CN108680146A - A kind of built-in geological mapping instrument of data line - Google Patents
A kind of built-in geological mapping instrument of data line Download PDFInfo
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- CN108680146A CN108680146A CN201810328132.5A CN201810328132A CN108680146A CN 108680146 A CN108680146 A CN 108680146A CN 201810328132 A CN201810328132 A CN 201810328132A CN 108680146 A CN108680146 A CN 108680146A
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- fixed
- data line
- strut
- host
- data
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01C—MEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION; GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
- G01C15/00—Surveying instruments or accessories not provided for in groups G01C1/00 - G01C13/00
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- Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- General Physics & Mathematics (AREA)
- Radar, Positioning & Navigation (AREA)
- Remote Sensing (AREA)
- Geophysics And Detection Of Objects (AREA)
- Arrangements For Transmission Of Measured Signals (AREA)
Abstract
The present invention provides a kind of built-in geological mapping instrument of data line, including rack, rotating turret and mapping body, lifting gear, host side, telescopic tripod compositions；Lifting gear is made of lift strut, fixed strut and regulation handle；Host is realized when being equipped with connection data connecting line, regulation handle locked and fixed lift strut and fixed strut in lift strut, fixed strut and surveys and draws the transmission of data between body；Realize that data transmission turns off between host and mapping body when the non-locked and fixed lift strut of regulation handle and fixed strut.The advantages of invention can effectively realize the mapping to landform, while have surveying instrument integrated degree high, and stability is strong, is suitble to various landform, and DLS data line security is strong, and communication and non-communicating easily switch.
Description
Technical field
The present invention relates to a kind of built-in geological mapping instrument of data line, belongs to and measure topographic equipment technical field.
Background technology
" geological prospecting " is to be reconnoitred, detected to geology by various means, method, determines suitable supporting course,
According to the foundation bearing capacity of supporting course, type of foundation is determined, calculate the enquiry-based activity of underlying parameter.It is to search for mineral deposit
The middle mineral deposit for finding to have industrial significance, to find out the quality and quantity of mineral products, and the technical conditions that exploitation utilizes, mine construction is provided
The ore reserve and geologic information that design is wanted, to rock, stratum, construction, mineral products, the hydrology, the landforms etc. in a given area
Geological condition carries out enquiry based work.Mapping is with computer technology, photoelectric technology, network communications technology, space science, letter
Based on breath science, with global positioning system (GPS), remote sensing (RS), GIS-Geographic Information System (GIS) for technological core, by ground
Existing characteristic point and boundary line obtain the figure and location information of reflection ground present situation by measurement means, for the rule of engineering construction
It delineates meter and administration is used.
With the application of GPS and the fast development of computer technology and Internet technology, instrument of surveying and mapping
Also developing therewith towards the direction of digitlization and miniaturization.Attached drawing 1 is common surveying instrument at present, it includes mapping body 3,
Rack 1, rotating turret 2, tripod, handhold part, horizontal collimator 5 and external terminal (figure does not show) and data connecting line composition,
Data connecting line connection mapping body 3 and external terminal, the data for surveying and drawing unit and external terminal communicate.
But the mapping unit of existing instrument of surveying and mapping and the separation of external terminal, causing must be connected using exogenous data
Wiring.Exogenous data line tangle and damage is inevitable problem, be susceptible in the long-term use and fracture, contact
Situations such as bad, causes data transmission exception.In addition the weight of current surveying instrument is concentrated mainly on mapping unit, causes surveying instrument
Center of gravity it is top, the stability of surveying instrument is poor during use, be easy to cause toppling over for instrument, especially when instrument be in it is non-
When horizontal plane, the precision and using effect toppling over and be horizontally arranged problem and affect measurement of instrument.
Invention content
It is an object of the invention to overcome existing geological mapping instrument horizontal stability poor, external data transmission is unstable and sets
The deficiency of standby redundancy, provides a kind of built-in geological mapping instrument of data line, the horizontal stability for increasing equipment, and data pass
Defeated stability and improve equipment integrated degree with use it is easy to operate.
