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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.
HIM335 9-axis attitude and orientation reference system integrated robot human-machine navigation
1. Experimental Background The "Asia-Pacific University Student Robot Competition Domestic Selection Activity" has been successfully held for six sessions as a brand event program of the Children's Channel of China Central Television. This event was initiated in 2002 by the "Asia-Pacific Broadcasting Union" (ABU) and is held annually to select the champion team of domestic robot production to compete for the crown in the Asia-Pacific region. Beijing University of Posts and Telecommunications has registered this year, using AHRS for the robot's three-axis measurement, and is expected to enter the final championship competition. 2. Sensor Performance A micro system for measuring attitude and heading (AHRS). The internal processor has low power consumption.
The gyroscope is installed on the AGV cart for precise positioning.
In general, when we use AGV carts, we preset the driving path of the AGV carts in advance, and then instruct the AGV carts to reach the designated workstation to carry out transportation tasks. The AGV carts are equipped with gyroscopes for positioning. What are the benefits of this positioning method? After installing the gyroscope on the AGV cart, positioning devices are installed at the main stations to enable the AGV cart to determine its position and direction by calculating the deviation signals from the gyroscope and collecting signals from the ground positioning blocks. Finally, through integration and computation, speed and position are obtained, allowing for navigation and positioning of the carrying body. The AGV cart can achieve precise docking at workstations through the installation of gyroscopes. The technical method of positioning AGV carts with gyroscopes has been applied for some time; this technology is mature and flexible, allowing for high positioning accuracy of AGV carts, and it is easy to combine and compatible, making it widely applicable. The Star Explorer AGV cart utilizes this method to achieve precise positioning. The ability of AGV carts to achieve precise positioning is crucial for transporting materials. Only with precise docking can production rhythms be ensured, and seamless connections can truly realize an automated transportation process. The precise positioning of AGV carts is an important link in logistics transportation.
The electronic compass navigates and controls underwater robots.
Underwater robots, also known as unmanned remotely operated vehicles, are robots used for extreme operations underwater. These robots are often used in harsh and dangerous underwater environments or in situations where humans cannot reach. The invention and application of underwater robots have opened up possibilities for underwater exploration, underwater photography, underwater aquaculture, underwater detection, and underwater scientific research. Since they operate without human presence, underwater robots must not only have an automatic control system, an underwater communication system, and a water environment detection system, but also a precise navigation and positioning system. Among these, electronic compasses play an important role in determining the heading of underwater robots.
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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