CN106979769B - The reverse coordinate of tunnel shaft transmits cultellation construction survey method - Google Patents
The reverse coordinate of tunnel shaft transmits cultellation construction survey method Download PDFInfo
- Publication number
- CN106979769B CN106979769B CN201710072566.9A CN201710072566A CN106979769B CN 106979769 B CN106979769 B CN 106979769B CN 201710072566 A CN201710072566 A CN 201710072566A CN 106979769 B CN106979769 B CN 106979769B
- Authority
- CN
- China
- Prior art keywords
- cultellation
- shaft
- laser
- point
- total station
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
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)
- Length Measuring Devices By Optical Means (AREA)
Abstract
The invention discloses the reverse coordinates of tunnel shaft to transmit cultellation construction survey method, belong to deep shaft coordinate transmitting cultellation technical field of construction, the measurement method is convenient for burying point in shaft bottom, occupy the well hole time is short, precision is high, easy to operate, measuring speed is fast, it is practical, be easy to pile anchoring, be easy to carry out the transmitting of deep shaft plane and elevation transmitting measurement, be not easily susceptible in vertical shaft be influenced by air-flow and dripping.Include the following steps: the apparatus selection before (1) carries out cultellation and instrument verification；(2) setting laser plummet apparatus inversely transmits cultellation；(3) inversely transmitting is handled total station vertical shaft elevation.
Description
Technical field
The present invention relates to deep shaft coordinates to transmit cultellation technical field of construction, and in particular to the reverse coordinate transmitting of tunnel shaft
Cultellation construction survey method.
Background technique
In constructing tunnel, in order to accelerate construction progress and divulge information, major long tunnel especially urban subway tunnel is often adopted
With increase vertical shaft method come increase construction face to accelerate construction progress, in order to guarantee that opposite excavation face can be penetrated through correctly,
Just coordinate, direction and the elevation in terrestrial net underground be must be transmitted to via vertical shaft, underground control net and ground made
On control net coordinate system it is unified.Therefore, vertical shaft transmitting connection survey just becomes the primary problem of construction.
The method of vertical shaft plane connection survey mainly uses vertical shaft to bury point in shaft bottom by the downward cultellation of well head at present
It carries out.Its specific practice is that two steel wires of extension, the upper end of steel wire are hauled with puffer on the ground in pit shaft, and lower end steel wire is outstanding
The geometric orientation measurement method of weight is hung, this method occurs plumb bob line inclined due to being influenced by vertical shaft by air-flow and dripping
Move and ceaselessly swing may be only available for vertical shaft it is shallower, to the lower shaft plumbing of penetrating accuracy requirement, and vertical shaft is by well head
Downward cultellation buries point inconvenience in shaft bottom, therefore, it is easy to use to design one kind, and be not easily susceptible in vertical shaft by air-flow and drop
The reverse coordinate transmitting cultellation construction survey method of the tunnel shaft that water influences is very necessary.
Summary of the invention
The present invention is that it is perpendicular to provide a kind of tunnel in order to solve existing vertical shaft plane connection survey above shortcomings
The reverse coordinate of well transmits cultellation construction survey method, which is convenient for burying point in shaft bottom, and it is short, smart to occupy the well hole time
Spend it is high, easy to operate, measuring speed is fast, it is practical, be easy to pile anchoring, be easy to carry out the transmitting of deep shaft plane and elevation transmitting survey
Amount is not easily susceptible in vertical shaft be influenced by air-flow and dripping, user be easy to know well head whether run-off the straight, underground operators are easy
In knowing that laser plummet apparatus buries point.
The above technical problem is solved through the following technical scheme:
The reverse coordinate of tunnel shaft transmits cultellation construction survey method, buries the vertical shaft inverted arch at control point in vertical shaft shaft bottom
Bottom surface is equipped with inverted arch vertical holes, and bracket is equipped in inverted arch vertical holes, and the ball for having opening up and down is equipped on bracket
Face groove, universal rotational is equipped with spin in spherical groove, and laser plummet apparatus is fixed in the spin of spherical groove upper open end,
It is fixed with sunpender straight down in the spin of spherical groove lower open end, is fixed with gravitation ball in downrod lower end, and
The centre of sphere of the laser center line of laser plummet apparatus, the centre of sphere of Roll and gravitation ball all falls in the extended line of the axial line of sunpender
On；The voice prompting device for being equipped with microcontroller on the operational platform and being connect with microcontroller, preformed hole on the operational platform
It is interior vertical equipped with the light passing pipe that the laser of laser plummet apparatus can be allowed to pass through, it is equipped on the inner tubal wall of light passing pipe and microcontroller connects
The photoelectric sensor connect；It is also equipped with telescopic rod straight up on bracket, level shadow plate is equipped in telescopic rod top end, in level
Rotation is equipped with warning lamp on telescopic rod below barn door；Measurement method includes the following steps: the instrument choosing before (1) progress cultellation
It selects and is verified with instrument；(2) setting laser plummet apparatus inversely transmits cultellation；(3) inversely transmitting is handled total station vertical shaft elevation.
This measurement method uses the reverse cultellation method of laser plummet apparatus of upward cultellation, solves vertical shaft by the downward cultellation of well head
The problem of point inconvenience is buried in shaft bottom.It is convenient that the measurement method in shaft bottom buries point, occupies that the well hole time is short, precision
It is high, easy to operate, measuring speed is fast, it is practical, be easy to pile anchoring, be easy to carry out the transmitting of deep shaft plane and elevation transmitting survey
Amount is not easily susceptible in vertical shaft be influenced by air-flow and dripping.When the well head of vertical shaft tilts, the laser of laser plummet apparatus will
It is irradiated on the photoelectric sensor, after microcontroller receives the photosignal that photoelectric sensor transmits, microcontroller gives language immediately
The instruction of sound prompting device allows voice prompting device to issue voice prompting, and user may know that well head run-off the straight, and underground operators are easy
In knowing that laser plummet apparatus buries point.
