CN1099867A - Improvements in apparatus for and method of powerline surveying, designing and maintenance - Google Patents
Improvements in apparatus for and method of powerline surveying, designing and maintenance Download PDFInfo
- Publication number
- CN1099867A CN1099867A CN 94102331 CN94102331A CN1099867A CN 1099867 A CN1099867 A CN 1099867A CN 94102331 CN94102331 CN 94102331 CN 94102331 A CN94102331 A CN 94102331A CN 1099867 A CN1099867 A CN 1099867A
- Authority
- CN
- China
- Prior art keywords
- line
- circuit
- electric force
- point
- path
- 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.)
- Granted
Links
Images
Landscapes
- Geophysics And Detection Of Objects (AREA)
- Management, Administration, Business Operations System, And Electronic Commerce (AREA)
- Electric Cable Installation (AREA)
Abstract
The invention discloses a ground power line survey device, which includes a calculating device used to measure vertically deviated points from the line and a longitudinal cross section to connect the points within a certain distance to both sides of the line. The calculating device can also be used to plot a topography sectional drawing intersected with the line in a two-dimension or three-dimension method. The collimating status along the power line can be measured and recorded through two sets of coordinates or one set of coordinates and quadrant angles. Results of tape measuring or estimated measuring can be added into the data files referring to the prior measured points. The device assistant to power line design facilitates determination of load on line poles and selection of electric poles endurable for the load.
Description
The present invention relates to the investigation method of overhead power transmission line, and especially relate to the investigation method that is used for overhead power transmission line design and safeguards, thereby it comprises by the point away from circuit circuit is surveyed the path of record circuit and near the local landform the circuit.
Usually, the exploration that the path of the line of electric force of existing line of electric force or planning is carried out is confined to path, road along the line a bit aiming at another and put the path of following the tracks of line of electric force from the circuit.Traditional method can only be considered local lineament, for example road, house etc. very limitedly.The measurement of being carried out in the line of electric force exploration normally is recorded in the bidimensional coordinate that calculates measuring point in the minute book and after certain hour, height and distance for example along the line by hand.With traditional draughtsmanship these coordinates are drawn then.With this data input computing system, then to import by hand if desired.After this can on this curve map, determine the position of the supporting member that the line of electric force planned is required.Mark lead thereupon and check its distance apart from ground.If obtained enough distances, this design just is accepted and specifies corresponding material so that lay so.
There are following shortcomings in system based on this content.That is:
-whole design process adopts 2-D data and in fact should use three-dimensional data
-when changing the design charges planned and the expense height.
-whole process is very slow.
Mistake appears in the hand computation of input of-data and coordinate and drawing easily.
-prospecting technique requires and will remove fully so that set up a visual field clearly along the woody plant of the corridor in the path of being planned.
-prospecting technique gives no thought to the landform beyond the line route.
-design process is carried out in scale map, rather than with actual ratio, therefore because the landform of being drawn is unclear, may introduce error.
-lead designs with preset parameter.With respect to the various restrictions that will consider, these parameters can not change easily.
-before being accepted, design do not calculate the expense of the circuit of being planned.
Utilize U.K number of patent application 2,230, disclosed line of electric force surveying device and method can overcome above-mentioned shortcoming in 090A and the U.S patent application serial number 07/741114.
The line of electric force program of describing in these patented claims is a kind of program module of special use, it can move in any suitable procedure establishment environment, can be 2202871A for example at number of patent application, be entitled as in the U.K patented claim of " survey data record method and apparatus " and move in the described environment of invention disclosed, this patent documentation hereinafter as a reference.
Disclosed line of electric force survey system is the computer program that a cover is used for overhead power transmission line is carried out Aided Design and maintenance among U.K patented claim 2230090A number and the USSN07/741114.It has covered all aspects of design process, promptly measure the expense and relevant safety standard and industrial guideline of determining accurate supporting member position and wire type, consideration expection, until the required assembling of the stage of setting up to the end and the tension force of inspection circuit etc. from initial landform to the path of being planned.Key character of this cover program is that it is not just to finish after finishing the stage of setting up, but continues the visual inspection that the link tester that has set up is crossed various accessories is carried out the inspection of relevant loss or damage aspect and checked by surveying again when needed.In addition, it is not limited to the circuit that newly sets up, but is similarly the exploration of existing circuit and the supervision of existing supporting member provides convenience, as long as make them enter system at this.All these functions can realize in an independent cover synthesizer and they all quote an independent database.
