeezes in frame (132) and is equipped with idler wheel by bearing
(133), it is tightly attached on the outer wall of adjusting rod (12) on the inside of idler wheel (133).
3. a kind of level for geological mapping according to claim 1, it is characterised in that: the telescope support
It (15) include expansion plate (151), inserted link (152) and company cylinder (153), the lower end of expansion plate (151) is equipped with slotting by pin shaft
Bar (152) is equipped with even cylinder (153) between inserted link (152) and expansion plate (151) by pin shaft；
The support bracket (16) includes straight panel (162), insertion frame (163) and auxiliary cylinder (164), and the lower end of straight panel (162) is logical
It crosses pin shaft and insertion frame (163) is installed, be inserted between frame (163) and straight panel (162) and auxiliary cylinder (164) are equipped with by pin shaft.
4. a kind of level for geological mapping according to claim 1, it is characterised in that: described pulls plate
It (264) include rotor plate (2641), auxiliary rack gear (2642) and friction block (2643), the right end of rotor plate (2641) is uniformly equipped with
Friction block (2643), the left end of rotor plate (2641) are equipped with auxiliary rack gear (2642), and auxiliary rack gear (2642) and main rack gear (263)
It is meshed.
5. a kind of level for geological mapping according to claim 1, it is characterised in that: the locking branch
(269) include clamping support (2691), tighten bar (2692), sliding block (2693) and clamping plate (2694), clamping support (2691) is mounted on
On upper plate (265), the lower end inner wall of clamping support (2691) is tightly attached to upper plate (265) lower end surface, and the upper end of clamping support (2691) is logical
The kind of drive for crossing screw thread is connected with bar (2692) is tightened, and the lower end for tightening bar (2692) is mounted on clamping plate (2694) by bearing
On, the rear end of clamping plate (2694) is equipped with sliding block (2693), and sliding block (2693) is by way of being slidably matched and clamping support
(2691) it is connected.
6. a kind of level for geological mapping according to claim 1, it is characterised in that: the clamping device
It (27) include master cylinder (271), fixed frame (272), extrusion ring (273), three extruding balladeur trains (274) and slide plate (275), main gas
Cylinder (271) is mounted on upper plate (265), and the top of master cylinder (271) is mounted on fixed frame (272), fixed frame (272) installation
On the inner wall of extrusion ring (273), it is uniformly arranged in extrusion ring (273) there are three balladeur train (274) are squeezed, is squeezed balladeur train (274)
Lower end be equipped with slide plate (275), slide plate (275) is connected by way of being slidably matched with upper plate (265).
7. a kind of level for geological mapping according to claim 6, it is characterised in that: the extrusion ring
(273) include outer ring (2731), inner ring (2732) and steady plate (2733), be connected between outer ring (2731) and inner ring (2732) steady
Plate (2733)；
The upper end of the extruding balladeur train (274) is internally provided with flexible rubber pad, and flexible rubber pad is U-shaped structure.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811537252.2A CN109579786B (en) | 2018-12-15 | 2018-12-15 | Level for geological survey |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811537252.2A CN109579786B (en) | 2018-12-15 | 2018-12-15 | Level for geological survey |
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| Publication Number | Publication Date |
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| CN109579786A true CN109579786A (en) | 2019-04-05 |
| CN109579786B CN109579786B (en) | 2023-11-21 |
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ID=65929660
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| Application Number | Title | Priority Date | Filing Date |
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|---|---|
| CN109579786B (en) | 2023-11-21 |
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