Preferably, the apparatus selection and instrument checking procedure before progress cultellation include:
(1.1) laser plummet apparatus of choice accuracy 1/200000 comes card TS30 robot measurement as cultellation instrument and use
Calibration is carried out as the reverse transfer device of elevation, and to laser plummet apparatus；
(1.2) laser plummet apparatus alidade is carried out to diameter measurement in different orientation, eliminates the water of laser plummet apparatus
The influence of fiducial axis and instrument rotary shaft, collimation axis and rotation axle misalignment；
(1.3) on calibration platform or an elevation building is looked for, centering leveling first is carried out to laser plummet apparatus, is then rotated
Laser plummet apparatus checks whether laser plummet apparatus circular bubble and bubble tube are placed in the middle, makes axis of levelling bubble parallel or perpendicular to sharp
Then level alidade is respectively aligned to 0 ° of instrument scale, 90 °, 180 °, 270 ° of four scale sides by the rotary shaft of light plumb aligner
Position simultaneously rotates laser plummet apparatus alidade, and the center of graticle crosshair is observed by eyepiece, sees that 4 point centers of reading are
No coincidence, if, the center of the graticle crosshair of laser plummet apparatus is overlapped with tester center of reticule, illustrates laser plumb
The collimation axis of instrument be it is vertical, illustrate that accuracy of instrument is met the requirements, do not need adjustment；Otherwise, eyepiece protection cap, adjustment ten are opened
Word silk, until the center of reticule of laser plummet apparatus is directed toward the same point always.
Preferably, setting laser plummet apparatus inversely transmits cultellation and includes the following steps:
(2.1) vertical shaft shaft bottom control point is embedded；
(2.2) Shaft bank operation rack is set up；
(2.3) the reverse cultellation of laser plummet apparatus；
(2.4) the reverse cultellation of well head is the same as ground control point connection survey.
Preferably, the embedded process in vertical shaft shaft bottom control point is: 3 control points are buried in the suitable position in vertical shaft shaft bottom,
And the point depth of burying at control point will be lower than vertical shaft inverted arch bottom surface about 10cm；The mutual distance in 3 control points according to
The width dimensions of vertical shaft want to the greatest extent possible maximum, to improve vertically and horizontally precision when total station pilot measurement；It should be infused in embedded point
Meaning avoiding shelter.
Preferably, Shaft bank operation rack sets up process and is: laser plummet apparatus being erected on the control point of shaft bottom, is beaten
It opens laser and looks for the position that operating platform is set up in wherein position convenient for the worker on the pit mouth of ground, it be in operating platform laser
150mm × 150mm and preformed hole corresponding with shaft bottom control point vertical are reserved in the position that beam passes through, and guarantee vertical in laser beam
Preformed hole can be passed through when irradiation upwards；If being provided with wall around vertical shaft, operating platform is allowed to be significantly larger than wall.
Preferably, the reverse cultellation setting up procedure of laser plummet apparatus is:
(2.3.1) disposes laser plumb instrument: three control points D0, D1 and D2 is arranged in shaft bottom, then in D0, D1, D2
Laser plummet apparatus is set up on these three control points respectively, and laser plummet apparatus centering is flattened；
(2.3.2) is placed in reserved opening and is received target: D0 ', D1 ', D2 ' on well head gantry crane crossbeam operating platform this three
The transparent glass of 200mm × 200mm is placed on the preformed hole of a control point 150mm × 150mm respectively as reception target；
(2.3.3) diameter cultellation: opening laser plummet apparatus Laser Power Devices, have beam of laser and project from telephotolens,
It projects on the gantry crane crossbeam of well head top on the reception target of 150mm × 150mm preformed hole, using diameter method of reading, operation instrument
In 0 degree, 90 degree, 180 degree and 270 degree, this four disk position cultellations position device respectively, survey crew's marking pen on operating platform
Determine 4 LASER SPECKLE positions respectively on glass receiver board；The point that 4 directions are thrown constitutes approximation on glass receiver board
In square, and require the side length of square within 5mm；
(2.3.4) diameter intersects punctum: 0 degree of point and 180 degree point and 90 degree of points and 270 degree of point interconnections are handed over
Point is the vertical control point in the shaft bottom；
(2.3.5) forms triangular closed ring: laser plummet apparatus is on well and D0 ' and D0, D1 ' and D1, D2 ' are cast in underground
And D2, and D0 ' and D0 are spatially 2 points, but while projecting to same plane just becomes 1 point；Similarly, D1 ' and D1 is thrown
Also become 1 point when shadow is to same plane, D2 ' and D2 also become 1 point when projecting to same plane；Conducting wire passes through cultellation on well
It is linked to be a triangular closed ring, underground conducting wire is also linked to be a triangular closed ring by cultellation；
Other 2 control points D0, D2 (2.3.6) are communicated up cultellation using same method；
The detection of (2.3.7) close ring: three control point groups of D0 ', D1 ', D2 ' on well head top operating platform are inversely thrown into
At triangle, mutual angle and distance relationship is checked using total station TS30, is confirmed the interior of thrown control point and is met essence
Degree；
(2.3.1)~(2.3.7) step is repeated several times in (2.3.8), takes its cultellation position mean value.
Preferably, the reverse cultellation of well head is with ground control point connection survey process: shaft bottom is inversely transmitted to operation
Control point D0 ', D1 ', D2 ' on platform utilize total station with the control point WH1 and WH2 near well head according in total station hole two
The measurement method of equal conducting wires carries out translocation, and total station is no less than 6 survey time.