The field exploration program allows tested line route not only can be on the actual position of circuit self, is other place of object of reference but also can be in away from the path of circuit but with this path.Yet this does not get rid of traditional prospecting technique that the variation that utilizes point obtains suitable height and distance information, but by by this way whole three-dimensional positions of observation station being calculated of present permission it has been done to replenish.A kind of dirigibility is provided in addition, that is, has been provided with the traditional switch technology that directly enters next station transmission three dimensional local information as transform method from a station.
In the open air during the exploration, by using new line of electric force prospecting technique to be easy to establish the position of whole inaccessibility points, this exploration comprises, determines to comprise the vertical plane of required point with two easy approaching points, the required point and calculate its position of directing pointing then.
For the exploration after the existing line of electric force trimming, the field exploration program can still monitor and gained data and design data library information are compared existing supporting member under in the open air the situation at the exploration instrument.
All position datas are all carried out record with the form of three-dimensional coordinate.Can certainly use traditional two dimension output so that be consistent with existing work habit and form.
The survey data of collecting with open-air computing machine can be sent into the design system of building in the office directly or by storage medium.Each data is inserted in the serial data and as the reference point of specific landform.This means that when data are transmitted when passing and arriving office's design system, the reception program will be read this information and with database information it be carried out suitably determining.Thus, reception program has just been set up a data file that is suitable for special purpose computer Aided Design (CAD) system.
The position and the type of supporting member can be added in this design document then.These supporting member information are directly transferred to database from the referral procedure storehouse.This means, can obtain definite size, carrying, structure and the expense of every kind of member at once.
In case established supporting member, just can begin to design lead.For this reason, worked out a specific program, this program has adopted the complex mathematical formula of the determined curve of lead and the position of having drawn lead.The shade of determining the circuit minimum spacing can also be marked, distance to the ground can be checked rapidly thus.Some landform (for example road) need be bigger than this minor increment spacing.These spacings can be checked with the minor increment function as standard that the CAD main system provides by the design engineer.
The lead program comprises various effective lead data and allows the design engineer to select only one.The design engineer can also change equivalent span (and the distance dependent between the point of tension), working temperature, ice coating load and wind condition, checks distance to the ground under extreme conditions thus.
In other stage of design process, check to guarantee that it satisfies all necessary security standards designed circuit, according to required equipment and the expense of being estimated of setting up the cost of designed lines is estimated then.Required equipment can be listed as into a form and use so that order goods in the future.
If in design with will do certain in any time during checking and change, this change can be reflected in the chart that demonstrates rapidly and can promptly check distance to the ground and expense according to safety standard.
The CAD system plotting unit of use standard can at any time obtain to have the hard copy of complete explanatory notes and strict diagrammatic sketch form.
This figure can be given the slip-stick artist who is responsible for work progress.Can lay supporting member on this basis.Can set up lead then.In order to check required tension force whether correctly to apply, also use the open-air counter of hand-held lead is calculated.Can make the slip-stick artist determine lead should how much sagging (considering temperature conditions at that time) like this according to the tension force that is applied.
If need revise landform to adapt to any local geographical change that to set up the area, use same field exploration system just can finish this correction rapidly in the postorder stage.New survey data is delivered to main office and it is overlapped on the prototype, demonstrate any variation that is taken place at once.The effect of these changes can demonstrate moment.Can promptly determine and cost estimation then the change result.
Another feature is, if in some stage, plan (for example changes local geographical situation, build a suitable new road or local household requirement enlarging house), if this change is very important, so the effect of these variations can actual set up beginning before and the construction of line path of being planned done to be determined before the corresponding change.
For the daily servicing of circuit, worked out the circuit inspection program of suitable open-air computing machine, this computing machine can be collected the calibration information that range estimation obtains.In a single day these data are got back to main office and just are added in the database.The point range of not only can be corresponding repairing or further estimating or surveying becomes form, but also can be marked on their position near curve map or the planimetric map so that save the real time in maintenance stage.
At last, can when surveying again, utilize sag and tension force program to check the tension force of circuit then and there.Just can check distance between any point (at the place, ground or at some other highly for example treetop) under the situation that must not observe circuit.Another advantage of this pattern is, not only can check this distance under the common weather condition but also this inspection can also be carried out under the climatic condition in bad luck in the very little place of ground distance.
Provide design for the pole line slip-stick artist and safeguarded all required instruments of pole line under a certain environment in a few cover electric pole circuits that move on the office computer and tower line program, this system is fully open so that the design of having finished enters other the part of inserting its changed information.
Synthesizer moves under main CAD environment, and electric pole circuit/tower line data and figure can transmit need not with dialog procedure and do not produce in the separate unit of loss of information, they have utilized the computing machine that makes same CAD synthesizer operation, and and hardware independent.
