CN209295983U - A kind of intelligence total station prism lever apparatus - Google Patents
A kind of intelligence total station prism lever apparatus Download PDFInfo
- Publication number
- CN209295983U CN209295983U CN201920052859.5U CN201920052859U CN209295983U CN 209295983 U CN209295983 U CN 209295983U CN 201920052859 U CN201920052859 U CN 201920052859U CN 209295983 U CN209295983 U CN 209295983U
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- Prior art keywords
- prism
- bar
- prism bar
- total station
- bracket
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- Length Measuring Devices By Optical Means (AREA)
Abstract
A kind of intelligence total station prism lever apparatus is carried out just flat by adjusting support angle and using clamp screw.Open computer automatic control system, when prism bar inclination, the point of laser reflection to Laser emission receiver sheet is appeared in outside dot, polar coordinates radius and drift angle are determined by computer automatic control system, start electric motor and adjusts triangular supports pedestal, ensure that Laser emission receiver sheet point is in centre point, open total station object lens signal projector, prism signal receiver, it opens prism bar rotating electric machine driving wheel and drives prism bar rotation driven wheel work, make between signal generator and prism signal receiver that distance is most short to reach alignment by transmitting between signal, this total station prism lever apparatus structure is simply light and handy, it is easy to carry, using reliable, it is easy to operate, it is stable and reliable in work.
Description
Technical field
The utility model relates to a kind of road and bridge construction measurement servicing units, more particularly to a kind of intelligent total station rib
Mirror lever apparatus, belongs to mapping instrument technology field.
Background technique
Currently, bracket used in total station survey uses prism bar, prism bar bottom end is cone, and cone is placed in survey
Prism is installed on point, prism bar top, and mounting bracket above prism bar adjusts prism bar verticality by bracket, in measurement process
In cause prism bar to will appear certain deviation due to human factor, while whether centering is also difficult to protect total station object lens with prism facets
Card, CN207636078U disclose a kind of Multifunctional measurement rod, and transverse base and longitudinal pedestal intersect to connect in middle to be formed
Adjusting bolt is respectively arranged at the two sides of the structure of support, transverse base and longitudinal pedestal；Transverse base and longitudinal pedestal
The place of intersecting is provided with rectangle barrel structure, and the bottom surface of rectangle barrel structure is connected with the lower end of telescopic measuring rod, rectangular cylinder knot
The transverse base of structure two sides is connected with the lower end that longitudinal pedestal passes through bracing element respectively, and the upper end of bracing element is respectively uniformly distributed
Ground is connected with the side wall at telescopic measuring rod sustained height；The two sides of transverse base are respectively arranged with fixing bolt, fixed
Bolt is separately fixed on component；CN207975417U discloses a kind of total station bracket, and being related to total station apparatus field includes frame
Body, first adjust supporting leg and second and adjust supporting leg, and the first adjusting supporting leg is hinged with frame body and its center is equipped with gear
Slot, the first adjusting supporting leg are additionally provided with sliding groove, and the sliding groove is connected with gear grooved, and described second adjusts supporting leg and cunning
Dynamic slot is slidably connected, and described second adjusts supporting leg top equipped with Saw blade is equipped on the left of gear bar and its, and described first adjusts branch
Leg top is equipped with electric machine corresponding with gear bar and its left side is additionally provided with locking device corresponding with Saw blade, is surveying
It is surveyed during amount in order to solve the problems, such as that prism bar verticality and prism facets and the centering of total station object lens, especially measurement new hand improve
Accuracy of measurement is of great significance for measuring device.
Summary of the invention
To solve the above problems, it is an object of that present invention to provide a kind of intelligent total station prism lever apparatus, it can be to whole station
Instrument measuring prism bar carries out quick, accurate leveling.
