2results about How to "Guaranteed contour accuracy" patented technology

The invention belongs to the technical field of natural language processing, and discloses a natural language processing platform and method based on deep learning, and the platform comprises a data collection module which is used for collecting font data, text data, image data and environment data; the data processing module is used for preprocessing the collected font data, text data, image data and environment data and obtaining a comprehensive feature data set; the character recognition module is used for predicting character recognition results through a character recognition model and judging whether the character recognition results are consistent or not; the semantic recognition module is used for generating corresponding character paraphrases through a semantic recognition model; collecting character recognition results and corresponding character paraphrases through the software terminal; the voice output module is used for converting the character recognition result and the paraphrases of the corresponding characters into natural voices and outputting the natural voices by adopting a TTS technology; through the implementation of the technology, students can be helped to better learn and understand.

This utility model discloses an FA fiber array polishing angle adjustment structure, relating to the field of FA fiber array polishing technology. The technical solution includes a fiber polishing machine with a vertical drive assembly on top and an angle drive connecting frame connected to one side of the vertical drive assembly. The beneficial effects of this FA fiber array polishing angle adjustment structure are: through the three-dimensional linkage of the vertical drive assembly, the angle drive connecting frame, and the angle adjustment assembly, a multi-degree-of-freedom adjustment system of "height-horizontal angle-rotation" is constructed. Servo motor two, in conjunction with threaded rod two, can achieve continuous adjustment of the horizontal angle from 3° to 60°. Servo motor three drives the fiber rotation, and combined with the movement of the polishing disc, it can precisely process complex end faces such as conical, wedge-shaped, and spherical shapes, breaking through the limitations of traditional equipment that can only polish in a plane or at a single angle, and meeting the diverse needs of high-speed optical communication, fiber optic sensing, and other fields.