Improvement aspect the invention provides some relevant line of electric force explorations in the scope of U.K2230090A and the disclosed system of US07/741114, design and safeguarding.These improvement are particularly related to exploration step of carrying out and the step of carrying out in the open air during power line design stage and drawing.
And, the invention provides a kind of equipment of ground electrical power line exploration, it comprises except measuring strictness and is in the device of also measuring the point outside the line of electric force path the point on the line of electric force path, device with the two and three dimensions image that is used to make circuit and circuit rimland, can be object of reference whereby at Actual path but needn't strict be in the earth section below the position observation line of electric force on this path with circuit itself, it is characterized in that, be provided with the device of the point on certain vertical range that is used for measuring circuit in this equipment and be used for the connect together device of vertical section of forming circuit both sides specific range of these measuring points.
Proper is, this equipment further comprises determines the device of the two and three dimensions size of the landform that intersects with circuit with the difference of elevation of the intersection point of circuit intersection and angle or quadrant angle and landform and circuit both sides by surveying the topography.
Preferably, this landform is vertical landform, and can utilize the both sides that the bottom of landform and top are extended to circuit to represent this landform with curve map.
Advantageously, this equipment comprises the device that is used for determining line of electric force and the initial collimating status in instrument position, this instrument position is object of reference but not strict being on this path with the path of line of electric force, it is characterized in that this equipment is provided with the device that is used to measure two cover coordinates or a cover coordinate and quadrant angle and/or surveyor's chain length and reference value and horizontal angle forward and is used for by measurement is object of reference but not strict place coordinate points is thereon come the device of computational scheme quadrant angle with the path of line of electric force.
Suitable is that increase is measured circuit with reference to the point that records in advance with the mode of tape measure or estimation, it is characterized in that, is provided with the device that is used for determining one or more distances with respect to circuit, difference of elevation and quadrant angle or angle.
The present invention also provides power line design equipment, this equipment comprises except measuring strict with the device of also measuring line of electric force path point in addition the point on the line of electric force path, be used to make the device of the two and three dimensions image of the line of electric force planned and line of electric force rimland, be used to determine the line of electric force planned device with respect to the lead design of its concrete environment, be used for device that lead design parameter and industrial standard are compared and check and the device that is used to differentiate and determine required parts, it is characterized in that, this equipment is provided with the device that is used for determining the load on the wires carry member, the device and preferably also being provided with that is used for selecting being suitable for bearing the wires carry member of the definite load that obtains from database be used to increase at least one backguy with the support wire bearing carrier and the device of definite load.
Best is, this equipment further comprises by being provided with to offset to offset from the power of another circuit and/or with the device of the power on one or the one group of backguy counteracting whole terminal from the power of a circuit and/or with another root or one group of backguy with one or one group of backguy and decomposes the device of the power at the multiplex terminal place on the wires carry member.
This equipment also further comprises, is used for determining the device of the point of fixity of said at least one backguy, and this point of fixity is positioned on the fixed component rather than is in ground location and is used to measure with the angle of non-ground point of fixity and acts on the device of the power on the fixed component.
It is the line of electric force investigation method of benchmark with ground that the present invention also provides a kind of, it comprises except measuring strict with the point of also measuring the point on the line of electric force path outside the line of electric force path, make the two and three dimensions image of circuit and circuit rimland, can be object of reference thus from Actual path but needn't be in topographic section below the position observation line of electric force on this circuit with circuit self, it is characterized in that this method comprises to be measured the last point of a certain distance vertical with circuit and these measuring points are coupled together vertical section of formation circuit both sides specific range.
This method further comprises determines the two and three dimensions section of the landform that intersects with circuit at the difference of elevation of circuit both sides with the intersection point of circuit intersection and angle or quadrant angle and landform by surveying the topography.
Be preferably, this landform is vertical landform, and extends to the circuit both sides with this landform of graphical representation by its bottom and top.
This method preferably comprises the initial collimating status of determining line of electric force and instrument position, described instrument is object of reference with the path of line of electric force but strictly is not on this path, it is characterized in that this method comprises to be measured two cover coordinates or a cover coordinate and quadrant angle and/or surveyor's chain length and reference value and horizontal angle forward and be object of reference but quadrant angle that the not strict coordinate points that is on this path is come computational scheme by measurement with the path of line of electric force.
More convenient is that this method comprises increasing with reference to the point that had before recorded to be measured circuit with tape measure or estimation, it is characterized in that this method comprises definite one or more difference of elevation and quadrant angle or angles with respect to circuit.