Preferably, total station vertical shaft elevation inversely transmits treatment process is:
(3.1) basic point pilot measurement: using the electronic level of assay approval by ground elevation according to the side of second-order levelling
D0 ' in method and precision pilot measurement to shaft mouth operating bench, D1 ', on three control points D2 '；
(3.2) instrumental constant is arranged: before measurement, first total station is placed in vertical shaft and adapts to domestic environment about 20 minutes,
And total station is searched for horizontal extent automatically and increases 180 degree, vertical search range is reduced to 3 degree；
(3.3) it elevation reverse sourcing: is searched for automatically using robot measurement, sights, automatic measurement, automatically records automatically
Function places 1 spherical prism above the plumb line at Shaft bank Yu shaft bottom control point, and total station centering leveling is erected at
On the control point D0 of shaft bottom, and measures height of instrument and be recorded in the reverse cultellation specific record table of elevation；Prism is inputted before measurement
Constant；Total station carrying handle is laid down, total station is manually substantially concentrated one's gaze on to the zenith prismosphere above well head, this is only to need to see whole station
The zenith angle of instrument display screen is shown as 0 degree, open total station search for, sight automatically automatically, automatic measurement function, total station
Automatically it searches for and sights the prismosphere on well head zenith direction automatically and start to measure, at this point, shown by total station display screen
Distance plus height of instrument be vertical shaft elevation；
(3.4) D1 is as the method that the reverse transmission method of elevation at two shaft bottoms D2 control point is transmitted with D0 elevation；
(3.5) elevation imports accuracy detection: after all importing to shaft bottom D0, D1 and D2 elevation, in shaft bottom whole station
Whether instrument triangulated height or level meter detection close ring meet third measurement of the level required precision；If precision transfinites, find out
Reason simultaneously returns to the repetition benefit survey of (3.2) step；
(3.6) after tested, total station does not need additional purchase installation diagonal eyepiece can sight zenith direction automatically
Prism.
The above technical problem is solved through the following technical scheme:
The present invention can reach following effect:
Measurement method of the invention use upward cultellation the reverse cultellation method of laser plummet apparatus, solve vertical shaft from well head to
Lower cultellation buries the problem of point inconvenience in shaft bottom.It is convenient that the measurement method in shaft bottom buries point, occupy the well hole time it is short,
Precision is high, easy to operate, measuring speed is fast, it is practical, be easy to pile anchoring, be easy to carry out the transmitting of deep shaft plane and elevation transmitting
Measurement is not easily susceptible in vertical shaft be influenced by air-flow and dripping, user be easy to know well head whether run-off the straight, underground operators
It is easy to know that laser plummet apparatus buries point.
Detailed description of the invention
Fig. 1 is a kind of reverse cultellation schematic diagram of laser plummet apparatus of the embodiment of the present invention.
Fig. 2 is a kind of reverse coordinate transmitting cultellation construction survey method flow diagram of deep shaft of invention the present embodiment.
Fig. 3 is that the laser of laser plummet apparatus of the embodiment of the present invention passes through a kind of use state diagram of light passing pipe.
Fig. 4 is a kind of circuit theory connection structure schematic block diagram of the embodiment of the present invention.
Specific embodiment
The present invention will be further described below with reference to the accompanying drawings and embodiments.
Embodiment, the reverse coordinate of tunnel shaft transmits cultellation construction survey method, shown referring to figures 1-4, in vertical shaft well
Bottom buries the vertical shaft inverted arch bottom surface at control point and is equipped with inverted arch vertical holes, and bracket S1 is equipped in inverted arch vertical holes,
Bracket is equipped with the spherical groove S4 for having opening up and down, and universal rotational is equipped with spin S3, laser plummet apparatus in spherical groove
S2 is fixed in the spin of spherical groove upper open end, is fixed with and is hung straight down in the spin of spherical groove lower open end
Bar S5 is fixed with gravitation ball S6 in downrod lower end, and the laser center line of laser plummet apparatus, the centre of sphere of Roll and again
The centre of sphere of power ball is all fallen on the extended line of the axial line of sunpender.It is equipped with microcontroller S12 and and microcontroller on the operational platform
The voice prompting S11 device of device connection, the laser S7 of laser plummet apparatus can be allowed by being equipped in preformed hole S9 on the operational platform vertically
By light passing pipe S8, the photoelectric sensor S10 that connect with microcontroller is equipped on the inner tubal wall of light passing pipe.On bracket also
It is equipped with telescopic rod S13 straight up, is equipped with level shadow plate S15 in telescopic rod top end, the telescopic rod below level shadow plate
Upper rotation is equipped with warning lamp S14；Measurement includes the following steps:
(1) apparatus selection and instrument verification before carrying out cultellation；
(2) setting laser plummet apparatus inversely transmits cultellation；
(3) inversely transmitting is handled total station vertical shaft elevation.
