Systems and methods for detecting errors and directing error correction

Abstract

A system for detecting errors and guiding error correction comprises: a laser emitter (1), for emitting a point laser; a reflecting plate (2), for mirror-reflecting the laser emitted from the laser emitter (1); a sensing plate (3), for detecting a laser signal reflected from the reflecting plate (2); a signal processor (4), electrically connected to the sensing plate (3), and for processing the signal transferred from the sensing plate (3); and a device control center (5), electrically connected to the signal processor (4) to display the result of the signal processor (4). The signal processor (4) receives a reflected laser spot position signal transferred from the sensing plate (3), compares same with a stored center point position to calculate whether there is an offset from the target object position and the direction of the offset, and sends the offset and the direction of the offset to the device control center (5) in real time for offset correction. Also provided is a method for detecting errors and guiding error correction.

Description

technical field [0001] The invention relates to a position detection system, in particular to a system and method for detecting errors and guiding error correction. Background technique [0002] The existing position detection system generally adopts the photoelectric switch reflector type. It generally includes a mechanical mobile platform, an infrared light source and a reflector. The infrared light source and the reflector are arranged on the mechanical mobile platform. The reflector adopts an uneven reflective surface. It uses diffuse reflection to confirm whether there is an error in the detection target ahead, and is generally used to detect whether the target is in front. However, the position detection system cannot detect the left, right, up, and down position deviation of the target in front, or it cannot determine whether the error is the direction of position deviation to the left, right, upward, or downward relative to the center, nor can it guide the device to...

AI Technical Summary

Problems solved by technology

However, the position detection system cannot detect the left, right, up, and down position deviation of the target in front, or it cannot determine whether the error is the direction of position deviation to the left, right, upward, or downward relative to the center, nor can it guide the device to adjust the error by itself

There are also positioning devices for detecting single-axis errors in the prior art, but they all have complex structures, high installation accuracy requirements, and high costs, and are related to the relative position of the fixed base between the two mechanisms, so errors cannot be fully detected

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