The present invention also provides a kind of power line design method, this method comprises, strict except measuring along the point of also measuring the point on the path of line of electric force outside the line of electric force path of being planned, the line of electric force that making is planned and the two and three dimensions image of line of electric force rimland, determine the lead design of line of electric force with respect to its concrete environment, lead design parameter and industrial standard compared and check and differentiate and determine required parts, it is characterized in that, this method comprises the load of measuring on the wires carry member, selection is suitable for bearing the wires carry member of the definite load that draws according to database, and preferably adds at least one backguy so that support wire bearing carrier and determined load.
This method preferably further comprises by offsetting with one or one group of backguy from the power of a circuit and/or with another root or one group of backguy to be offset from the power on another circuit and/or the power of decomposing the multiplex terminal place on the wires carry member with the mode of the power on one or the one group of backguy counteracting whole terminal.
This method preferably further comprises the point of fixity of determining in the said at least one backguy, and this point of fixity is positioned on the fixed component rather than on the ground location and be used for determining with respect to the angle of non-ground point of fixity and act on the device of the power on the fixed component.
Below with reference to accompanying drawings the present invention is further described, wherein:
Fig. 1 is the step of survey record is carried out in expression to the hillside with field survey pen recorder and method a process flow diagram;
Fig. 2 is the step of topographic section measurement is carried out in expression with field survey pen recorder and method a process flow diagram;
Fig. 3 is a process flow diagram of describing the backguy module that is used for power line design.
In order to use during the ground exploration in the open air, several new features in the line of electric force program, have been increased.They are:
1. collimation is determined
2. hillside survey record
3. topographic section
4. tape measure
This four kinds of situations will be described below
1. collimation is determined
Aforesaid field is that each section of circuit considered as the unit that separates with software.At this it is improved, promptly by the drift angle in each break-in of survey record part of path in proper order being connected together becomes a unit.Therefore increased another kind of convenience, promptly utilized equipment to determine initial collimating status with respect to the position of line of electric force, the position of the said equipment is reference substance but not strict being on this path with the path of line of electric force.These system's permission use two cover coordinates or a cover coordinate and quadrant angle and/or surveyor's chain and reference value and horizontal angle are forward determined collimating status.This system is for by observing online point or being object of reference but the not strict point that is on this path determines the quadrant angle of line of electric force that convenience is provided automatically with the line of electric force path.
2. hillside survey record
Referring to Fig. 1, each point that records along the plane of straight line, point is imported a distance vertical with the one or both sides of circuit relatively.Ground the personnel that mark on a map connect together these points, thereby form the topographic section of giving set a distance of center line either side.These sections can be used for determining conductor spacing.
3. topographic section
Referring to Fig. 2, can determine topographic section by measuring intersection point and landform and circuit crossing angle or quadrant angle in landform and center line intersection.Except the survey record angle of intersection, thus can also the survey record center line left side and the difference of elevation of a distance, the right can represent this landform with complete three dimensional form.If survey record is vertical landform, the bottom of this landform and top extend to the both sides of circuit so.
4. tape measure
This measurement has increased convenience, the measured value with tape measure or estimation can be added in the database thus, so that determine that according to previous measuring point they are with respect to circuit distance, difference of elevation and angle.Can measure series of points in this way, each point of determining is all corresponding with a previous point.
Referring now to Fig. 3 and form,, the another set of program that is added in the line of electric force program comprises the module that is used for one or more backguy of electric pole or other wires carry member are enrolled power line design.
For each electric pole that is run into, this program will be determined all circuits, tap portion (fee-offs) and the load of existing backguy on electric pole.This program checks that according to database these parameters see whether it is up to specification.Load surpasses the safe range of regulation, then should select the electric pole of proper strength from routine library.If the situation of electric pole can't be remedied, can under possible situation, determine to use certain guy structure.
Every kind of suitable all possible guy structure of electric pole all is stored in the database file.This document have backguy intensity, allowed minimum/at most backguy numbers, pitch (for backguy to) and the angle of backguy and electric pole.This information stores with decomposition (horizontal and vertical combining) these three kinds of different load-up conditions with horizontal, vertical.
When electric pole needs backguy, from database file, read the guy structure of electric pole in order successively, meet up to one of discovery till the backguy of load-up condition.Provide the figure of these backguys and it is imported the diagram module.Calculate then and be added in the surplus load on the electric pole and when electric pole can not bear this load, provide warning.
In the load out of trim with determined under the situation of existing backguy, this program will be changed (backguy directly influence imbalance and mate forming unbalanced load) to those backguys that has been considered to non-equilibrium loading.