Apparatus selection and instrument checking procedure before carrying out cultellation include:
(1.1) laser plummet apparatus of choice accuracy 1/200000 comes card TS30 robot measurement as cultellation instrument and use
Calibration is carried out as the reverse transfer device of elevation, and to laser plummet apparatus；
(1.2) laser plummet apparatus alidade is carried out to diameter measurement in different orientation, eliminates the water of laser plummet apparatus
The influence of fiducial axis and instrument rotary shaft, collimation axis and rotation axle misalignment；
(1.3) on calibration platform or an elevation building is looked for, centering leveling first is carried out to laser plummet apparatus, is then rotated
Laser plummet apparatus checks whether laser plummet apparatus circular bubble and bubble tube are placed in the middle, makes axis of levelling bubble parallel or perpendicular to sharp
Then level alidade is respectively aligned to 0 ° of instrument scale, 90 °, 180 °, 270 ° of four scale sides by the rotary shaft of light plumb aligner
Position simultaneously rotates laser plummet apparatus alidade, and the center of graticle crosshair is observed by eyepiece, sees that 4 point centers of reading are
No coincidence, if, the center of the graticle crosshair of laser plummet apparatus is overlapped with tester center of reticule, illustrates laser plumb
The collimation axis of instrument be it is vertical, illustrate that accuracy of instrument is met the requirements, do not need adjustment；Otherwise, eyepiece protection cap, adjustment ten are opened
Word silk, until the center of reticule of laser plummet apparatus is directed toward the same point always.
Setting laser plummet apparatus inversely transmits cultellation and includes the following steps:
(2.1) vertical shaft shaft bottom control point is embedded；
(2.2) Shaft bank operation rack is set up；
(2.3) the reverse cultellation of laser plummet apparatus；
(2.4) the reverse cultellation of well head is the same as ground control point connection survey.
It buries process in vertical shaft shaft bottom control point: burying 3 control points, and control point in the suitable position in vertical shaft shaft bottom
The point depth of burying to be lower than vertical shaft inverted arch bottom surface about 10cm；The mutual distance in 3 control points is according to the width of vertical shaft
Size wants to the greatest extent possible maximum, to improve vertically and horizontally precision when total station pilot measurement；It should be noted that in embedded point and avoid blocking
Object.
Shaft bank operation rack, which sets up process, is: laser plummet apparatus being erected on the control point of shaft bottom, opens laser just
The position that operating platform is set up in wherein position is looked in the worker on the pit mouth of ground, to be passed through in operating platform laser beam
150mm × 150mm and preformed hole corresponding with shaft bottom control point vertical are reserved in position, guarantee to irradiate vertically upward in laser beam
When can pass through preformed hole；If being provided with wall around vertical shaft, operating platform is allowed to be significantly larger than wall.
The reverse cultellation setting up procedure of laser plummet apparatus is:
(2.3.1) disposes laser plumb instrument: three control points D0, D1 and D2 is arranged in shaft bottom, then in D0, D1, D2
Laser plummet apparatus is set up on these three control points respectively, and laser plummet apparatus centering is flattened；
(2.3.2) is placed in reserved opening and is received target: D0 ', D1 ', D2 ' on well head gantry crane crossbeam operating platform this three
The transparent glass of 200mm × 200mm is placed on the preformed hole of a control point 150mm × 150mm respectively as reception target；
(2.3.3) diameter cultellation: opening laser plummet apparatus Laser Power Devices, have beam of laser and project from telephotolens,
It projects on the gantry crane crossbeam of well head top on the reception target of 150mm × 150mm preformed hole, using diameter method of reading, operation instrument
In 0 degree, 90 degree, 180 degree and 270 degree, this four disk position cultellations position device respectively, survey crew's marking pen on operating platform
Determine 4 LASER SPECKLE positions respectively on glass receiver board；The point that 4 directions are thrown constitutes approximation on glass receiver board
In square, and require the side length of square within 5mm；
(2.3.4) diameter intersects punctum: 0 degree of point and 180 degree point and 90 degree of points and 270 degree of point interconnections are handed over
Point is the vertical control point in the shaft bottom；
(2.3.5) forms triangular closed ring: laser plummet apparatus is on well and D0 ' and D0, D1 ' and D1, D2 ' are cast in underground
And D2, and D0 ' and D0 are spatially 2 points, but while projecting to same plane just becomes 1 point；Similarly, D1 ' and D1 is thrown
Also become 1 point when shadow is to same plane, D2 ' and D2 also become 1 point when projecting to same plane；Conducting wire passes through cultellation on well
It is linked to be a triangular closed ring, underground conducting wire is also linked to be a triangular closed ring by cultellation；
Other 2 control points D0, D2 (2.3.6) are communicated up cultellation using same method；
The detection of (2.3.7) close ring: three control point groups of D0 ', D1 ', D2 ' on well head top operating platform are inversely thrown into
At triangle, mutual angle and distance relationship is checked using total station TS30, is confirmed the interior of thrown control point and is met essence
Degree；
(2.3.1)~(2.3.7) step is repeated several times in (2.3.8), takes its cultellation position mean value.
The reverse cultellation of well head is with ground control point connection survey process: control shaft bottom being inversely transmitted on operating platform
Making point D0 ', D1 ', D2 ' utilizes total station with the control point WH1 and WH2 near well head according to the survey of second-class conducting wire in total station hole
Amount method carries out translocation, and total station is no less than 6 survey time.
