Laser level meter module automatic line-adjusting equipment

Abstract

The invention relates to the technical field of photoelectricity, and discloses laser level meter module automatic line-adjusting equipment. The laser level meter module automatic line-adjusting equipment comprises a computer host, a collimator and an equipment body. A workbench is arranged on the equipment body, a display screen is arranged on the workbench, the collimator is installed on the workbench, a boss is arranged on the middle portion of the equipment body, and a shaft sleeve is arranged on the boss. The laser level meter module automatic line-adjusting equipment further comprises acolumn body, a balancing platform matched with the column body and a laser level meter operation platform matched with the balancing platform, the column body penetrates through the shaft sleeve, thebalancing platform is provided with an inclined hand wheel and a rotating hand wheel, the laser level meter operation platform is provided with a laser level meter module, and the laser level meter operation platform is provided with focusing screws on two sides. The laser level meter module automatic line-adjusting equipment is simple in structure, the operation mode is simple and easy to understand, the precision of a laser line can be automatically analyzed with data, a laser line with higher accuracy can be obtained, a camera is replaced with the collimator to capture laser lines, and theoperation area is saved.

Description

Technical field [0001] The invention relates to the field of optoelectronic technology, in particular to an automatic line adjustment equipment for a laser level module module. Background technique [0002] The laser level is a measuring tool used in surveying, engineering, decoration, production and processing and other fields. Its function is to emit a horizontal line determined by gravity and a vertical line perpendicular to the horizontal line. The user uses the laser line or the plane formed by the intersection of the laser line and the laser line as a reference to work. After the laser line emitted by the laser level module, the laser line needs to be adjusted. The existing adjustment method is: stick three horizontal targets at a distance of 5 meters from the worktable of the laser level module. Bullseye, the laser line is irradiated on the three horizontal targets, and the three horizontal targets get the 3 points of the laser line. Use the camera to capture the three la...

AI Technical Summary

Problems solved by technology

[0003] However, the existing operation method for adjusting the laser line has the following disadvantages: First, the process requirements for the laser line are visually measured by human eyes, resulting in low precision of the laser line

The second is that the human eye staring at the laser for a long time will cause visual fatigue, which will lead to misjudgment and easy to produce work errors

The third is that the operation is highly dependent on the operator, and the enterprise needs to spend a lot of labor costs

Fourth, the operation requires a large area

Fifth, the operation method is complicated, resulting in low production efficiency

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