The typical printout result of backguy module when form is illustrated in 13 electric poles measuring line of electric force.For each electric pole, estimate electric pole intensity with this module and whether satisfy the demand.If do not satisfy the demand, then show danger or wrong, at this moment this program will be calculated (referring to for example calculating of electric pole 3) again with the bigger electric pole of intensity.If do not find the electric pole of proper strength, then should increase by at least one backguy in the program.
The check design document
Warning-inoperative name PC file. use the phase one to run into
Voltage 0.40
The number of phases 4
Lead
.A. RANGO
Circuit 2 is the C2 stage in the file to check PC2
Voltage 0.40
The number of phases 4
Lead
.A. RANGO
The problem check 1. of warning-file REM aspect
Electric pole (P) load dtb-electric pole (P) load .dtb
Electric pole .dtb-electric pole .dtb
Electric pole (P) backguy dtb-electric pole (P) backguy .dtb
The electric pole 1 at surveyor's chain length .00 place
Electric pole type X1M11
The electric pole title
Assaying will be bottom load
The inventory of existing backguy on this position
Number title annex Pt backguy angular pitch
1 7/7 9.00 45.00 160.00
2 7/7 9.00 45.00 -160.00
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .28 180.46 9.82
st.1 9.67 -81.74 29.75 .00 13.67 16.00 OK
st.1 9.67 -81.74 -29.75 .00 13.67 16.00 OK
Amount to 19.61 16.98 9.82 19.61
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified
Specifying electric pole is X1M11
The electric pole 2 at surveyor's chain length 70.00 places
The electric pole type
The electric pole title
Assaying will be bottom load
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .59 .00 39.94
Amount to .59 .00 39.94 39.94
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified
Specifying electric pole is X1M11
The electric pole 3 at surveyor's chain length 150 places
Electric pole type X1M11
The electric pole title
Assaying will be bottom load
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .56 .00 76.53
Amount to .56 .00 76.53 76.53
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified defective qualified
The electric pole X1S11 that working strength is bigger
Permissible value 20.00 33.95 135.80 N/A
Conclusion is qualified
Specifying electric pole is X1S11
The electric pole 4 at surveyor's chain length 213.00 places
Electric pole type X1M11
The electric pole title
Assaying will be the bottom carrying
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .57 .00 89.21
Amount to .57 .00 89.21 89.2
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified defective qualified
The electric pole X1S11 that working strength is bigger
Permissible value 20.00 33.95 135.80 N/A
Conclusion is qualified
Specifying electric pole is X1S11
Electric pole at surveyor's chain length 295.00 places
Electric pole type X1M11
The electric pole title
Assaying will be the bottom carrying
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .63 .00 22.31
Amount to .63 .00 22.31 22.31
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified
Specifying electric pole is X1M11
Electric pole at surveyor's chain length 372.00 places
Electric pole type X1M11
The electric pole title
Assaying will be the bottom stand under load
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .64 .00 22.73
Amount to .64 .00 22.73 22.73
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified
Specifying electric pole is X1M11
Electric pole 7 at surveyor's chain length 457.00 places
Electric pole type X1M11
The electric pole title
Assaying will be the bottom carrying
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .66 .00 23.43
Amount to .66 .00 23.43 23.43
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified
Specifying electric pole is X1M11
Electric pole 8 at surveyor's chain length 539.00 places
Electric pole type X1M11
The electric pole title
Assaying will be the bottom carrying
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .69 .00 24.56
Amount to .69 .00 24.56 24.56
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified
Specifying electric pole is X1M11
Electric pole 9 at surveyor's chain length 632.00 places
Electric pole type X1M11
The electric pole title
Assaying will be the bottom carrying
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .70 .00 24.84
Amount to .70 .00 24.84 24.84
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified
Specifying electric pole is X1M11
Electric pole 10 at surveyor's chain length 716.00 places
Electric pole type X1M11
The electric pole title
Assaying will be bottom load
The inventory of existing backguy in this position:
Number title annex Pt backguy angular spread
3 7/7 7.40 45.00 160.00
4 7/7 7.40 45.00 -160.00
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .57 .00 20.21
2 .24 148.38 6.92
st.3 9.45 -65.70 23.901 .00 13.67 16.00 OK
st.4 9.45 -65.70 -23.91 .00 13.67 16.00 OK
Amount to 19.70 16.98 27.13 32.00
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified
Specifying electric pole is X1M11
Electric pole 11 at surveyor's chain length 776.00 places
Electric pole type X1M11
The electric pole title
Assaying will be bottom load
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .67 .00 42.74
2 67 .00 35.14
Amount to 1.34 .00 77.89 77.89
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified
The electric pole that working strength is bigger
Permissible value 20.00 33.95 135.80 N/A
Conclusion is qualified
Specifying electric pole is X1S11
Electric pole 12 at surveyor's chain length 886.00 places
Electric pole type X1M11
The electric pole title
Assaying will be bottom load