Total station vertical shaft elevation inversely transmits treatment process:
(3.1) basic point pilot measurement: using the electronic level of assay approval by ground elevation according to the side of second-order levelling
D0 ' in method and precision pilot measurement to shaft mouth operating bench, D1 ', on three control points D2 '；
(3.2) instrumental constant is arranged: before measurement, first total station is placed in vertical shaft and adapts to domestic environment about 20 minutes,
And total station is searched for horizontal extent automatically and increases 180 degree, vertical search range is reduced to 3 degree；
(3.3) it elevation reverse sourcing: is searched for automatically using robot measurement, sights, automatic measurement, automatically records automatically
Function places 1 spherical prism above the plumb line at Shaft bank Yu shaft bottom control point, and total station centering leveling is erected at
On the control point D0 of shaft bottom, and measures height of instrument and be recorded in the reverse cultellation specific record table of elevation；Prism is inputted before measurement
Constant；Total station carrying handle is laid down, total station is manually substantially concentrated one's gaze on to the zenith prismosphere above well head, this is only to need to see whole station
The zenith angle of instrument display screen is shown as 0 degree, open total station search for, sight automatically automatically, automatic measurement function, total station
Automatically it searches for and sights the prismosphere on well head zenith direction automatically and start to measure, at this point, shown by total station display screen
Distance plus height of instrument be vertical shaft elevation；
(3.4) D1 is as the method that the reverse transmission method of elevation at two shaft bottoms D2 control point is transmitted with D0 elevation；
(3.5) elevation imports accuracy detection: after all importing to shaft bottom D0, D1 and D2 elevation, in shaft bottom whole station
Whether instrument triangulated height or level meter detection close ring meet third measurement of the level required precision；If precision transfinites, find out
Reason simultaneously returns to the repetition benefit survey of (3.2) step；
(3.6) after tested, total station does not need additional purchase installation diagonal eyepiece can sight zenith direction automatically
Prism.
The apparatus selection of the present embodiment include 1 for traverse survey high-precision intelligent total station, 1 for upslide
The optics zenith instrument of point, 1 set for downward cultellation laser plummet apparatus, 4 be used for the prism of conducting wire ranging angle measurement, 1 use
Import that the mini micro-lens used, 4 centering pedestals for disposing prism, 5 for disposing the foot prop of instrument in elevation
The steel tape for comparing test and using is imported for elevation with 2.D3, D4, D5, D6 and D7 in Fig. 1 are that underground control net is sat
Control point on mark system, d1, d2, d3, d4, d5 and d6 are the line controlled between net control point for underground.
The measurement method of the present embodiment uses the reverse cultellation method of laser plummet apparatus of upward cultellation, solves vertical shaft by well head
Downward cultellation buries the problem of point inconvenience in shaft bottom.The measurement method buries point conveniently in shaft bottom, occupies the well hole time
It is short, precision is high, easy to operate, measuring speed is fast, it is practical, be easy to pile anchoring, be easy to carry out the transmitting of deep shaft plane and elevation
Transmitting measurement is not easily susceptible in vertical shaft be influenced by air-flow and dripping.When the well head of vertical shaft tilts, laser plummet apparatus swashs
Light will be irradiated on the photoelectric sensor, and after microcontroller receives the photosignal that photoelectric sensor transmits, microcontroller is vertical
It is instructed to voice prompting device, voice prompting device is allowed to issue voice prompting, user may know that well head run-off the straight, underground work
Personnel are easy to know that laser plummet apparatus buries point.
One, with laser plummet apparatus, cultellation compares test to the reverse cultellation of laser plummet apparatus downward
It is met the requirements to verify the precision of the reverse cultellation of laser plummet apparatus, this measurement method is conventionally grasped by well head
Make the downward cultellation of platform.To reduce because laser plummet apparatus precision bring influences, use precision for 1/200000 Dalian La Tesheng
The ZL zenith instrument that the EN-20 laser plummet apparatus of production and the precision of Witter company production are 1/200000 compares test with precision.
On March 8th, 2014 is compared test in No. 2 vertical shafts of Borland Line for Passenger Transportation.No. 2 vertical shaft well depth 56.78m, shaft bottom inverted arch elevation
1064.000m well head gantry crane crossbeam elevation 1129.85m.Respectively by the instrument of two different operating methods of nadir instrument and zenith instrument
Device is erected on the traveling gantry crane above shaft bottom and well head.Nadir instrument, gantry crane are set up above the well head on gantry crane crossbeam
Crossbeam is apart from ground about 9m；At this point, height 66m of the laser plummet apparatus apart from shaft bottom control point, passes through live actual measurement cultellation
Obtain that EN-20 nadir instrument is consistent with ZL zenith instrument result, throw the error in point measurement of 3 control points D0, D1 and D2 all 1mm with
It is interior, penetrating accuracy requirement required for shaft plumbing is fully met, illustrates the feasible, precision using the reverse cultellation method of ZL zenith instrument
Reliably, easy to operate practical.Compare test result and is shown in Table 1 in detail.
The reverse cultellation of table 1ZL zenith instrument compares test result table with the vertical cultellation of EN-20 nadir instrument
Two, total station vertical shaft elevation, which is inversely transmitted, compares test with vertical ruler introductory technique
The vertical ruler introductory technique of tradition: elevation transmitting measurement is carried out using the method for suspending 100m steel ruler in midair in vertical shaft.On well and
Underground respectively disposes level to read the B Sopwith staff b2 on well head benchmark A Sopwith staff a1 and shaft bottom D0 respectively；Then it will identify
100m steel tape is suspended in well；And the weight that phase homogenous quantities are examined and determine with steel ruler should be suspended in midair on steel ruler.Stablize to steel tape
Shi Jing is upper and underground level passes through intercom while reading a2 and b2；Three survey time of independent observation is answered every time, per survey time will change
Height of instrument, three survey time measure on the ground, the height difference of underground bench mark is poor should be less than 3.0mm, the height difference of three survey time measurement carries out
Temperature, ruler are long and self weight tension corrects, and measure the reading of steel ruler three times obtained and are averaged.The elevation H of shaft bottom D0 pointD0=HA+
(a1-b1)+(a2-b2)。
D1 with D2 steel tape introductory technique with D0 as, after D0, D1, D2 all import after with shaft bottom level measurement closure
Ring checks the precision of importing.
The total station same step of elevation reverse sourcing method (3).
After tested, it is imported using 3 points of gained elevations of total station elevation vertical shaft reverse sourcing D0, D1, D2 with traditional vertical ruler
Method result is consistent.It the results are shown in Table 2 than surveying in detail.
