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From the construction of the car, the installation of the steering wheels (front wheels), steering knuckles, and front axle has a certain relative position. This installation with a certain relative position is called steering wheel alignment, also known as front wheel alignment. Front wheel alignment includes caster angle, camber angle, toe angle, and front wheel toe. For the two rear wheels, there is also a relative position of installation with the rear axle, called rear wheel alignment. Rear wheel alignment includes wheel camber angle and individual rear wheel toe. Thus, front wheel alignment and rear wheel alignment together are called four-wheel alignment. When the vehicle leaves the factory, the alignment angles are all
The application of tilt angle modules in medical devices
Tilt modules: Widely used in medical devices and human detection, etc.; In the application of medical devices, a very small field failure issue can be a significant event related to patient life and health. The rapidly evolving tilt sensor technology can provide higher reliability, longer service life, and greater accuracy, thus being more deeply applied in medical devices.
Application of Tilt Sensor in Automatic Control System of Hydraulic Valves
Tilt sensors are widely used in automatic control systems for hydraulic valves. Currently, the front-end equipment of the flap-type water valve control system generally consists of a flap water valve, an oil cylinder, and a cable-type valve opening gauge fixed on the oil cylinder. The oil cylinder is connected to the upper end of the valve through a rotating shaft, and the extension and contraction of the oil cylinder drive the opening and closing of the valve. During the extension and contraction of the oil cylinder, it drives the cable to extend and contract, and there is a certain functional relationship between them. As long as the length of the cable is measured, the real-time angle of the gate can be calculated. However, since the external cable is exposed, it is easily eroded, leading to instability in the opening gauge. Therefore, in recent years, new non-contact control technologies have gradually been adopted.
Safety operation and leveling control of hydraulic lift platforms and aerial work vehicles
Lifting platforms/aerial work vehicles are crucial for high-stroke lifts or lifting equipment, as the angle measurement and control of the operating platform relate to the safety of the operators. Therefore, it is necessary to measure, control, and alarm the tilt angle of the operating platform and the entire equipment base. The dual-axis tilt sensor LVT526T and the omnidirectional tilt switch LVT542T are suitable for this function. Both single-axis and dual-axis tilt switches are based on improved MEMS technology. The products have analog output and digital outputs such as RS485, RS232, and CAN, offering high accuracy, vibration resistance, and long-term stability.
Design plan for monitoring the deformation and settlement of signal towers
Design principles of the monitoring system: 1 Reliability; 2 Advancement; 3 Scalability; 4 High cost-effectiveness; The main technologies and products of the system are mature, stable, and practical, fully meeting the needs of actual applications, technology development, and information management. It ensures precise monitoring under harsh weather conditions. In the event of a sudden power outage, the system achieves uninterrupted operation 24/7. The network design ensures the reliability of network operation, allowing the entire system to continue functioning even if an unexpected issue occurs at any node. The sensors are calibrated by the national metrology department and have relevant metrology certificates. Mature core technologies are used.
Online Monitoring System Plan for Remote Transmission Tower Inclination
1. Necessity of the Project: Transmission lines are mostly overhead lines. Since the lines are suspended in the air, they need to withstand mechanical forces such as their own weight, wind, heavy rain, and ice and snow, as well as erosion from harmful gases like sand and dust. The operating conditions are extremely harsh. When transmission lines pass through adverse geological areas such as desert regions, high-salinity soil areas, mined-out areas, and landslide-prone mountainous areas, the foundations of the towers are prone to sliding, tilting, and cracking under the influence of natural environments and external conditions. This can lead to deformation, tilting, or even collapse and disconnection of the towers. The tilting of the towers causes an unbalanced force on the ground wire, resulting in changes in the stress on the towers.
Application of tilt sensors and accelerometers in offshore wind power generation equipment
We know that energy issues have increasingly become a top priority that restricts social development in various countries. To this end, governments around the world have begun to continuously seek new energy sources and develop renewable energy. Among these, wind power generation, especially offshore wind power generation, has become a hot investment area. In the construction of wind power generation equipment, the application of safety monitoring technologies such as acceleration sensors, current sensors, and tilt sensors is not uncommon. According to foreign media reports, after halting the world's most expensive nuclear power project not long ago, on August 16, the UK approved the construction of the world's largest offshore wind farm. It is reported that this wind farm is planned to be built in the waters near Yorkshire.
Tilt sensors and static level gauges are used for monitoring the tilt and settlement of gates.
The Jiangsu Province Jianbi Ship Lock Management Office (located in Zhenjiang City) uses our company's tilt sensors and static level gauges for deformation observation of the ship lock gates (mainly for tilt and settlement observation). The general plan is as follows: The system consists of an automated monitoring system for gate deformation, mainly composed of a liquid storage tank, connecting pipes, static level gauges, and a deformation monitoring backend. Specifically: ① Liquid storage tank ② Reference point level gauge ③ Monitoring point level gauge ④ Wireless gateway ⑤ Solar panel ⑥ Liquid pipe (red) ⑦ Vent pipe (yellow) ⑧ Observation cable (black) Deformation observation over
SCM345D type electronic compass industrial drone navigation
Recently, Wuxi Msensor Sensor Technology Co., Ltd. has entered into a strategic cooperation with a well-known drone flight control company in Beijing (the name of the other company is omitted due to a supplier confidentiality agreement). The SCM345D electronic compass has been mass-produced for use in the industrial drone sector. This flight control company has very stringent criteria for selecting electronic compass suppliers, conducting detailed research and trials on major domestic suppliers. Wuxi Msensor stood out with its strong research capabilities and comprehensive after-sales service, successfully winning the bid with the SCM345D electronic compass specifically designed for industrial drone use.
Inclination monitoring
X, Y axis, industrial design, small size, low power consumption
Compass heading
X, Y, Z three axis, attitude calculation measurement algorithm
Imu inertial sensor
Three-axis angle, angular velocity, acceleration, magnetic field measurement
Attitude heading reference system
Meet the static, dynamic, high and low temperature of a variety of complex environmental use
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