The inventory of existing backguy on this position:
Number title annex Pt backguy angular spread
5 7/7 7.40 45.00 -20.00
6 7/7 7.40 45.00 20.00
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .67 .00 23.86
2 .43 -148.38 12.69
st.5 9.45 65.70 -23.911 .00 13.36 16.00 OK
st.6 9.45 65.70 23.91 .00 13.36 16.00 OK
Amount to 20.00-16.98 36.55 40.30
Permissible value 20.00 16.98 67.90 N/A
Conclusion is warned qualified qualified
Specify electric pole X1M11
The electric pole 13 at surveyor's chain length 946.00 places
Electric pole type X1M11
The electric pole title
Assaying will be bottom load
The inventory of existing backguy on this position:
Number title annex Pt backguy angular spread
7 7/7 9.00 45.00 -20.00
8 7/7 9.00 45.00 20.00
The vertical portraitlandscape of circuit decomposes
KN KN
IIKN
III
1 .24 -180.13 19.44
st.7 9.65 81.58 -29.69 .00 13.64 16.00 OK
st.8 9.65 81.58 29.69 .00 13.64 16.00 OK
Amount to 19.53-16.98 19.44 25.31
Permissible value 20.00 16.98 67.90 N/A
Conclusion is qualified
Specifying electric pole is X1M11
Program is finished smoothly
This system also by offset with the backguy of one group of appointment from the power of a circuit use one group of backguy offset from the power of another circuit or with the backguy of one group of appointment offset on the terminal strong power for multiplex terminal on the decomposition electric pole convenience is provided.
Except determining the angle with point of fixity position, ground, this system also allows the point of fixity with backguy to fix on the non-ground location and this system will calculate with respect to the angle of point of fixity and extend to the power of fixed sturcture or stay rod.Thus for the deviser has solved on improper landform as ground fixed position, the design problem under the condition that lacks of soil for example.
Clearly, the present invention is not limited in the above-mentioned detailed description that only provides as an example, can make various modifications and variations to the present invention in the scope of being determined by following claim of the present invention.
Claims (16)
1, the equipment that is used for the exploration of ground electrical power line, comprise and be used to measure the device of except strictness is in point on the line of electric force path, also measuring the point that leaves the line of electric force path, device with the two and three dimensions image that is used to make circuit and circuit rimland, wherein can be on the position of object of reference and needn't on Actual path, observe the earth section below the line of electric force at Actual path with circuit self, it is characterized in that this equipment is provided with the device of the point on certain vertical range that is used for measuring circuit and is used for each measuring point is coupled together the device that forms vertical section with the specific range of circuit both sides.
2, equipment as claimed in claim 1 further comprises being used for by surveying the topography and the intersection point of circuit intersection and angle or quadrant angle and landform are carried out the device that two and three dimensions is measured in the landform that the difference of elevation of circuit both sides pair and circuit intersect.
3, equipment as claimed in claim 2, its mesorelief are vertical landform, and this landform is by extending to the graphical representation of circuit both sides to its bottom and top.
4, equipment as claimed in claim 1 or 2, comprise the device that is used for determining the initial collimation of line of electric force and instrument position, described instrument is object of reference with the power circuit but strictly is not on the line of electric force path, it is characterized in that this equipment is provided with to be used to measure two cover coordinates or three block sets are marked with and the device of quadrant angle and/or chainage and reference value and horizontal angle forward and to be used for by the line of electric force path of measuring be object of reference but the not strict coordinate points that is on the line of electric force path is come the device of computational scheme quadrant angle.
5, equipment as claimed in claim 1 or 2, comprise with reference to the point that records in advance adding the device that circuit is carried out tape measure or estimation measurement, it is characterized in that wherein being provided with the device that is used for determining one or more distances, difference of elevation and quadrant angle or angle with respect to circuit.
6, be used to carry out the equipment of power line design, comprise except measuring strictness and be in the device of also measuring the point outside the line of electric force path of being planned the point on the line of electric force path, the device of the line of electric force path that making is planned and the two and three dimensions image of its rimland, determine the device of the lead design of the line of electric force planned according to the concrete environment of line of electric force, the device that compares and check the lead design parameter according to industrial standard, differentiate and determine the device of required element, it is characterized in that, wherein be provided with the device that is used for determining the load on the wires carry member, be used to select the device of wires carry member, described member can bear the load of determining according to database and preferably also be provided be used to increase at least one backguy with support the wires carry member and the device of definite load.
