Application Case | Do you know the widespread application of laser ranging technology in urban transportation?

With the rapid development of modern urban society and the continuous increase in population, transportation problems have gradually become an indispensable aspect of life. In order to ensure the safety and smoothness of traffic, traffic planning is particularly important. As an important tool for transportation planning, surveying and mapping technology plays a crucial role in practical applications.

The Importance of Urban Traffic Surveying and Mapping

The construction of urban transportation infrastructure requires a large amount of land resources to support, and surveying and mapping technology can provide accurate data support for the planning and layout of infrastructure by conducting comprehensive investigations and measurements of land use. Through surveying and mapping technology, precise measurements can be made of land types, terrain and landforms, providing scientific basis for the construction of infrastructure such as roads, railways, and airports

In the field of transportation, surveying and mapping technology can evaluate and analyze potential routes through tools such as topographic surveys and geographic information systems (GIS). Through surveying and mapping technology, factors such as geographical conditions, construction difficulty, and traffic conditions of different routes can be evaluated to select the most suitable route. In addition, surveying and mapping technology can provide accurate geographic data for the design of transportation projects such as roads and railways, ensuring the scientific and stable nature of infrastructure

The application of surveying and mapping technology in the field of transportation is not limited to the infrastructure construction stage, but also includes aspects such as transportation planning and management. By measuring and analyzing indicators such as traffic flow and road conditions, accurate data can be provided for urban traffic planning and management. Based on surveying and mapping technology, transportation departments can develop scientific and reasonable transportation plans to improve the efficiency and safety of urban transportation.

The application of surveying and mapping technology in the field of transportation also includes aspects such as traffic monitoring and vehicle scheduling. Through surveying and mapping technology and satellite navigation systems, real-time monitoring of vehicle position, driving speed, and other information can be achieved, enabling timely detection and resolution of traffic congestion, accidents, and other issues. In addition, surveying and mapping technology can provide accurate geographic data for traffic scheduling systems, helping traffic management departments optimize vehicle scheduling and route arrangements, and improve the efficiency and quality of transportation.

The Widespread Application of Laser Measurement Technology

Urban traffic surveying and mapping is a broad and in-depth field that involves various aspects such as urban planning, traffic management, and intelligent transportation. With the continuous progress of science and technology, laser ranging technology has become an emerging means of urban traffic surveying and mapping, and has been widely applied in urban traffic surveying and mapping work. It perfectly solves the needs of measuring vehicle movement speed, measuring the straight-line distance of target objects, measuring road slope values, measuring the safe distance of poles along highways and railways, measuring the distance between poles on both sides of highways, and measuring the vertical distance between high-speed trains and transmission lines, providing accurate data support for urban transportation planning.

Application Cases in the Transportation Industry

1,Measure the speed of moving vehicles

In SPD mode, aiming at the moving vehicle with the crosshairs can obtain the current speed value (SPD value) of the moving vehicle at a single point

2,Measure the straight-line distance of the target object

In HD SD mode, measuring the distance from the road sign can obtain the straight-line distance and horizontal distance from the road sign.

3,Measuring Road Slope Values (2D Machine)

In HD ML mode, measuring points A and B of the road can obtain the slope value between the two points

4,Measure the safe distance between the pole and the rail

In HD ML mode, measure any point of the rail and pole separately to obtain the safe distance between the pole and the rail.

5,Measure the distance between poles

In SD ML mode, measure the vertices of the poles separately to obtain the straight-line distance between the poles

6,Measure the vertical distance between the high-speed rail line and the roof

In VD ML mode, the vertical distance between the high-speed rail transmission line and the train roof can be obtained by measuring the lowest point of the high-speed rail transmission line and the highest point of the high-speed rail train separately.

7,Measure the height from the water surface to the bottom of the bridge

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.Capable of serving multiple industries including electricity, environmental protection, water conservancy, safety supervision, emergency rescue, forestry, geology, petroleum surveying, scientific research institutions, ranches, municipal engineering, outdoor sports, etc., providing users in various industries with the simplest and most convenient measurement solutions to solve measurement problems.