Laser measurement technology has become a new favorite in the Military and police industry

In recent years, driven by technology, various industries have joined the wave of digitization and informatization, and the military, police, and public security industries are no exception. Surveying and mapping technology, as an important technical means, utilizes various measuring instruments, equipment, and methods to record, study, and analyze various phenomena in geographic space, and is widely used in the investigation work of military, police, and public security. Its application in solving cases, investigation, and investigation provides the police with more accurate and efficient working methods.

Site investigation is an important part of public security crime investigation. A comprehensive and accurate investigation of the crime scene is the foundation for quickly identifying suspects, analyzing criminal motives, and restoring the case process. Surveying and mapping technology, through the use of surveying instruments and equipment, enables high-precision measurement and recording of the site.
For example, when investigating the scene of a armed robbery, a total station can be used to accurately measure various details of the scene, including traces on the wall, ground, and trajectory information. The measurement and plotting of these data helps to reconstruct the process of the case, providing a basis for forensic analysis and court rulings.

With the development of modern society, mobile phones have gradually become the main tool for suspects to communicate and exchange information. Surveying and mapping technology can help public security organs track the whereabouts and routes of suspects by measuring and locating mobile phone signals.
By collecting the strength of mobile phone signals and the location information of base stations, surveying technology can be used to accurately locate the suspect's location. By measuring multiple positioning points of the suspect, the movement trajectory of the suspect is drawn, providing clues and evidence for the investigation of the case.

A three-dimensional geographic information system is a technology that comprehensively utilizes remote sensing, geographic information systems, and surveying techniques to present various geographical phenomena on the Earth's surface in three-dimensional form. In the work of military, police, and public security, by establishing a three-dimensional geographic information system, multidimensional information of crime scenes can be integrated and analyzed, while achieving multi-dimensional display of the scene's space, time, and attributes.
For example, when conducting an investigation of a complex traffic accident, a three-dimensional geographic information system can be established to display elements such as roads, vehicles, and pedestrians at the accident site in a three-dimensional model, thereby more clearly restoring the process of the accident and providing a basis for forensic analysis and responsibility determination.

In summary, the application of surveying and mapping technology in the military, police, and public security industry cannot be underestimated. The application of these technologies not only improves the efficiency and accuracy of public security crime investigation, but also provides strong support for the investigation of cases and the fairness of justice, and makes positive contributions to creating a safe and harmonious society. With the continuous progress of science and technology, laser measurement technology has become an emerging means of surveying and mapping in the military and police public security industry, and has been widely applied in the surveying and mapping work of public security investigations.

01,Application of Public Safety System Safety Supervision

In SD ML mode, measure the target and safety source points separately to obtain the SD straight-line distance between the two points (while displaying the HD horizontal distance and VD height difference).

02,Search and rescue applications in military and police systems

In SD ML mode, by measuring the hazard source and rescue location separately, the safe distance (SD value) between the hazard source and the rescuer can be obtained.

03,Emergency management system forest fire prevention and rescue

In HD/SD mode, measuring the ignition point target can obtain the HD horizontal distance and SD linear distance from the ignition point target.

04,Application of Public Safety System Safety Supervision

In HD ML mode, by measuring any point between the base station and the building separately, the three-dimensional values of the line from the base station to the building can be obtained (HD: horizontal distance, SD: oblique distance, VD: height difference).

05,Application of Criminal Investigation in Military Systems

In VD ML mode, the height (VD value) of the building can be obtained by measuring the highest and lowest points of the building at the investigation site.

06,Emergency system rescue and rescue

In HD ML mode, the horizontal distance (HD value) and slope value of debris flow in the same vertical plane can be measured.

07,Application of Border Defense and Investigation in Military Systems

In HD ML mode, measuring suspicious targets and boundaries separately can obtain the horizontal distance (HD value) between the targets and boundaries.

08,Public safety system fire protection application

In VD ML mode, measure the ignition point and ground separately to obtain the height (VD value) of the ignition point from the ground.

RXIRY, as a domestic laser measurement innovation brand, specializes in the research and development, production, and sales of laser measurement and optical products. The independently developed laser ranging and altimeter has powerful measurement functions and high accuracy.