The reverse elevation introductory technique of 2 total station of table compares test result with vertical ruler introductory technique
| Introductory technique | D0(m) | D1(m) | D2 | Required precision |
| Total station reverse sourcing method | 1063.8622 | 1063.8151 | 1063.9858 | ±3.1 |
| Hang down ruler introductory technique | 1063.8613 | 1063.8143 | 1063.9871 | ±3.1 |
| Difference (mm) | +0.9 | +0.8 | -1.3 | ±3.1 |
| Conclusion | Meet required precision | Meet required precision | Meet required precision | Meet required precision |
Embodiments of the present invention are described above in conjunction with attached drawing, however, the implementation is not limited to the above embodiments, this field
Those of ordinary skill can be with various changes and modifications may be made within the scope of the appended claims.
Claims (6)
1. the reverse coordinate of tunnel shaft transmits cultellation construction survey method, which is characterized in that buried at control point in vertical shaft shaft bottom
Vertical shaft inverted arch bottom surface be equipped with inverted arch vertical holes, in inverted arch vertical holes be equipped be equipped with bracket, on bracket be equipped with up and down
There is the spherical groove of opening, universal rotational is equipped with spin in spherical groove, and laser plummet apparatus is fixed on spherical groove upper opening
In the spin at end, it is fixed with sunpender straight down in the spin of spherical groove lower open end, is fixed in downrod lower end
Gravitation ball, and the centre of sphere of the laser center line of laser plummet apparatus, the centre of sphere of Roll and gravitation ball all falls in the axis of sunpender
On the extended line of heart line；The voice prompting device for being equipped with microcontroller on the operational platform and connecting with microcontroller is flat in operation
The light passing pipe that the laser of laser plummet apparatus can be allowed to pass through is equipped in preformed hole on platform vertically, is equipped on the inner tubal wall of light passing pipe
The photoelectric sensor being connect with microcontroller；It is also equipped with telescopic rod straight up on bracket, is equipped with level in telescopic rod top end
Barn door, rotation is equipped with warning lamp on the telescopic rod below level shadow plate；Measurement method includes the following steps: that (1) carries out
Apparatus selection and instrument verification before cultellation；(2) setting laser plummet apparatus inversely transmits cultellation；(3) total station vertical shaft elevation is inverse
It is handled to transmitting；
Wherein, setting laser plummet apparatus inversely transmits cultellation and includes the following steps:
(2.1) vertical shaft shaft bottom control point is embedded；
(2.2) Shaft bank operation rack is set up；
(2.3) the reverse cultellation of laser plummet apparatus；
(2.4) the reverse cultellation of well head is the same as ground control point connection survey；
Wherein, the reverse cultellation setting up procedure of laser plummet apparatus is:
(2.3.1) dispose laser plumb instrument: shaft bottom be arranged three control points D0, D1 and D2, then D0, D1, D2 this three
Laser plummet apparatus is set up on a control point respectively, and laser plummet apparatus centering is flattened；
(2.3.2) is placed in reserved opening and is received target: these three controls of D0 ', D1 ', D2 ' on well head gantry crane crossbeam operating platform
The transparent glass for placing 200mm × 200mm on the preformed hole of point 150mm × 150mm respectively is made as reception target；
(2.3.3) diameter cultellation: opening laser plummet apparatus Laser Power Devices, have beam of laser and project from telephotolens, throws
It is mapped at the top of well head on gantry crane crossbeam on the reception target of 150mm × 150mm preformed hole, using diameter method of reading, operates instrument
The survey crew in this four disk position cultellation positioning of 0 degree, 90 degree, 180 degree and 270 degree, operating platform is existed with marking pen respectively
4 LASER SPECKLE positions are determined on glass receiver board respectively；The point that 4 directions are thrown is constituted on glass receiver board to be similar to
Square, and require the side length of square within 5mm；
(2.3.4) diameter intersects punctum: by 0 degree of point and 180 degree point and 90 degree of points and 270 degree of point interconnections, intersection point
The as vertical control point in the shaft bottom；
(2.3.5) forms triangular closed ring: laser plummet apparatus on well and underground cast D0 ' and D0, D1 ' and D1, D2 ' and
D2, and D0 ' and D0 are spatially 2 points, but while projecting to same plane, just becomes 1 point；Similarly, D1 ' and D1 is projected
Also become 1 point when to same plane, D2 ' and D2 also become 1 point when projecting to same plane；Conducting wire is connected by cultellation on well
At a triangular closed ring, underground conducting wire is also linked to be a triangular closed ring by cultellation；
Other 2 control points D0, D2 (2.3.6) are communicated up cultellation using same method；
The detection of (2.3.7) close ring: three control point compositions three of D0 ', D1 ', D2 ' on well head top operating platform are inversely thrown into
It is angular, mutual angle and distance relationship is checked using total station TS30, confirms the precision of inner coincidence at thrown control point；
(2.3.1)~(2.3.7) step is repeated several times in (2.3.8), takes its cultellation position mean value.