7, equipment as claimed in claim 6, the device that further comprises the power that is used to decompose the multiplex terminal place on the wires carry member, be provided with in this device with one and/or one group of backguy offset from the power of a circuit and with another root or one group of backguy counteracting from the power of another circuit and/or with one or one group of device that the power on all terminals is offset in backguy.
8, equipment as claimed in claim 6, the device that further comprises the point of fixity that is used for definite said at least one backguy, this point of fixity is positioned on the fixture rather than is on the ground location and is used for determining and the angle of non-ground point of fixity and the device that acts on the power on the fixed component.
9, a kind of ground electrical power line investigation method, comprise except measuring strictness and be in the point of also measuring the point on the line of electric force path outside the line of electric force path, make the two and three dimensions image of path and rimland, path, wherein can be that object of reference but needn't be in is observed the earth section below the line of electric force on the position of Actual path at Actual path with circuit self, it is characterized in that, this method comprise measurement on a certain vertical range of circuit point and these measuring points are linked up so that form vertical sectional drawing to set a distance with the circuit both sides.
10, method as claimed in claim 9 comprises that further the intersection point that intersects with circuit by surveying the topography and angle or quadrant angle and the difference of elevation of landform on the circuit both sides determine the two peacekeepings three-dimensional section of the landform that intersects with circuit.
11, method as claimed in claim 10, its mesorelief are vertical landform, and this landform is to represent with graphic interpretation by means of top that extends to the circuit both sides and bottom.
12, as claim 9 or 10 described methods, comprise the initial collimation situation of determining line of electric force and instrument position, described instrument position with reference to but strictly be not positioned on the line of electric force path, it is characterized in that this method comprises to measure two cover coordinates or a block set is marked with and quadrant angle and/or surveyor's chain length and reference value and horizontal angle forward and be object of reference but strictly be not positioned at the quadrant angle that the coordinate points on this path is come computational scheme by measuring with the line of electric force path.
13,, comprise according to the some interpolation that records in advance circuit carried out tape measure and estimation measurement that it is characterized in that, this method comprises determines one or more distances with respect to circuit, difference of elevation and quadrant angle or angle as claim 9 or 10 described methods.
14, the method for designing of line of electric force, comprise except measuring strictness and be in the point of also measuring the point on the line of electric force path beyond the line of electric force path of being planned, the line of electric force that making is planned and the two and three dimensions image of its rimland, determine lead design with the concrete corresponding line of electric force of planning of environment, the contrast industrial standard compares and checks lead design parameter and discriminating and determine required element, it is characterized in that, this method comprises the load of determining on the wires carry member, selection can be born according to the wires carry member of load that database is decided and preferably be increased at least one backguy to support wires carry member and decided load.
15, method as claimed in claim 14 further comprises by offsetting with one or one group of backguy from the power of a circuit and/or with another root or one group of backguy and offsetting from the power of another circuit and/or the power of decomposing the multiplex terminal place on the wires carry member with the power on one or the one group of backguy counteracting whole terminal.