To achieve the goals above, the present invention provides the following technical solutions：
A kind of built-in geological mapping instrument of data line, including rack 1, rotating turret 2 and the mapping machine being fixed on rotating turret 2
Body 5, lifting gear 4, host side 6, telescopic tripod 7 form；The bottom of 4 frames 1 of lifting gear；Lifting gear 4
It is made of lift strut 41, fixed strut 43 and regulation handle 42；It is equipped with connection mapping in lift strut 41, fixed strut 43
The data connecting line of body 3 and host side 6, lift strut 41 are plugged in fixed strut 43；Regulation handle 42 is solid for adjusting
Determine lift strut 41；Fixed strut 43 and the upper surface of host side 6 are fixedly mounted；Telescopic tripod 7 by turntable 42 by being connected
Several support legs connect are constituted, and turntable 42 and the lower surface of host side are fixed；Support leg includes adjusting sleeve 72, adjusts sleeve
72 upper and lower ends spiral is connected and fixed bar 71 and adjusting rod 73；42 locked and fixed lift strut 41 of regulation handle and fixed strut
Host is realized when 43 and surveys and draws the transmission of data between body 5；42 non-locked and fixed lift strut 41 of regulation handle and fixed branch
Realize that data transmission turns off between host and mapping body 5 when bar 43.
Preferably, host side includes upper motherboard 61 and lower motherboard 62, host 60, horizontal gyro 64, bolt of transposing
63 compositions；Positioning bolt 63 is set on motherboard 61 and lower motherboard 62 to be occurred in pairs, for according to horizontal gyro 64
Instruction adjust host 60 angle of inclination；Fixed strut 43 is fixedly mounted with 61 upper surface of upper motherboard；Turntable 42 and upper master
62 lower surface of machine plate is fixed
The present invention improves the integrated degree of surveying instrument by the way that host to be set on surveying instrument, and host is set to
The lower bottom part of surveying instrument makes the center of gravity of whole equipment be located at bottom end, increases the stability of surveying instrument.Furthermore with positioning spiral shell root
According to the instruction of horizontal gyro, it can realize being arranged in parallel for host and sloping floor, further improve surveying instrument of the present invention
Stability when in non-horizontal ground.The present invention surveying instrument by data connecting line be set to lifting gear lift strut and
In fixed strut, prevent exogenous data line using process damage, improve the service life and data transmission of device
Safety.The design of telescopic tripod further improves adaptability of the device to Different Ground, further improves stabilization
Property.
Description of the drawings
Fig. 1 is surveying instrument in the prior art.
Fig. 2 is the surveying instrument of the present invention.
Fig. 3 is the lifting gear of the present invention.
Fig. 4,5 be the present invention regulation handle a kind of embodiment.
Specific implementation mode
The present invention is described in further detail below by implementation, but this is not a limitation of the present invention, according to the present invention
Basic thought, various modifications may be made and improve, but as long as do not depart from the present invention basic thought, in the range of invention
Within.
Refering to Fig. 2-5, a kind of built-in geological mapping instrument of data line, including rack 1, rotating turret 2 and it is fixed on rotating turret 2
On mapping body 3, lifting gear 4, host side 6, telescopic tripod 7.The bottom of 4 frames 1 of lifting gear, lifting dress
It sets 4 to be made of lift strut 41, fixed strut 43 and regulation handle 42, lift strut 41, fixed strut 43 are equipped with connection and survey
Paint the data connecting line of body 3 and host side 6.Lift strut 41 is plugged in fixed strut 43, and regulation handle 42 is for adjusting
Fixed lift strut 41, fixed strut 43 are fixedly mounted with 61 upper surface of upper motherboard, and height is facilitated to adjust.Host side includes upper
Motherboard 61 and lower motherboard 62, host 60, horizontal gyro 64, positioning bolt 63 form.Positioning bolt 63 is set to master
Occur in pairs on machine plate 61 and lower motherboard 62, the angle of inclination for adjusting host 60 according to the instruction of horizontal gyro 64,
Center of gravity for adjusting whole equipment so that center of gravity is located at the bottom of whole device, and center of gravity is located at bottom and improves device really
Stability.Telescopic tripod 7 is made of several support legs connected by turntable 42, and support leg includes adjusting sleeve 72,
The upper and lower ends spiral for adjusting sleeve 72 is connected and fixed bar 71 and adjusting rod 73, is conducive to the tune of uneven region installation site
It is whole, improve the stability of installation.
Preferably, data line 8,9 is set to the outer wall of fixed lift strut 41 by the coating process such as sputtering or depositing, Gu
The inner wall for determining strut 43 realizes host 60 and surveys and draws the number of body 3 when data line 8 and data line 9 are aligned and are electrically connected
According to transmission.The resistance to grinding column 10 of certain altitude is set to the outer wall of fixed lift strut 41, and the inner wall of fixed strut 43 is for preventing
The abrasion of data line 8,9.The data line obtained by coating process, data line is set on strut, is realized and strut
Integration avoids common metal data line and tangles in strut.