2. the reverse coordinate of tunnel shaft according to claim 1 transmits cultellation construction survey method, which is characterized in that carry out
Apparatus selection and instrument checking procedure before cultellation include: the laser plummet apparatus of (1.1) choice accuracy 1/200000 as cultellation
Instrument and use come card TS30 robot measurement as the reverse transfer device of elevation, and carry out calibration to laser plummet apparatus；
(1.2) laser plummet apparatus alidade is carried out to diameter measurement in different orientation, eliminates the axis of levelling bubble of laser plummet apparatus
With the influence of instrument rotary shaft, collimation axis and rotation axle misalignment；
(1.3) on calibration platform or an elevation building is looked for, centering leveling first is carried out to laser plummet apparatus, then rotates laser
Plumb aligner checks whether laser plummet apparatus circular bubble and bubble tube are placed in the middle, make axis of levelling bubble parallel or perpendicular to laser lead
Hang down instrument rotary shaft, then by level alidade be respectively aligned to 0 ° of instrument scale, 90 °, 180 °, 270 ° of four scale orientation simultaneously
Laser plummet apparatus alidade is rotated, the center of graticle crosshair is observed by eyepiece, sees whether 4 point centers of reading weigh
It closes, if, the center of the graticle crosshair of laser plummet apparatus is overlapped with tester center of reticule, illustrates laser plummet apparatus
Collimation axis be it is vertical, illustrate that accuracy of instrument is met the requirements, do not need adjustment；Otherwise, eyepiece protection cap, adjustment cross are opened
Silk, until the center of reticule of laser plummet apparatus is directed toward the same point always.
3. the reverse coordinate of tunnel shaft according to claim 1 transmits cultellation construction survey method, which is characterized in that vertical shaft
It buries process in shaft bottom control point: burying 3 control points in the suitable position in vertical shaft shaft bottom, and the point at control point is embedded deep
Degree will be lower than vertical shaft inverted arch bottom surface about 10cm；The mutual distance in 3 control points wants to the greatest extent possible according to the width dimensions of vertical shaft
Maximum, to improve vertically and horizontally precision when total station pilot measurement；It should be noted that avoiding shelter in embedded point.
4. the reverse coordinate of tunnel shaft according to claim 1 transmits cultellation construction survey method, which is characterized in that vertical shaft
Well-mouth operating floor frame sets up process: laser plummet apparatus being erected on the control point of shaft bottom, laser is opened and is convenient for ground pit mouth
On worker look for the position that operating platform is set up in wherein position, it is reserved in the position that operating platform laser beam passes through
150mm × 150mm and preformed hole corresponding with shaft bottom control point vertical, guarantee the energy when laser beam irradiates vertically upward
Across preformed hole；If being provided with wall around vertical shaft, operating platform is allowed to be significantly larger than wall.
5. the reverse coordinate of tunnel shaft according to claim 1 transmits cultellation construction survey method, which is characterized in that well head
Reverse cultellation is with ground control point connection survey process: shaft bottom is inversely transmitted to control point D0 ' on operating platform, D1 ',
D2 ' is joined with the control point WH1 and WH2 near well head according to the measurement method of second-class conducting wire in total station hole using total station
It surveys, total station is no less than 6 survey time.
6. the reverse coordinate of tunnel shaft according to claim 1 transmits cultellation construction survey method, which is characterized in that whole station
Instrument vertical shaft elevation inversely transmits treatment process: (3.1) basic point pilot measurement: using the electronic level of assay approval by ground elevation
According on D0 ' in the method and precision pilot measurement to shaft mouth operating bench of second-order levelling, D1 ', three control points D2 '；
(3.2) instrumental constant is arranged: before measurement, first total station being placed in vertical shaft and adapts to domestic environment about 20 minutes, and will
Total station searches for horizontal extent automatically and increases 180 degree, and vertical search range is reduced to 3 degree；
(3.3) it elevation reverse sourcing: searched for using robot measurement, sighted automatically automatically, automatic measurement, the function such as automatically recording
Can, 1 spherical prism is placed above the plumb line at Shaft bank Yu shaft bottom control point, and total station centering leveling is erected at well
On the control point D0 of bottom, and measures height of instrument and be recorded in the reverse cultellation specific record table of elevation；Input prism is normal before measurement
Number；Total station carrying handle is laid down, total station is manually substantially concentrated one's gaze on to the zenith prismosphere above well head, this is only to need to see total station
The zenith angle of display screen is shown as 0 degree, open total station search for, sight automatically automatically, automatic measurement function, total station oneself
It moves to search for and sight the prismosphere on well head zenith direction automatically and starts to measure, at this point, shown by total station display screen
Distance is vertical shaft elevation plus height of instrument；
(3.4) D1 is as the method that the reverse transmission method of elevation at two shaft bottoms D2 control point is transmitted with D0 elevation；
(3.5) elevation imports accuracy detection: after all importing to shaft bottom D0, D1 and D2 elevation, in shaft bottom total station three
Whether angle elevation or level meter detection close ring meet third measurement of the level required precision；If precision transfinites, reason is found out
And it returns to (3.2) step and repeats to mend survey；