16, method as claimed in claim 14 further comprises the point of fixity of determining at least one backguy, and this point of fixity is positioned on the fixed component rather than is in ground location and determines and the angle of non-ground point of fixity and act on power on the fixed component.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| IES930265 IES930265A2 (en) | 1993-04-05 | 1993-04-05 | Improvements in apparatus for and method of powerline¹surveying, designing and maintenance |
| IE930265 | 1993-04-05 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1099867A true CN1099867A (en) | 1995-03-08 |
| CN1038706C CN1038706C (en) | 1998-06-10 |
Family
ID=11039932
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN94102331A Expired - Fee Related CN1038706C (en) | 1993-04-05 | 1994-03-08 | Improvements in apparatus for and method of powerline surveying, designing and maintenance |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN1038706C (en) |
| IE (1) | IES930265A2 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103438873A (en) * | 2013-08-28 | 2013-12-11 | 国网河南省电力公司南阳供电公司 | Power line surveying and measuring technology |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SU886124A1 (en) * | 1980-03-25 | 1981-11-30 | Киргизский Научно-Исследовательский Отдел Энергетики | Method of selecting route of power transmission line |
| GB2202871B (en) * | 1987-02-27 | 1990-02-21 | Chy I Long Jang | Dyeing apparatus for piece goods |
| IE62844B1 (en) * | 1989-03-23 | 1995-03-08 | Calligraphic Systems Ltd | Apparatus for and method of powerline surveying designing and maintenance |
-
1993
- 1993-04-05 IE IES930265 patent/IES930265A2/en not_active IP Right Cessation
-
1994
- 1994-03-08 CN CN94102331A patent/CN1038706C/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103438873A (en) * | 2013-08-28 | 2013-12-11 | 国网河南省电力公司南阳供电公司 | Power line surveying and measuring technology |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1038706C (en) | 1998-06-10 |
| IES58406B2 (en) | 1993-09-22 |
| IES930265A2 (en) | 1993-09-22 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN1081721C (en) | Method of assaying compressive strength of rock | |
| CN1166919C (en) | Apparatus and method concerning analysis and generation of part program for measuring coordinates and surface properties | |
| CN1084070C (en) | Controlling system, protection controlling system for power system and storage medium for storing program | |
| CN1324327C (en) | Environmental radiation detector | |
| CN1174255C (en) | Positioning system of fault point | |
| CN1735866A (en) | Defect analyzer | |
| CN1324526C (en) | Adaptive scaling of video signals | |
| CN1628271A (en) | Manufacturing design and process analysis system | |
| CN1791808A (en) | Gravity techniques for drilling and logging | |
| CN1434177A (en) | Construction machine control system | |
| CN1173295C (en) | Motion direction measuring equipment and tracing equipment | |
| CN1357428A (en) | Machinine planting method and equipment and machining data forming method and equipment | |
| CN1334913A (en) | Apparatus and method to measure three-dimensional data | |
| CN1655700A (en) | Method and device for viewing, archiving and transmitting a garment model over a computer network | |
| CN1486417A (en) | Method for transmitting information on poisition on digital map and device used for the same | |
| CN1879103A (en) | Digital group delay compensator | |
| CN1667814A (en) | Interference analysis method and interference analysis device | |
| CN1940912A (en) | Document production system, document production method, program, and storage medium | |
| CN1855150A (en) | Image processing device, method, program and recording medium | |
| CN1849608A (en) | Method and program for generating volume data from boundary representation data | |
| CN101065782A (en) | Systems and methods for generating and measuring surface lines on mesh surfaces and volume objects and mesh cutting techniques ('curved measurement') | |
| CN1366449A (en) | Method and equipment of inspecting installation quality of circuit board | |
| CN1560647A (en) | Non-contact test method and apparatus | |
| CN1237468C (en) | Method for filling digit on map utilized in regional geological survey | |
| CN1854757A (en) | Remote-sensing imaging set interpretation system method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C06 | Publication | ||
| PB01 | Publication | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C53 | Correction of patent for invention or patent application | ||
| COR | Change of bibliographic data |
Free format text: CORRECT: PATENTEE; FROM: CS CHINA LIMITED TO: CALLIGRAPHY SYSTEM LDA-SAKUSO |
|
| CP03 | Change of name, title or address |
Address after: Portugal Von Sharma della Patentee after: LDA- Sakusuo calligraphy system Address before: Haier Landoubolin Patentee before: CS China Limited |
|
| C53 | Correction of patent for invention or patent application | ||
| COR | Change of bibliographic data |
Free format text: CORRECT: PATENTEE; FROM: CALLIGRAPHY SYSTEM LDA SAKUSO TO: OPTIMAL SOFTWARE CO., LTD. |
|
| CP03 | Change of name, title or address |
Address after: British diesel Patentee after: Best software company limited Address before: Portugal Von Sharma della Patentee before: LDA Sakusuo calligraphy system |
|
| ASS | Succession or assignment of patent right |
Owner name: AOGAJUMIS CO., LTD. Free format text: FORMER OWNER: OPTIMAL SOFTWARE CO., LTD. Effective date: 20040406 |
|
| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20040406 Address after: British diesel Patentee after: The giant Aojia Company Limited Address before: British diesel Patentee before: Best software company limited |
|
| ASS | Succession or assignment of patent right |
Owner name: ZUIJIA SOFTWARE CO., LTD. Free format text: FORMER OWNER: AOJIA JUMAISI CO., LTD Effective date: 20100514 |
|
| COR | Change of bibliographic data |
Free format text: CORRECT: ADDRESS; FROM: CHESHIRE, U.K. TO: EAST YORKSHIRE, U.K. |
|
| TR01 | Transfer of patent right |
Effective date of registration: 20100514 Address after: The British East Yorkshire Patentee after: Best software company limited Address before: British diesel Patentee before: The giant Aojia Company Limited |
|
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 19980610 Termination date: 20110308 |