Preferably, as shown in figs. 4 and 5, regulation handle 42 includes regulation button 55, electrical connection protrusion 56 and locking projections
57, the electric connection of junction 57 that is electrically connected of electrical connection protrusion 56 and locking projections, locking projections 57 include the electrical connection being oppositely arranged
Face and insulating surfaces, electrical connection are arranged facing towards data line 9, insulating surfaces towards data line 8.Regulation button includes locking communications status
With simple lock-out state.Electrical connection protrusion 56 is abutted and is electrically connected with data line 8 when locking communications status, locking projections 57
The junction that is electrically connected abut and be electrically connected with data line 9, insulating surfaces and the data line 8 of locking projections 57 are separated from each other.Simple lock
When determining state, the insulating surfaces of locking projections 57 abut locking with data line 8, and electrical connection protrusion 56 is detached with data line 8.
Compared with prior art, the present invention can effectively realize the mapping to landform, while have surveying instrument integration journey
The advantages of degree is high, and stability is strong, is suitble to various landform, and DLS data line security is strong, and communication and non-communicating easily switch.
Claims (5)
1. a kind of built-in geological mapping instrument of data line, including rack 1, rotating turret 2 and the mapping body being fixed on rotating turret 2
5, lifting gear 4, host side 6, telescopic tripod 7 form；
The bottom of 4 frames 1 of lifting gear；
Lifting gear 4 is made of lift strut 41, fixed strut 43 and regulation handle 42；In lift strut 41, fixed strut 43
It is equipped with the data connecting line of connection mapping body 3 and host side 6, lift strut 41 is plugged in fixed strut 43；
Regulation handle 42 is for adjusting fixed lift strut 41；
Fixed strut 43 and the upper surface of host side 6 are fixedly mounted；
Telescopic tripod 7 is made of several support legs connected by turntable 42, and turntable 42 and the lower surface of host side are fixed；
Support leg includes adjusting sleeve 72, and the upper and lower ends spiral for adjusting sleeve 72 is connected and fixed bar 71 and adjusting rod 73；
Host is realized when 42 locked and fixed lift strut 41 of regulation handle and fixed strut 43 and surveys and draws the biography of data between body 5
It is defeated；Realize that data pass between host and mapping body 5 when 42 non-locked and fixed lift strut 41 of regulation handle and fixed strut 43
Defeated shutdown.
2. the built-in geological mapping instrument of data line according to claim 1, it is characterised in that
Host side includes upper motherboard 61 and lower motherboard 62, host 60, horizontal gyro 64, the positioning composition of bolt 63；
Positioning bolt 63 is set on motherboard 61 and lower motherboard 62 to be occurred in pairs, for the finger according to horizontal gyro 64
Show the angle of inclination for adjusting host 60；Fixed strut 43 is fixedly mounted with 61 upper surface of upper motherboard；Turntable 42 and upper motherboard
62 lower surfaces are fixed.
3. the built-in geological mapping instrument of data line according to claim 1, which is characterized in that data line 8,9 passes through plated film
Technique is set to the outer wall of fixed lift strut 41, and the inner wall of fixed strut 43 when data line 8 and the alignment of data line 9 and is electrically connected
When connecing, realizes host 60 and survey and draw the data transmission of body 3.
4. the built-in geological mapping instrument of data line according to claim 3, which is characterized in that regulation handle 42 includes to adjust
Button 55, electrical connection protrusion 56 and locking projections 57, the electric connection of junction 57 that is electrically connected of electrical connection protrusion 56 and locking projections, lock
Fixed protrusion 57 includes be electrically connected junction and the insulating surfaces being oppositely arranged, and electrical connection is facing towards data line 9, and insulating surfaces are towards data line 8
Setting.
5. the built-in geological mapping instrument of data line according to claim 4, which is characterized in that regulation button includes that locking is logical
Letter state and simple lock-out state；Electrical connection protrusion 56 is abutted and is electrically connected with data line 8 when locking communications status, lock tab
Rise 57 the junction that is electrically connected abut and be electrically connected with data line 9, insulating surfaces and the data line 8 of locking projections 57 are separated from each other；It is single
When pure lock-out state, the insulating surfaces of locking projections 57 abut locking with data line 8, and electrical connection protrusion 56 is detached with data line 8.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810328132.5A CN108680146B (en) | 2018-04-08 | 2018-04-08 | Concealed geological mapping appearance in data line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810328132.5A CN108680146B (en) | 2018-04-08 | 2018-04-08 | Concealed geological mapping appearance in data line |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108680146A true CN108680146A (en) | 2018-10-19 |
| CN108680146B CN108680146B (en) | 2021-09-03 |
Family
ID=63799472
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810328132.5A Active CN108680146B (en) | 2018-04-08 | 2018-04-08 | Concealed geological mapping appearance in data line |
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