Construction Method of Vertical Calibration Sensor Based on Mechanical Mechanism

Abstract

The invention relates to a construction method of a vertical straightening mechanism and a sensor based on a mechanical mechanism, which is a mechanism integrating mechanical, optical, electrical and electronic and digital technologies. The vertical straightening mechanism mainly comprises a substrate, an outer cylinder, a core cylinder, a suspension mechanism, a telescopic mechanism, a centering mechanism and on the like, wherein the core cylinder carries out reciprocating motion and is suspended on the suspension mechanism, the suspension mechanism is arranged on the outer cylinder, and the outer cylinder is arranged on the substrate; the outer cylinder can be arranged into an upper section and a lower section, and the telescopic mechanism is arranged on the two sides of the outer cylinder to enable the outer cylinder to carry out vertical telescopic motion through an ejecting screw; the horizontal degree of the substrate can be adjusted by adjusting the bolt of the substrate, so as to drive the verticality change of a rod mechanism; and the tilt direction and degree of the rod mechanism can be judged by observing the position of a beam on a reflective round table. Mechanical, electromechanical and digital mechanisms or sensors can be formed by virtue of optical, electrical and electronic and digital technologies respectively.

Description

[0001] technology type [0002] The invention relates to a construction method of a vertical correction sensor based on a mechanical mechanism, which is a sensor for expressing the verticality with digital quantities on the basis of a mechanism for manually observing the verticality. [0003] technical background [0004] At present, the common vertical calibration equipment is still mostly a ruler-rod measuring tool composed of three elements: curved pipe, liquid and air bubbles, which is no longer suitable for the control needs of the precise era; although modern electronic or digital measuring tools have gradually However, there are many problems such as low precision, high cost, large environmental errors, and difficulty in electromechanical integration. It is difficult to popularize, affecting industry innovations such as fine production, and thus restricting the realization of an intelligent society. Contents of the invention [0005] The construction method of the vert...

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Problems solved by technology

[0004] At present, the common vertical calibration equipment is still mostly a ruler-rod measuring tool composed of three elements: curved tube, liquid and air bubbles, which is no longer suitable for the control needs of the precise era; although modern electronic or digital measuring tools have gradually However, there are many problems such as low precision, high cost, large environmental error, and difficulty in mechanical and electrical integration. It is difficult to popularize, which affects industry innovations such as fine production, and thus restricts the realization of an intelligent society.

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