The utility model uses technical solution: a kind of intelligence total station prism lever apparatus, including prism lever system, carriage support
System, prism system, it is characterised in that prism lever system includes measuring point stake, cone arc surface, laser reflection mirror surface, prism bar cone
Body, prism bar A, prism bar B, prism bar C, Laser emission receiver sheet, prism bar loop bar, prism bar rotate driven wheel；Carriage support
System includes triangular supports pedestal, prism bar rotating electric machine driving wheel, bracket A, bracket B, leveling catch bar A, leveling catch bar
B, electric motor A, electric motor B, clamp screw A, clamp screw B, computer automatic control system, review level(l)ing bubble；Prism
System includes prism and prism signal receiver；Measuring point stake top face is set as hemispherical, embeds laser reflection in hemispherical top surface
Mirror surface, hemispherical top surface match with prism bar cone bottom end cone arc surface, and prism bar cone is connected with prism bar A, prism
Bar A is connect with prism bar C, and prism bar C is connect with prism bar B, and Laser emission receiver sheet, prism bar B are installed at the top of prism bar A
Top is connect with prism, and prism signal receiver is installed in center behind prism；Prism bar B and triangular supports pedestal are logical
The connection of prism bar loop bar is crossed, driven wheel is rotated in prism bar B and triangular supports pedestal link position installation prism bar, in prism
Prism bar rotating electric machine driving wheel is installed in rod set bar two sides, and triangular supports base top surface is installed computer automatic control system, answered
Core level(l)ing bubble, two vertex of triangular supports pedestal are connect by leveling catch bar A with bracket A, level catch bar B and bracket
B connection, leveling catch bar A are connect with electric motor A, and leveling catch bar B is connected with electric motor B, installation braking spiral shell on bracket A
A is revolved, clamp screw B, computer automatic control system and Laser emission receiver sheet, electric motor A, electric motor are installed on bracket B
B, prism bar rotating electric machine driving wheel connects；
The Laser emission receiver sheet is circle, and size is consistent with prism bar A diameter, and Laser emission receiver sheet is established with circle
The heart is coordinate, establishes polar coordinate system, and Laser emission receiver sheet center is laser emitter；
Prism signal receiver is arranged in the position of the heart in the prism, and lower edge installs signal on total station object lens
Device；
Hollow in the prism bar A, prism bar cone bottom end arc surface matches with measuring point stake top face hemispherical, prism bar
Laser reflection mirror surface, prism bar A, Laser emission receiver sheet, prism bar B are on same perpendicular when device works.
Working principle of the present invention:
After the completion of the adjustment of total station host, prism bar bracket is opened, prism bar cone is mounted in measuring point stake, guarantee rib
Mirror bar cone bottom end arc surface matches with measuring point stake top face hemispherical, bracket A and bracket B angle is adjusted, by adjusting braking
Spiral A and clamp screw B carries out prism bar and just puts down and bracket A and bracket B are fixed on ground.
Computer automatic control system is opened, laser transmitter projects laser is transmitted to along prism bar A inner void
Laser reflection mirror surface encounters mirror surface by optical reflection principle laser and is reflected back into Laser emission receiver sheet, works as prism bar
The point of laser reflection to Laser emission receiver sheet appears in outside dot when inclination, and the point of Laser emission receiver sheet passes through computer at this time
Automatic control system determines polar coordinates radius and drift angle, and computer automatic control system is by calculating polar coordinates radius and drift angle, together
Shi Qidong electric motor A and electric motor B adjusts triangular supports pedestal by leveling catch bar A and leveling catch bar B, most
Ensure that the point of Laser emission receiver sheet is in centre point eventually, while review level(l)ing bubble being examined to be in intermediate state, completes prism
Bar adjusts vertical operation.
It is automatic to open total station object lens signal projector, prism signal receiver, prism bar rotating electric machine driving wheel, computer
Control system, prism signal receiver Automatic-searching signal projector issue signal, open rib by computer automatic control system
Mirror bar rotating electric machine driving wheel, the rotation of prism bar rotating electric machine driving wheel drive prism bar rotation driven wheel and prism rotation, when
Most in short-term, total station eyepiece is in prism and is directed at shape signal propagation distance between signal generator and prism signal receiver
State.
The utility model advantage and the utility model has the advantages that
It is measured in operation under particular surroundings measuring state, the leveling alignment time can be saved, controlled and reduced by computer
Human error, this total station prism lever apparatus structure it is simple it is light and handy, easy to carry, can using reliable, easy to operate, the operation is stable
It leans on.
