Wuhai settlement board, roadbed settlement board, production and processing customized with excellent quality

Description :

　　In the competition, the Chinese men's team defeated the Italian team 12-9, achieving two consecutive victories. In the third round match the day before, the Chinese team defeated the Danish team 5-4 and achieved a long-awaited victory. The young players regained their confidence and continued their good form until the fourth round. Meanwhile, after suffering three consecutive losses, the Chinese women's team had the opportunity to adjust their bye in the fourth round, while the men's team's two consecutive victories gave the girls the motivation to defeat their strong opponents. In the first 9 games, the Chinese team entered the first game with a score of 9-6. Due to the difficulty of catching up with the 3-point difference, the Swedish team chose to give up directly, and the final score was tied at 9-6. On this day, the Chinese men's and women's teams fully bloomed, boosting morale for the upcoming matches.

　　The layered settlement meter is composed of multiple single point settlement units connected in series with PVC pipes. Suitable for measuring displacement between multiple layers of soil and relative fixed points (bedrock), it can be used for long-term monitoring and automated measurement.

　　Purpose and Performance

　　Layered settlement meters are manufactured based on the principle of changes in magnetic flux and are widely used for monitoring roadbed settlement in engineering fields such as highways, railways, hydropower, and dams, fully understanding the settlement changes of the measured roadbed.

　　Principle of Editing Voice

　　Inductive sensor is a type of variable reluctance sensor that utilizes the change in inductance of a coil to achieve non electric measurement. He can convert various mechanical and physical quantities such as displacement, vibration, pressure, strain, flow rate, specific gravity, and other parameters into electrical output, which can achieve long-distance transmission, display, and control of information. The application of inductive sensors consists of an iron core and a movable armature. There is an air gap between the armature and the iron core. When the armature moves, the magnetic resistance of the air gap in the magnetic circuit changes, causing a change in coil inductance. This change in inductance corresponds to the position of the armature, that is, the size of the air gap. Therefore, as long as the change in inductance can be measured, the magnitude of the displacement of the armature can be determined. Inductive sensors are made based on this principle.

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