(3.6) after tested, total station does not need additional purchase installation diagonal eyepiece can sight the prism of zenith direction automatically.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710072566.9A CN106979769B (en) | 2017-02-09 | 2017-02-09 | The reverse coordinate of tunnel shaft transmits cultellation construction survey method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710072566.9A CN106979769B (en) | 2017-02-09 | 2017-02-09 | The reverse coordinate of tunnel shaft transmits cultellation construction survey method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106979769A CN106979769A (en) | 2017-07-25 |
| CN106979769B true CN106979769B (en) | 2019-04-23 |
Family
ID=59339413
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710072566.9A Active CN106979769B (en) | 2017-02-09 | 2017-02-09 | The reverse coordinate of tunnel shaft transmits cultellation construction survey method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106979769B (en) |
Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108343448B (en) * | 2018-01-31 | 2020-11-13 | 湖南联智科技股份有限公司 | Method for determining attitude of arbitrary section of tunnel |
| CN110966007B (en) * | 2019-12-18 | 2020-12-25 | 中国水利水电第五工程局有限公司 | Curved arc excavation method for downward bending section of vertical shaft |
| CN114485584B (en) * | 2021-12-30 | 2023-05-05 | 中铁第六勘察设计院集团有限公司 | Subway interval joint measurement method based on reverse connection measurement |
| CN114320305B (en) * | 2022-01-05 | 2024-06-07 | 浙江宁海抽水蓄能有限公司 | Optical vision vertical shaft excavation guiding system and guiding method |
| CN114396915B (en) * | 2022-01-23 | 2023-11-17 | 中国电建集团河北省电力勘测设计研究院有限公司 | Underground electric power tunnel engineering elevation measurement method |
| CN114577188A (en) * | 2022-01-25 | 2022-06-03 | 武汉理工大学 | Laser alignment guide device and system for tunnel construction |
| CN114413870B (en) * | 2022-03-28 | 2022-06-07 | 中交第一航务工程局有限公司 | Tunnel multi-line lead penetration measuring method |
| CN114543772B (en) * | 2022-04-25 | 2022-07-08 | 中交第一航务工程局有限公司 | In-tunnel and out-tunnel contact measurement method of immersed tunnel and double-tunnel point-throwing contact measurement method |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2356318Y (en) * | 1999-01-12 | 1999-12-29 | 游坤隆 | vertical level |
| CN201858974U (en) * | 2010-09-13 | 2011-06-08 | 上海水务建设工程有限公司 | System for measuring axes of long-distance jacking pipe |
| CN102418515A (en) * | 2011-09-08 | 2012-04-18 | 中铁上海工程局市政工程有限公司 | Method for carrying out shaft orientation measurement by adopting plumb aligner |
| CN103644900A (en) * | 2013-12-24 | 2014-03-19 | 中铁上海工程局有限公司 | Pipe jacking work well plane connection survey method |
| CN205023775U (en) * | 2015-10-14 | 2016-02-10 | 江苏聚业机械装备股份有限公司 | Alarm device that inclines is wholly prevented to crane barge |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH06213665A (en) * | 1993-01-20 | 1994-08-05 | Hideo Teruuchi | Laser measuring device and laser plumb |
| GB2399376B (en) * | 2003-03-14 | 2005-11-02 | Cementation Found Skanska Ltd | Placing elements in piles |
-
2017
- 2017-02-09 CN CN201710072566.9A patent/CN106979769B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2356318Y (en) * | 1999-01-12 | 1999-12-29 | 游坤隆 | vertical level |
| CN201858974U (en) * | 2010-09-13 | 2011-06-08 | 上海水务建设工程有限公司 | System for measuring axes of long-distance jacking pipe |
| CN102418515A (en) * | 2011-09-08 | 2012-04-18 | 中铁上海工程局市政工程有限公司 | Method for carrying out shaft orientation measurement by adopting plumb aligner |
| CN103644900A (en) * | 2013-12-24 | 2014-03-19 | 中铁上海工程局有限公司 | Pipe jacking work well plane connection survey method |
| CN205023775U (en) * | 2015-10-14 | 2016-02-10 | 江苏聚业机械装备股份有限公司 | Alarm device that inclines is wholly prevented to crane barge |
Non-Patent Citations (1)
| Title |
|---|
| 深竖井及洞内控制测量中多种测量仪器联合定向的应用研究;张沛杰;《科技创新与应用》;20160808(第22期);第42-43页 |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106979769A (en) | 2017-07-25 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106979769B (en) | The reverse coordinate of tunnel shaft transmits cultellation construction survey method | |
| CN106895820B (en) | The reverse coordinate of tunnel shaft transmits cultellation measurement method | |
| CN106908048B (en) | The reverse coordinate of deep shaft transmits cultellation measurement method | |
| CN104328799B (en) | A kind of sheltered reverse excavation subway station steel pipe column accurate positioning method | |
| US7987605B2 (en) | Reflector target tripod for survey system with light emitter and pivoting bracket for enhanced ground marking accuracy | |
| CN108253946B (en) | Integrated three-dimensional coordinate transmission device and method for multi-functional vertical measurement, contact measurement | |
| CN103884316B (en) | A kind of self-alignment double laser level altimeter | |
| CN105021171B (en) | Floor axial line control point Vertical system and throwing survey method | |
| CN106979768B (en) | The reverse coordinate of deep shaft transmits cultellation construction survey method | |
| CN102890281A (en) | High-accuracy GPS (global position system) positioning measurement method for high-rise buildings | |
| CN207379492U (en) | A kind of wind-driven generator tower verticality measurement device | |
| CN103308030A (en) | High-precision automatic transmitting process method of super high-rise elevation | |
| CN108680103A (en) | A kind of cable-stayed bridge superelevation bridge tower pier anchor structure Rapid precision locating measurement method | |
| CN106705947B (en) | Measurement method of shaft connection based on the combination of triangular pyramid model and gyro total station | |
| CN108426564A (en) | It builds bricklayer and is mostly used level meter with calibration-free portable | |
| CN101464146B (en) | Measuring method and apparatus for accurately transmitting ground bench level to overhead viaduct | |
| CN109238254A (en) | A kind of hole stake cultellation method | |
| CN103344215B (en) | Double-channel balance level | |
| CN108278993B (en) | Total reflection prism laser ranging total station instrument height measuring system and using method | |
| CN110243355A (en) | A kind of method of short distance calibration laser plummet apparatus | |
| CN210108333U (en) | Vault settlement measurement device based on precision laser rangefinder | |
| CN205778824U (en) | A kind of drilling pouring pile hole perpendicularity accurately measures device | |
| CN201795791U (en) | Antenna azimuth angle measuring device | |
| CN110108265B (en) | A gyroscope measuring instrument that acquires geographic latitude autonomously and seeks north automatically | |
| CN207335711U (en) | A kind of prism apparatus of total station instrument coordinate setting out survey |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |