How RTK is staked out and what does RTK face staking mean

Your question is too brief, and the score situation is treated.

If you have measured some points, find the coordinates, know the coordinates of the next point, select the stakeout in the machine - point lofting - enter the coordinates of the next point, and then you can move with the machine, and the machine will show you the distance and direction from the next point.

If two points have been measured, staking out on a straight line formed by these two points is similar to the above.

Different brands of machines operate differently, but they are all the same.

RTK lofting is to apply the points and lines on the design drawing to the ground to facilitate the construction according to the design drawing.

Measured using RTK.

The system can greatly improve the operation efficiency of road survey lofting, so the proportion of RTK survey system in road survey lofting is increasing.

The most important step in a survey lofting operation using the RTK survey system is the road design prior to the survey and lofting. It can be said that after the road design is completed correctly, half of the road survey pants survey and lofting work is completed.

The whole process of RTK road lofting. The standard Engineering Star software integrates the functions of road design, and can meet the requirements of road design work under general conditions without installing additional software, and there are two methods of road design, namely the element method and the focus method.

RTK road lofting function has always been a hot spot in engineering application, but it is also a difficult point, from the early stage of road design to the later stage of road lofting, we must learn and do a good job.

RTK face lofting is to calculate the height difference between the current point and the fit point of the selected design face for the current face lofting.

Summary. Hello dear, the RTK line lofting method is as follows:

First, there is a straight line lofting.

Click [Measure] - > Straight Line Lofting] - > Straight Line Library], select a line lofting, set up the lofting, and click [OK] to enter the line lofting interface.

Second, the new straight line lofting.

There are two ways to form a straight line: start point + end point, start point + angle + length. Now take "starting point + end point" as an example to explain.

Click to measure - straight lofting, click to increase.

Enter the name, starting mileage, and input method, select "Start + End", set the starting point, set the end point, and click OK.

If you want to "stake out by pile coordinates", you can click the open icon to set it as needed.

In the Line Loft interface, when the offset is close to 0, it indicates that the current point is on the line of the loft.

Then, according to the mileage or mileage difference, determine whether the current point is on the target station.

If you want graphics and voice prompts, you can click Settings, select 1 meter for the prompt range, turn on the lofting limit, and adjust the volume to the maximum.

Click the "Stake" icon to stake and stake.

I hope mine is helpful to you, if you are satisfied with my service, don't forget to give a thumbs up, thank you! Happy work and life! <>

How to use RTK line lofting.

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Hello, the RTK line lofting method is as follows: 1. Click [Measure] - > Straight Line Lofting] - > Line Library] for existing line lofting, select a line lofting, set up the lofting, and click [OK] to enter the line lofting interface. 2. There are two ways to form a new straight line lofting line:

Start + End, Start + Angle + Length. Now take "starting point + end point" as an example to explain the prudent rules. Click to measure - straight lofting, click to increase.

Enter the name, the starting mileage, select "Start + End" as the input method, set the starting point, set the end point, and click OK. If you want to "stake out by pile coordinates", you can click the open icon to set it as needed. In the Line Loft interface, when the offset is close to 0, it indicates that the current point is on the line of the loft.

Then, according to the mileage or mileage difference, determine whether the current point is on the target station. If you want graphics and voice prompts, you can click Settings, select 1 meter for the prompt range, turn on the lofting limit, and adjust the volume to the maximum. Click the "Previous", "Down", and "Select Target Station" icons to switch the target station and stake out the wide bench shed.

Click the "Stake" icon to stake and stake. <>

I hope mine is helpful to you, if you are satisfied with my service, don't forget to give a thumbs up, thank you! Happy work and life! <>

The elevation does not affect when stakeout, we just need to find the two-dimensional coordinates, but immediately after the release, we will collect the elevation of this point in the collection point, and the height of the pole is the height of the centering rod or the tape measure and pull it.

Because it is lofting, and it is done with RTK, it is only necessary to get a relatively stable single-point positioning solution as a base station, and a fixed solution can be used as a rover station when lofting. RTK is looking for a relatively accurate relative position, so a more stable single-point positioning is OK, and you can wait for half a minute.

Normally, the height of the RTK's instrument is said to be the straight height, and the straight height is corresponding to the oblique height, and the rod height is generally not said. The straight height is the height difference between the phase center of the RTK host and the point to be measured on the ground, and the height of the phase center to the bottom of the equipment should be entered normally, but in fact, this does not have to be so strict in actual use, because the RTK measures a position relationship relative to the base station, so when the base station sets the height of the instrument, if it is the pole height, then the mobile station can input the pole height, if the base station inputs the height of the phase center, the mobile station will enter the height of the phase center, Theoretically, it should be high in phase center, but in practice, as long as the two are consistent, it will not affect the final fruit.

Hello dear, RTK linear lofting is a lofting method based on RTK technology for measurement, which is mainly used for ground flatness detection in civil engineering and ground excavation lofting in foundation excavation construction. RTK technology is a high-precision Global Positioning System (GNSS) that provides millimeter-level measurement accuracy. By using RTK technology, the ground coordinate information can be obtained in real time at the construction site, compared with the design drawings, and then the ground stakeout can be carried out according to the design requirements.

Straight lofting mainly refers to lofting in the horizontal square pin to ensure the flatness and levelness of the ground. Compared with the traditional lofting method of branch code, RTK linear lofting can greatly improve the accuracy and efficiency of lofting, reduce errors and repetitive work, and improve construction efficiency and quality. At the same time, by obtaining the ground coordinate information in real time, the problems on the construction site can also be found and solved in time, and the later repairs and alterations can be avoided.

1. Survey line design (can be designed on the computer or in the handbook).

2. Base station setting and parameter input.

3. Rover setting and parameter input.

4. Measure and collect points according to the design (measure and collect points according to the line on the line when lofting out the line).

5. View the satellite visible status display, automatic acceptance or user-defined tolerance, root mean square error (rms) display.

6. ** lofting, through front and back, left and right offset control, can quickly complete the lofting work.

7. Store point names, point attributes and coordinates.

Look for a book such as the GPS RTK Measurement Technology Practical Manual, or follow the instructions.