Shandong Fengtu IOT Technology Co., Ltd
Sales Manager:Ms. Emily Wang
Cel,Whatsapp,Wechat:+86 15898932201
Email:info@fengtutec.com
Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China

Sales Manager:Ms. Emily Wang
Cel,Whatsapp,Wechat:+86 15898932201
Email:info@fengtutec.com
Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China

Model:FT-BP1
Brand:fengtu
1.Slope monitoring background
Slope monitoring Real-time monitoring of deep horizontal displacement, dip Angle, rainfall, crack, settlement and horizontal displacement of the slope.For a long time, the safety monitoring technology of slopes in my country has been a weak link in highway construction. Due to the lack of systematic research on safety monitoring technology and the lack of mature experience for design departments to apply, they can only use the protection technology of low-grade highways or learn from the experience of other departments to implement local protection. Lack of comprehensive consideration has caused huge economic losses and adverse social impacts, and some even interrupted traffic. The state and local governments have made specific regulations on the health monitoring of slopes. For example, Article 3, Paragraphs 1 and 2 of the Interim Regulations on Slope Management of Open-pit Coal Mines stipulate that slope management work is included in the agenda of safety supervision and is responsible for business security. According to the annual plan and design and the decisions and measures on slope stability, arrangements are made and supervision and inspection are carried out in the safety inspection work.
2. Overview of Slope Monitoring System
In recent years, slope safety incidents have occurred frequently. In order to timely understand the operation of the slope and give early warning of sudden accidents, slope safety monitoring is imminent! Our company's slope online monitoring system can continuously monitor the surface displacement of the slope, the internal displacement of the soil, rainfall, soil moisture content, water level changes, etc. in real time, judge the overall stability before the disaster occurs, and quickly make early warnings and forecasts of disasters.
3. Main monitoring contents of Slope monitoring
1. Environmental monitoring: rainfall, soil moisture content
2. Deformation monitoring: including surface displacement, internal displacement of soil, relative displacement of the ground surface, and ground cracks
3. Retaining wall monitoring: lateral pressure, tilt monitoring, etc.
4. Groundwater monitoring: pore water pressure monitoring
5. Support structure monitoring: anchor axial force, anchor cable stress, anti-slide pile inclination, lattice stress
6. Video monitoring: Camera
IV. Slope monitoring project list
| Monitoring items | Device Name |
| Rainfall monitoring | Rain gauge |
| Surface displacement monitoring | GNSS |
| Relative displacement monitoring | Wire-type displacement sensor |
| Internal displacement monitoring of soil | Tandem fixed inclinometer |
| Groundwater level monitoring | Pore water pressure gauge |
| Retaining wall tilt monitoring | Box type fixed inclinometer |
| Retaining wall crack monitoring | Crack meter |
| Retaining wall lateral pressure monitoring | Earth pressure gauge |
| Anchor (cable) axial force | Steel bar meter, anchor cable meter |
5. Slope monitoring basis
"Slope Engineering Investigation Specification YS/T 5230-2019"
Technical Specification for Building Slope Engineering GB50330-2013
Geotechnical Engineering Monitoring Specification YS5229-96
《Landslide Prevention Engineering Investigation Specification DZT0218-2006》
6. Slope monitoring implementation function
1. Display of monitoring data throughout the entire life cycle: The system integrates the monitoring data of slope construction, performs automatic online monitoring of slope deformation and environment during operation, and performs data storage and analysis to achieve monitoring of the entire life cycle of the tunnel;
2. Data display during operation period: In addition to conventional data storage, report download and data display, the system uses BIM+GIS and aerial survey technology to display the three-dimensional model of the slope and the relevant monitoring content and numerical changes;
3. Graded warning: Set different warning levels as required. When data is abnormal, the warning information will be automatically triggered according to the settings, including platform push, SMS and email notifications to the corresponding person;
4. Accumulate slope status data: provide necessary decision-making basis for long-term operation, maintenance, repair and reinforcement of slopes, and provide basis for safety status assessment of slopes after emergencies;
5. Provide reference basis: verify the design and construction theory and construction technology of the slope, so as to improve the technical regulations for slope design and construction under relevant geological conditions and ensure the safety of slope use.
Strawberries are fruits in spring, but with the development of greenhouse technology, we can now also eat strawberries in winter. Winter strawberries are harvested from greenhouses because they have meteorological requirements. Therefore, we can create an environment suitable for strawberry growth i...
Weather forecasts provide timely information on the weather in the coming days. In the case of typhoon and rainstorm forecasts, precautions need to be taken in advance, and as modern agriculture continues to develop, the agro-meteorological environment is increasingly being taken into account. Espec...
tool that measures wind speed is an anemometer, an instrument commonly used in weather stations to accurately measure wind speed and direction....
FT-IV2 I-V Curve Tracer is a high-precision testing equipment based on current-voltage (IV) characteristic analysis, used for performance evaluation of electronic components such as photovoltaic modules and semiconductor devices.Working PrincipleThe working principle of FT-IV2 is based on the photoe...