Detailed description of the invention
A kind of intelligent total station prism lever apparatus three-view diagram of Fig. 1
A kind of intelligent total station prism lever apparatus main view of Fig. 2
A kind of intelligent total station prism lever apparatus side view of Fig. 3
Fig. 4 prism bar cone enlarged drawing
Fig. 5 Laser emission receiver sheet figure
In figure: 1- prism bar cone, 2- measuring point stake, 3- cone arc surface, 4- laser reflection mirror surface, 51- prism bar A, 52-
Prism bar B, 53- prism bar C, 61- bracket A, 62- bracket B, 7- Laser emission receiver sheet, 81- clamp screw A, 82- brake spiral shell
B, 9- triangular supports pedestal are revolved, 101- levels catch bar A, and 102- levels catch bar B, the electronic horse of 111- electric motor A, 112-
Up to B, 12- prism bar loop bar, 13- prism bar rotates driven wheel, 14- prism bar rotating electric machine driving wheel, and 15- computer automatically controls
System, 16- check level(l)ing bubble, 17- prism, 18- prism signal receiver.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments:
It is as shown in Figs. 1-5: a kind of intelligence total station prism lever apparatus, including prism lever system, bracket frame system, prism system
System, prism lever system includes measuring point stake 2, cone arc surface 3, laser reflection mirror surface 4, prism bar cone 1, prism bar A51, prism
Bar B52, prism bar C53, Laser emission receiver sheet 7, prism bar loop bar 12, prism bar rotate driven wheel 13；Support system includes
Triangular supports pedestal 9, prism bar rotating electric machine driving wheel 14, bracket A61, bracket B62, leveling catch bar A101, leveling push away
Lever B102, electric motor A111, electric motor B112, clamp screw A81, clamp screw B82, computer automatic control system
15, level(l)ing bubble 16 is checked；Prism system includes prism 17 and prism signal receiver 18；2 top surface of measuring point stake is set as hemisphere
Shape embeds laser reflection mirror surface 4, hemispherical top surface and 1 bottom end cone arc surface of prism bar cone, 3 kissing in hemispherical top surface
It closes, prism bar cone 1 is connected with prism bar A51, and prism bar A51 is connect with prism bar C53, and prism bar C53 and prism bar B52 connect
Connect, Laser emission receiver sheet 7 be installed at the top of prism bar A51, is connect at the top of prism bar B52 with prism 17, behind the prism 17 in
Heart position is installed by prism signal receiver 18；Prism bar B52 is connect with triangular supports pedestal 9 by prism bar loop bar 12,
Prism bar B52 and 9 link position of triangular supports pedestal installation prism bar rotate driven wheel 13, pacify in 12 two sides of prism bar loop bar
Prism bar rotating electric machine driving wheel 14 is filled, computer automatic control system 15, review level gas are installed in 9 top surface of triangular supports pedestal
Bubble 16,9 two vertex of triangular supports pedestal by level catch bar A101 connect with bracket A61, level catch bar B102 with
Bracket B62 connection, leveling catch bar A101 are connect with electric motor A111, are leveled catch bar B102 and electric motor B112 and are connected
It connects, clamp screw A81 is installed on bracket A61, clamp screw B82 is installed on bracket B62；
Operating method: after the completion of the adjustment of total station host, prism bar bracket is opened, prism bar cone 1 is mounted on measuring point
In stake 2, guarantees that prism bar cone bottom end arc surface 3 matches with 2 top surface hemispherical of measuring point stake, adjust bracket A61 and bracket B62
Angle puts down at the beginning of carrying out prism bar by adjusting clamp screw A81 and clamp screw B82 and is fixed on bracket A61 and bracket B62
On ground.
Computer automatic control system 15 is opened, laser transmitter projects laser is transmitted to along prism bar A51 inner void
Laser reflection mirror surface 4 encounters mirror surface by optical reflection principle laser and reflexes to Laser emission receiver sheet 7, works as prism bar
The point of laser reflection to Laser emission receiver sheet 7 appears in other than dot when inclination, and Laser emission receiver sheet 7 passes through computer at this time
Automatic control system 15 determines polar coordinates radius and drift angle, and computer automatic control system 15 is by calculating polar coordinates radius and partially
Angle, while starting electric motor A111 and electric motor B112, pass through leveling catch bar A101 and leveling catch bar B102 adjustment
Triangular supports pedestal 9 finally ensures that the point of Laser emission receiver sheet is in centre point, while examining at review level(l)ing bubble 16
In intermediate state, completes prism bar and adjust vertical operation.
Open total station object lens signal projector, prism signal receiver 18, prism bar rotating electric machine driving wheel 14, computer
Automatic control system 15,18 Automatic-searching signal projector of prism signal receiver issue signal, automatically control system by computer
System 15 opens prism bar rotating electric machine driving wheel 14, and the rotation of prism bar rotating electric machine driving wheel 14 drives prism bar to rotate driven wheel
13 and prism bar rotation, when between signal generator and prism signal receiver 18 signal propagation distance most in short-term, total station mesh
Mirror and prism are in alignment.
