How to flexibly switch the measurement mode of laser rangefinder at different distance scales?
Publish Time: 2024-11-25
The flexible switching of the measurement mode of laser rangefinder at different distance scales mainly depends on the multiple measurement modes designed internally and the operation selection of users according to actual needs.
Single measurement mode: This is the most basic measurement mode, suitable for scenes where the distance of a single target needs to be measured quickly. When the user presses the measurement key, the laser rangefinder will emit a beam of laser and receive the reflected signal, and then calculate the distance to the target and display it.
Continuous measurement mode: In this mode, the laser rangefinder will continuously emit laser to the target and display the distance value in real time. This is suitable for scenes where the change of target distance needs to be continuously monitored, such as tracking measurement of moving targets.
Other modes: In addition to the above two common modes, some advanced laser rangefinders also have additional functions such as angle measurement and area measurement to meet more diverse measurement needs.
2. Switching methods of measurement modes
Manual switching: Users can usually switch between single measurement mode and continuous measurement mode by pressing a specific button on the laser rangefinder (such as the "mode" button). In addition, depending on the design of the instrument, it may be necessary to select other additional functions by pressing a combination of buttons or entering the settings interface.
Automatic switching: Some advanced laser rangefinders have intelligent recognition functions and can automatically select the appropriate measurement mode according to changes in the measurement environment. For example, when the target is detected to move quickly, the instrument may automatically switch to the continuous measurement mode to ensure the accuracy of the measurement.
3. Key factors for flexible switching
User needs: Users need to choose the appropriate measurement mode according to the needs of the actual measurement task. For example, select the single measurement mode when performing fast distance detection, and select the continuous measurement mode when the distance change needs to be continuously monitored.
Instrument performance: The performance of the laser rangefinder is also a key factor in achieving flexible switching. High-performance instruments usually have more measurement modes and smarter switching mechanisms to meet the measurement needs in various complex scenarios.
In summary, laser rangefinder provides multiple measurement modes and manual and automatic switching methods, allowing users to flexibly select the appropriate measurement mode according to different distance scales and actual needs, thereby achieving efficient and accurate distance measurement.
