Scale supporting equipment capable of automatically leveling

Abstract

The invention discloses scale supporting equipment capable of automatically leveling. The scale supporting equipment comprises a spherical solid structure, an insertion structure; and a moving mechanism. The sphere solid structure comprises a mounting end and a supporting end, and the outer surface of the supporting end is a spherical surface. The inserting structure is arranged at the mounting end, the inserting structure is provided with an inserting groove, and when the leveling staff is inserted into the inserting groove, the leveling staff and the automatic leveling device jointly form atumbler, so that the center line of the leveling staff penetrates through the sphere center and the gravity center of the sphere solid structure. The moving mechanism comprises a pulley and a slidingmechanism. The pulley moves along with the sliding mechanism to support the automatic leveling device. The pulley moves along with the sliding mechanism so that the supporting end can support the automatic leveling device. The scale supporting equipment and the leveling staff inserted into the scale supporting equipment form a tumbler together to achieve automatic leveling, the probability of centering of horizontal bubbles is increased, scale supporting errors are reduced, scale supporting time is saved, the personnel cooperation requirement is low, moving is convenient, and measuring precision is high.

Description

technical field [0001] The invention belongs to the technical field of leveling rod support equipment, and more specifically relates to an automatic horizontal scale support equipment. Background technique [0002] At present, leveling surveys are used in various construction projects. The instruments used for leveling surveys are gradually optimized, and the accuracy is getting higher and higher. The measurement results have a considerable influence. [0003] Existing measurement methods are all manually supporting the ruler and manually adjusting the level. There are usually the following problems: (1) Manual ruler requires a high level of experience for the staff; (2) The ruler and the measuring personnel must cooperate tacitly; (3) The contingency of the centering of the horizontal bubble during the ruler-holding process; (4) The horizontal bubble centering time is short during the ruler-holding process; (5) The ruler-holding time is long; (6) It is necessary to wear a ...

AI Technical Summary

Problems solved by technology

[0003] Existing measurement methods are all manual leveling and manual level adjustment, which usually have the following problems: (1) Manual lifting requires a high level of experience for the staff; (2) The staff who lift the scale must cooperate with the measuring personnel tacitly; (3) The contingency of the centering of the horizontal bubble in the process of lifting the ruler; (4) The time for the centering of the horizontal bubble in the process of lifting the ruler is short; (5) The time of lifting the ruler is long; (6) It is necessary to wear a ruler pad when transferring stations

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