G-NSDOG2-200

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Motion sensors are indispensable devices that are applied in all sorts of engineering systems, including robotics, military, and automotive. Among them, inclinometers, precisely speaking gyroscope-enabled system for positioning and imaging-based digital inclinometer (G-NSDOG2-200) is one of the most commonly used motion sensors. This article introduces its application field and working principle.

Application Field

G-NSDOG2-200 is mostly utilized in three primary aspects:

• Omni-directional tracking: Thanks to its omni-directional capability, G-NSDOG2-200 is ideal for orientation applications. It assures reliable and continuous accuracy in a wide range of locations and environmental conditions.
• Displacement tracking: G-NSDOG2-200 enables greater portability and customization by providing users with the option to take measurements precisely and accurately. It allows for a large range of displacements and can be used in a multitude of environments.
• Real-time imaging: G-NSDOG2-200 is capable of providing real-time images with 240 degrees view. No manual rotation or adjustments are needed to provide an accurate analysis of the environment.

Working Principle

G-NSDOG2-200 is an inclinometer which posits existing on a specific vertical surface. It can be seen as a three-axis system, where two of the axes are fixed with respect to gravity while the third one is rotary. The rotary axis is connected to a rotational device which contains the image sensors and an electronic control unit. When the rotational device is set to a specific angle, the image sensors in the inclinometer will be instantly adjusted to this angle, enabling accurate reading.

In order to function properly, the inclinometer must be calibrated with respect to the object it is measuring. This process involves adjusting the tilt of the inclinometer by turning the controlling knob. After calibration, the image sensors in the inclinometer detect the angles of the object in real-time. The results of this measurement are output in digital form. This output can then be used to control the motion of the object or to measure and monitor the object\'s position and orientation.

The advantages of G-NSDOG2-200 include its portability, accuracy, wide viewing angle, and reliability.

Conclusion

G-NSDOG2-200, an imaging-based digital inclinometer, is a versatile and powerful motion sensor. It is chiefly applied for omni-directional tracking, displacement tracking, and real-time imaging. Its main advantages include portability, accuracy, wide viewing angle, and reliability. The working principle of G-NSDOG2-200 is based on a three-axis system, whereby two of the axes are fixed with respect to gravity while the third one is rotary.

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