Three-dimensional gradienter

Abstract

A three-dimensional gradienter is disclosed by the invention, and comprises: a housing, a gyro, a rotation pedestal, a coil, a longitudinal sensor, a deviation degree sensor, a left-right sensor, a forth-back sensor, a central processor and a display screen. In the three-dimensional gradienter, a gyro principle is ingeniously used, when the gyro rotates, the central point of the gyro is taken as an absolute value, by calculating the value of the comparison point to the central point, the objective of accurate calculation of levelness differences and deviation degree differences between the forth and the back, and between the right and the left is realized. Compared with the prior art, by taking the central point generated by the high-speed rotation gyro as the absolute value, an accurate reference point can be acquired in any condition. By comparison between the numerical values generated by the comparison point and the reference point, the difference between the two points can be obtained, then the levelness of each surface of an object can be accurately indicated, and thus the gradienter has the advantages of increased functions, improved efficiency and substantial effect.

Description

technical field [0001] The invention relates to a three-dimensional level, especially related to measurement and related equipment. Background technique [0002] With the continuous deepening of the industrial revolution, the requirements for high-precision and advanced measuring instruments are getting higher and higher. The main instrument for measuring the balance of objects is the spirit level. There are great defects in the existing spirit level technology. It is based on the principle of universal gravitation, so it can only detect the levelness in two directions, and does not have the function of detecting deviation. For example, it is powerless when it is required to detect whether the object is front and rear, left and right level and deviation; it is more advanced at present The electronic level meter adopts the electronic detection method, and its measurement accuracy is high. Compared with the traditional level meter, the detection accuracy is greatly improved, b...

AI Technical Summary

Problems solved by technology

[0002] With the continuous deepening of the industrial revolution, the requirements for high-precision and advanced measuring instruments are getting higher and higher. The main instrument for measuring the balance of objects is the spirit level. There are great defects in the existing spirit level technology. It is based on the principle of universal gravitation, so it can only detect the levelness in two directions, and does not have the function of detecting deviation. For example, it is powerless when it is required to detect whether the object is front and rear, left and right level and deviation; it is more advanced at present The electronic level meter adopts the electronic detection method, and its measurement accuracy is high. Compared with the traditional level meter, the detection accuracy is greatly improved, but it cannot be detected because the angle cannot be converted when detecting the deviation, so it can be detected. Level gauges for front and rear, left and right levels and deviations of objects have always been a difficult point that plagues the measuring instrument manufacturing industry

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