Claims (4)
1. a kind of intelligence total station prism lever apparatus, including prism lever system, support system, prism system, it is characterised in that rib
Mirror lever system includes measuring point stake (2), cone arc surface (3), laser reflection mirror surface (4), prism bar cone (1), prism bar A
(51), prism bar B (52), prism bar C (53), Laser emission receiver sheet (7), prism bar loop bar (12), prism bar rotation are driven
It takes turns (13)；Support system includes triangular supports pedestal (9), prism bar rotating electric machine driving wheel (14), bracket A (61), bracket B
(62), catch bar A (101), leveling catch bar B (102), electric motor A (111), electric motor B (112), clamp screw are leveled
A (81), clamp screw B (82), computer automatic control system (15), review level(l)ing bubble (16)；Prism system includes prism
(17) and prism signal receiver (18)；Measuring point stake (2) top surface is set as hemispherical, embeds laser mirror in hemispherical top surface
Face (4), hemispherical top surface match with prism bar cone (1) bottom end cone arc surface (3), prism bar cone (1) and prism bar A
(51) it is connected, prism bar A (51) is connect with prism bar C (53), and prism bar C (53) is connect with prism bar B (52), prism bar A
(51) Laser emission receiver sheet (7) are installed at top, are connect at the top of prism bar B (52) with prism (17), in prism (17) back
Heart position is installed by prism signal receiver (18)；Prism bar B (52) and triangular supports pedestal (9) pass through prism bar loop bar (12)
Connection, in prism bar B (52) and triangular supports pedestal (9) link position installation prism bar rotation driven wheel (13), in prism
Prism bar rotating electric machine driving wheel (14) are installed in rod set bar (12) two sides, and it is automatic that computer is installed in triangular supports pedestal (9) top surface
Control system (15), review level(l)ing bubble (16), (9) two vertex of triangular supports pedestal by leveling catch bar A (101) with
Bracket A (61) connection levels catch bar B (102) and bracket B (62) connection, leveling catch bar A (101) and electric motor A
(111) it connects, levels catch bar B (102) and electric motor B (112) connection, clamp screw A (81) are installed on bracket A (61),
Clamp screw B (82) are installed on bracket B (62), computer automatic control system (15) and Laser emission receiver sheet (7), electric motor
A (111), electric motor B (112), prism bar rotating electric machine driving wheel (14) connection.
2. a kind of intelligent total station prism lever apparatus according to claim 1, it is characterised in that Laser emission receiver sheet (7) is
Circle, size is consistent with prism bar A (51) diameter, and Laser emission receiver sheet (7) is established using the center of circle as coordinate, establishes polar coordinates
System, Laser emission receiver sheet (7) center are laser emitter.
3. a kind of intelligent total station prism lever apparatus according to claim 1, it is characterised in that in prism (17) center
It is arranged prism signal receiver (18), lower edge installs signal generator on total station object lens.
4. a kind of intelligent total station prism lever apparatus according to claim 1, it is characterised in that it is hollow in prism bar A (51),
Prism bar cone (1) bottom end arc surface matches with measuring point stake (2) top surface hemispherical, laser mirror when prism lever apparatus works
Face (4), prism bar A (51), Laser emission receiver sheet (7), prism bar B (52) are on same perpendicular.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920052859.5U CN209295983U (en) | 2019-01-14 | 2019-01-14 | A kind of intelligence total station prism lever apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920052859.5U CN209295983U (en) | 2019-01-14 | 2019-01-14 | A kind of intelligence total station prism lever apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209295983U true CN209295983U (en) | 2019-08-23 |
Family
ID=67642266
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920052859.5U Expired - Fee Related CN209295983U (en) | 2019-01-14 | 2019-01-14 | A kind of intelligence total station prism lever apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209295983U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109579809A (en) * | 2019-01-14 | 2019-04-05 | 辽宁科技学院 | A kind of intelligence total station prism lever apparatus |
-
2019
- 2019-01-14 CN CN201920052859.5U patent/CN209295983U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109579809A (en) * | 2019-01-14 | 2019-04-05 | 辽宁科技学院 | A kind of intelligence total station prism lever apparatus |
| CN109579809B (en) * | 2019-01-14 | 2024-07-19 | 辽宁科技学院 | Intelligent total station prism rod device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190823 Termination date: 20200114 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |